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EBI DbfetchID AM270079; SV 1; linear; genomic DNA; STD; FUN; 215932 BP. XX AC AM270079; XX DT 28-JAN-2007 (Rel. 90, Created) DT 24-MAR-2007 (Rel. 91, Last updated, Version 3) XX DE Aspergillus niger contig An04c0180, complete genome. XX KW . XX OS Aspergillus niger OC Eukaryota; Fungi; Dikarya; Ascomycota; Pezizomycotina; Eurotiomycetes; OC Eurotiomycetidae; Eurotiales; Trichocomaceae; mitosporic Trichocomaceae; OC Aspergillus. XX RN [1] RP 1-215932 RA Pel H.J.; RT ; RL Submitted (01-MAY-2006) to the EMBL/GenBank/DDBJ databases. RL Pel H.J., DSM, 624-0295, P.O. Box 1, 2600 MA Delft, THE NETHERLANDS. XX RN [2] RP 1-215932 RX DOI; 10.1038/nbt1282 RX PUBMED; 17259976. RA Pel H.J., de Winde J.H., Archer D.B., Dyer P.S., Hofmann G., Schaap P.J., RA Turner G., de Vries R.P., Albang R., Albermann K., Andersen M.R., RA Bendtsen J.D., Benen J.A.E., van den Berg M., Breestraat S., Caddick M.X., RA Contreras R., Cornell M., Coutinho P.M., Danchin E.G.J., Debets A.J.M., RA Dekker P., van Dijck P.W.M., van Dijk A., Dijkhuizen L., Driessen A.J.M., RA d'Enfert C., Geysens S., Goosen C., Groot G.S.P., de Groot P.W.J., RA Guillemette T., Henrissat B., Herweijer M., van den Hombergh J.P.T.W., RA van den Hondel C.A.M.J.J., van der Heijden R.T.J.M., van der Kaaij R.M., RA Klis F.M., Kools H.J., Kubicek C.P., van Kuyk P.A., Lauber J., Lu X., RA van der Maarel M.J.E.C., Meulenberg R., Menke H., Mortimer M.A., RA Nielsen J., Oliver S.G., Olsthoorn M., Pal K., van Peij N.N.M.E., RA Ram A.F.J., Rinas U., Roubos J.A., Sagt C.M.J., Schmoll M., Sun J., RA Ussery D., Varga J., Vervecken W., van der Vondervoort P.J.J., Wedler H., RA Wosten H.A.B., Zeng A.P., van Ooyen A.J.J., Visser J., Stam H.; RT "Genome sequencing and analysis of the versatile cell factory Aspergillus RT niger CBS 513.88"; RL Nature Biotech 25(2):221-231(2007). XX RN [3] RP 31171-33019 RX PUBMED; 911523. RA Gattullo D., Losano G., Pinotti O., Vacca G.; RT "Appearance made of the retrograde-conduction block in ventribular RT tachycardia of the dog"; RL Boll. Soc. Ital. Biol. Sper. 53(9):718-724(1977). XX RN [4] RP 10778-18556 RX DOI; 10.1083/jcb.119.4.705 RX PUBMED; 1385442. RA Wente S.R., Rout M.P., Blobel G.; RT "A new family of yeast nuclear pore complex proteins"; RL J. Cell Biol. 119(4):705-723(1992). XX RN [5] RP 164285-166558 RX DOI; 10.1002/yea.320080706 RX PUBMED; 1523887. RA Potenza M., Bowser R., Muller H., Novick P.; RT "SEC6 encodes an 85 kDa soluble protein required for exocytosis in yeast"; RL Yeast 8(7):549-558(1992). XX RN [6] RP 7269-9584 RX DOI; 10.1111/j.1365-2958.1990.tb00611.x RX PUBMED; 1972535. RA Connerton I.F., Fincham J.R., Sandeman R.A., Hynes M.J.; RT "Comparison and cross-species expression of the acetyl-CoA synthetase genes RT of the Ascomycete fungi, Aspergillus nidulans and Neurospora crassa"; RL Mol. Microbiol. 4(3):451-460(1990). XX RN [7] RP 167199-167486 RX PUBMED; 2061283. RA Kang W., Matsushita Y., Grohmann L., Graack H.R., Kitakawa M., Isono K.; RT "Cloning and analysis of the nuclear gene for YmL33, a protein of the large RT subunit of the mitochondrial ribosome in Saccharomyces cerevisiae"; RL J. Bacteriol. 173(13):4013-4020(1991). XX RN [8] RP 44470-45565 RX DOI; 10.1089/dna.1990.9.193 RX PUBMED; 2340091. RA Blum M., Grant D.M., McBride W., Heim M., Meyer U.A.; RT "Human arylamine N-acetyltransferase genes: isolation, chromosomal RT localization, and functional expression"; RL DNA Cell Biol. 9(3):193-203(1990). XX RN [9] RP 206574-207647 RX DOI; 10.1007/BF00027309 RX PUBMED; 2491667. RA Beld M., Martin C., Huits H., Stuitje A.R., Gerats A.G.; RT "Flavonoid synthesis in Petunia hybrida: partial characterization of RT dihydroflavonol-4-reductase genes"; RL Plant Mol. Biol. 13(5):491-502(1989). XX RN [10] RP 123584-126034 RX PUBMED; 2689861. RA Marczak J.E., Brandriss M.C.; RT "Isolation of constitutive mutations affecting the proline utilization RT pathway in Saccharomyces cerevisiae and molecular analysis of the PUT3 RT transcriptional activator"; RL Mol. Cell. Biol. 9(11):4696-4705(1989). XX RN [11] RP 213513-215127 RX DOI; 10.1016/0022-2836(87)90454-2 RX PUBMED; 2828632. RA Tsuzuki T., Obaru K., Setoyama C., Shimada K.; RT "Structural organization of the mouse mitochondrial aspartate RT aminotransferase gene"; RL J. Mol. Biol. 198(1):21-31(1987). XX RN [12] RP 79561-80821 RX DOI; 10.1007/BF00365757 RX PUBMED; 2834104. RA Gross T., Nischt R., Gatermann K., Swida U., Kaufer N.F.; RT "Primary structure of the ribosomal protein gene S6 from RT Schizosaccharomyces pombe"; RL Curr. Genet. 13(1):57-63(1988). XX RN [13] RP 76356-77392 RX DOI; 10.1016/0005-2760(88)90026-4 RX PUBMED; 3280033. RA Thornton J., Howard S.P., Buckley J.T.; RT "Molecular cloning of a phospholipid-cholesterol acyltransferase from RT Aeromonas hydrophila. Sequence homologies with lecithin-cholesterol RT acyltransferase and other lipases"; RL Biochim. Biophys. Acta 959(2):153-159(1988). XX RN [14] RP 213513-215127 RX PUBMED; 3782150. RA Obaru K., Nomiyama H., Shimada K., Nagashima F., Morino Y.; RT "Cloning and sequence analysis of mRNA for mouse aspartate aminotransferase RT isoenzymes"; RL J. Biol. Chem. 261(36):16976-16983(1986). XX RN [15] RP 213513-215127 RX DOI; 10.1016/0003-9861(83)90629-X RX PUBMED; 6859879. RA Shaffer J.B., Felder M.R.; RT "Turnover of cytoplasmic and mitochondrial aspartate aminotransferase RT isozymes in mouse liver and transplantable hepatomas"; RL Arch. Biochem. Biophys. 223(2):649-661(1983). XX RN [16] RP 145739-148653 RX PUBMED; 7513050. RA Weinstein J., Jacobsen F.W., Hsu-Chen J., Wu T., Baum L.G.; RT "A novel mammalian protein, p55CDC, present in dividing cells is associated RT with protein kinase activity and has homology to the Saccharomyces RT cerevisiae cell division cycle proteins Cdc20 and Cdc4"; RL Mol. Cell. Biol. 14(5):3350-3363(1994). XX RN [17] RP 111978-113180 RX PUBMED; 7522655. RA Chappell T.G., Hajibagheri M.A., Ayscough K., Pierce M., Warren G.; RT "Localization of an alpha 1,2 galactosyltransferase activity to the Golgi RT apparatus of Schizosaccharomyces pombe"; RL Mol. Biol. Cell 5(5):519-528(1994). XX RN [18] RP 164285-166558 RX DOI; 10.1083/jcb.130.2.299 RX PUBMED; 7615633. RA TerBush D.R., Novick P.; RT "Sec6, Sec8, and Sec15 are components of a multisubunit complex which RT localizes to small bud tips in Saccharomyces cerevisiae"; RL J. Cell Biol. 130(2):299-312(1995). XX RN [19] RP 103564-107976 RX DOI; 10.1016/0014-5793(93)80559-D RX PUBMED; 7681411. RA Lindauer A., Fraser D., Bruderlein M., Schmitt R.; RT "Reverse transcriptase families and a copia-like retrotransposon, Osser, in RT the green alga Volvox carteri"; RL FEBS Lett. 319(3):261-266(1993). XX RN [20] RP 155962-158585 RX PUBMED; 7791775. RA Chua P., Roeder G.S.; RT "Bdf1, a yeast chromosomal protein required for sporulation"; RL Mol. Cell. Biol. 15(7):3685-3696(1995). XX RN [21] RP 155962-158585 RX DOI; 10.1093/nar/22.24.5332 RX PUBMED; 7816623. RA Lygerou Z., Conesa C., Lesage P., Swanson R.N., Ruet A., Carlson M., RA Sentenac A., Seraphin B.; RT "The yeast BDF1 gene encodes a transcription factor involved in the RT expression of a broad class of genes including snRNAs"; RL Nucleic Acids Res. 22(24):5332-5340(1994). XX RN [22] RP 41337-42717 RX DOI; 10.1111/j.1432-1033.1993.tb18180.x RX PUBMED; 7916689. RA Berninger G., Schmidtchen R., Casel G., Knorr A., Rautenstrauss K., RA Kunau W.H., Schweizer E.; RT "Structure and metabolic control of the Yarrowia lipolytica peroxisomal RT 3-oxoacyl-CoA-thiolase gene"; RL Eur. J. Biochem. 216(2):607-613(1993). XX RN [23] RP 83425-84601 RX DOI; 10.1002/yea.320100805 RX PUBMED; 7992503. RA Carter A.T., Narbad A., Pearson B.M., Beck K.F., Logghe M., Contreras R., RA Schweizer M.; RT "Phosphoribosylpyrophosphate synthetase (PRS): a new gene family in RT Saccharomyces cerevisiae"; RL Yeast 10(8):1031-1044(1994). XX RN [24] RP 30109-30873 RX PUBMED; 8224817. RA Tu J., Vallier L.G., Carlson M.; RT "Molecular and genetic analysis of the SNF7 gene in Saccharomyces RT cerevisiae"; RL Genetics 135(1):17-23(1993). XX RN [25] RP 154402-155749 RX DOI; 10.1016/0014-5793(95)01307-5 RX PUBMED; 8543013. RA Ito M., Ishikawa M., Suzuki S., Takamatsu N., Shiba T.; RT "A rainbow trout SRY-type gene expressed in pituitary glands"; RL FEBS Lett. 377(1):37-40(1995). XX RN [26] RP 161772-162509 RX DOI; 10.1126/science.271.5254.1423 RX PUBMED; 8596916. RA Campuzano V., Montermini L., Molto' M.D., Pianese L., Cossee' M., RA Cavalcanti F., Monros E., Rodius F., Duclos F., Monticelli A., Zara F., RA Canizares J., Koutnikova H., Bidichandani S., Gellera C., Brice A., RA Trouillas P., De Michele G., Filla A., De Frutos R., Palau F., Patel P.I., RA Di Donato S., Mandel J.-L., Cocozza S., Koenig M., Pandolfo M.; RT "Friedreich's ataxia: autosomal recessive disease caused by an intronic GAA RT triplet repeat expansion"; RL Science 271(5254):1423-1427(1996). XX RN [27] RP 31171-33019 RX DOI; 10.1073/pnas.93.10.5105 RX PUBMED; 8643535. RA Supek F., Supekova L., Nelson H., Nelson N.; RT "A yeast manganese transporter related to the macrophage protein involved RT in conferring resistance to mycobacteria"; RL Proc. Natl. Acad. Sci. U.S.A. 93(10):5105-5110(1996). XX RN [28] RP 23959-28003 RX PUBMED; 8649382. RA Luke M.M., Della Seta F., Di Como C.J., Sugimoto H., Kobayashi R., RA Arndt K.T.; RT "The SAP, a new family of proteins, associate and function positively with RT the SIT4 phosphatase"; RL Mol. Cell. Biol. 16(6):2744-2755(1996). XX RN [29] RP 183237-184916 RX PUBMED; 8704997. RA Pitkin J.W., Panaccione D.G., Walton J.D.; RT "A putative cyclic peptide efflux pump encoded by the TOXA gene of the RT plant-pathogenic fungus Cochliobolus carbonum"; RL Microbiology 142(Pt6):1557-1565(1996). XX RN [30] RP 144030-145235 RX DOI; 10.1021/bi960500y RX PUBMED; 8756702. RA Witter D.J., Poulter C.D.; RT "Yeast geranylgeranyltransferase type-II: steady state kinetic studies of RT the recombinant enzyme"; RL Biochemistry 35(32):10454-10463(1996). XX RN [31] RP 10778-18556 RX DOI; 10.1038/383357a0 RX PUBMED; 8848052. RA Murphy R., Wente S.R.; RT "An RNA-export mediator with an essential nuclear export signal"; RL Nature 383(6598):357-360(1996). XX RN [32] RP 164285-166558 RX PUBMED; 8978675. RA TerBush D.R., Maurice T., Roth D., Novick P.; RT "The Exocyst is a multiprotein complex required for exocytosis in RT Saccharomyces cerevisiae"; RL EMBO J. 15(23):6483-6494(1996). XX RN [33] RP 83425-84601 RX DOI; 10.1007/s004380050402 RX PUBMED; 9108276. RA Carter A.T., Beiche F., Hove-Jensen B., Narbad A., Barker P.J., RA Schweizer L.M., Schweizer M.; RT "PRS1 is a key member of the gene family encoding RT phosphoribosylpyrophosphate synthetase in Saccharomyces cerevisiae"; RL Mol. Gen. Genet. 254(2):148-156(1997). XX RN [34] RP 113994-114893 RX DOI; 10.1111/j.1432-1033.1997.t01-2-00449.x RX PUBMED; 9151978. RA Kitakawa M., Graack H.R., Grohmann L., Goldschmidt-Reisin S., Herfurth E., RA Wittmann-Liebold B., Nishimura T., Isono K.; RT "Identification and characterization of the genes for mitochondrial RT ribosomal proteins of Saccharomyces cerevisiae"; RL Eur. J. Biochem. 245(2):449-456(1997). XX RN [35] RP 115021-116597 RX DOI; 10.1006/bbrc.1997.6729 RX PUBMED; 9196036. RA Kanemaki M., Makino Y., Yoshida T., Kishimoto T., Koga A., Yamamoto K., RA Yamamoto M., Moncollin V., Egly J.M., Muramatsu M., Tamura T.; RT "Molecular cloning of a rat 49-kDa TBP-interacting protein (TIP49) that is RT highly homologous to the bacterial RuvB"; RL Biochem. Biophys. Res. Commun. 235(1):64-68(1997). XX RN [36] RP 119807-120631 RX DOI; 10.1083/jcb.137.7.1511 RX PUBMED; 9199167. RA von Mollard G.F., Nothwehr S.F., Stevens T.H.; RT "The yeast v-SNARE Vti1p mediates two vesicle transport pathways through RT interactions with the t-SNAREs Sed5p and Pep12p"; RL J. Cell Biol. 137(7):1511-1524(1997). XX RN [37] RP 161772-162509 RX DOI; 10.1038/ng0897-345 RX PUBMED; 9241270. RA Koutnikova H., Campuzano V., Foury F., Dolle P., Cazzalini O., Koenig M.; RT "Studies of human, mouse and yeast homologues indicate a mitochondrial RT function for frataxin"; RL Nat. Genet. 16(4):345-351(1997). XX RN [38] RP 161772-162509 RX DOI; 10.1016/S0014-5793(97)00734-5 RX PUBMED; 9271239. RA Foury F., Cazzalini O.; RT "Deletion of the yeast homologue of the human gene associated with RT Friedreich's ataxia elicits iron accumulation in mitochondria"; RL FEBS Lett. 411(2-3):373-377(1997). XX RN [39] RP 185659-192410 RX PUBMED; 9352938. RA Mootz H.D., Marahiel M.A.; RT "The tyrocidine biosynthesis operon of Bacillus brevis: complete nucleotide RT sequence and biochemical characterization of functional internal RT adenylation domains"; RL J. Bacteriol. 179(21):6843-6850(1997). XX RN [40] RP 119807-120631 RX PUBMED; 9398683. RA Lupashin V.V., Pokrovskaya I.D., McNew J.A., Waters M.G.; RT "Characterization of a novel yeast SNARE protein implicated in Golgi RT retrograde traffic"; RL Mol. Biol. Cell 8(12):2659-2676(1997). XX RN [41] RP 201982-203145 RX DOI; 10.1046/j.1365-2958.1997.6041979.x RX PUBMED; 9427402. RA Pan H., Feng B., Marzluf G.A.; RT "Two distinct protein-protein interactions between the NIT2 and NMR RT regulatory proteins are required to establish nitrogen metabolite RT repression in Neurospora crassa"; RL Mol. Microbiol. 26(4):721-729(1997). XX RN [42] RP 113994-114893 RX PUBMED; 9445368. RA Graack H.R., Wittmann-Liebold B.; RT "Mitochondrial ribosomal proteins (MRPs) of yeast"; RL Biochem. J. 329(Pt3):433-448(1998). XX RN [43] RP 30109-30873 RX DOI; 10.1093/emboj/17.11.2982 RX PUBMED; 9606181. RA Babst M., Wendland B., Estepa E.J., Emr S.D.; RT "The Vps4p AAA ATPase regulates membrane association of a Vps protein RT complex required for normal endosome function"; RL EMBO J. 17(11):2982-2993(1998). XX RN [44] RP 42910-43806 RX DOI; 10.1046/j.1365-2958.1998.00841.x RX PUBMED; 9632267. RA Roy C.R., Berger K.H., Isberg R.R.; RT "Legionella pneumophila DotA protein is required for early phagosome RT trafficking decisions that occur within minutes of bacterial uptake"; RL Mol. Microbiol. 28(3):663-674(1998). XX RN [45] RP 145739-148653 RX PUBMED; 9637688. RA Fang G., Yu H., Kirschner M.W.; RT "The checkpoint protein MAD2 and the mitotic regulator CDC20 form a ternary RT complex with the anaphase-promoting complex to control anaphase RT initiation"; RL Genes Dev. 12(12):1871-1883(1998). XX RN [46] RP 133315-134678 RX PUBMED; 9658169. RA Radcliffe P., Hirata D., Childs D., Vardy L., Toda T.; RT "Identification of novel temperature-sensitive lethal alleles in essential RT beta-tubulin and nonessential alpha 2-tubulin genes as fission yeast RT polarity mutants"; RL Mol. Biol. Cell 9(7):1757-1771(1998). XX RN [47] RP 170674-172311 RX DOI; 10.1016/S0378-1119(98)00551-4 RX PUBMED; 9889317. RA Banuelos O., Casqueiro J., Fierro F., Hijarrubia M.J., Gutierrez S., RA Martin J.F.; RT "Characterization and lysine control of expression of the lys1 gene of RT Penicillium chrysogenum encoding homocitrate synthase"; RL Gene 226(1):51-59(1999). XX RN [48] RP 168027-170156 RX PUBMED; 9973338. RA Skrzypek M.S., Nagiec M.M., Lester R.L., Dickson R.C.; RT "Analysis of phosphorylated sphingolipid long-chain bases reveals potential RT roles in heat stress and growth control in Saccharomyces"; RL J. Bacteriol. 181(4):1134-1140(1999). XX RN [49] RP 140013-142788 RX DOI; 10.1093/emboj/18.7.1772 RX PUBMED; 10202141. RA Cuif M.H., Possmayer F., Zander H., Bordes N., Jollivet F., RA Couedel-Courteille A., Janoueix-Lerosey I., Langsley G., Bornens M., RA Goud B.; RT "Characterization of GAPCenA, a GTPase activating protein for Rab6, part of RT which associates with the centrosome"; RL EMBO J. 18(7):1772-1782(1999). XX RN [50] RP 164285-166558 RX DOI; 10.1016/S0962-8924(99)01516-0 RX PUBMED; 10203793. RA Hsu S.C., Hazuka C.D., Foletti D.L., Scheller R.H.; RT "Targeting vesicles to specific sites on the plasma membrane: the role of RT the sec6/8 complex"; RL Trends Cell Biol. 9(4):150-153(1999). XX RN [51] RP 83425-84601 RX DOI; 10.1074/jbc.274.18.12480 RX PUBMED; 10212224. RA Hernando Y., Carter A.T., Parr A., Hove-Jensen B., Schweizer M.; RT "Genetic analysis and enzyme activity suggest the existence of more than RT one minimal functional unit capable of synthesizing phosphoribosyl RT pyrophosphate in Saccharomyces cerevisiae"; RL J. Biol. Chem. 274(18):12480-12487(1999). XX RN [52] RP 168027-170156 RX DOI; 10.1006/mcbr.1999.0109 RX PUBMED; 10329480. RA Gottlieb D., Heideman W., Saba J.D.; RT "The DPL1 gene is involved in mediating the response to nutrient RT deprivation in Saccharomyces cerevisiae"; RL Mol. Cell Biol. Res. Commun. 1(1):66-71(1999). XX RN [53] RP 115021-116597 RX DOI; 10.1074/jbc.274.22.15329 RX PUBMED; 10336418. RA Makino Y., Kanemaki M., Kurokawa Y., Koji T., Tamura T.; RT "A rat RuvB-like protein, TIP49a, is a germ cell-enriched novel DNA RT helicase"; RL J. Biol. Chem. 274(22):15329-15335(1999). XX RN [54] RP 145739-148653 RX DOI; 10.1073/pnas.96.13.7306 RX PUBMED; 10377410. RA Farruggio D.C., Townsley F.M., Ruderman J.V.; RT "Cdc20 associates with the kinase aurora2/Aik"; RL Proc. Natl. Acad. Sci. U.S.A. 96(13):7306-7311(1999). XX RN [55] RP 119807-120631 RX DOI; 10.1083/jcb.145.7.1435 RX PUBMED; 10385523. RA Ungermann C., von Mollard G.F., Jensen O.N., Margolis N., Stevens T.H., RA Wickner W.; RT "Three v-SNAREs and two t-SNAREs, present in a pentameric cis-SNARE complex RT on isolated vacuoles, are essential for homotypic fusion"; RL J. Cell Biol. 145(7):1435-1442(1999). XX RN [56] RP 85293-97766 RX DOI; 10.1016/S0378-1119(99)00197-3 RX PUBMED; 10395901. RA Utsugi T., Hirata A., Sekiguchi Y., Sasaki T., Toh-e A., Kikuchi Y.; RT "Yeast tom1 mutant exhibits pleiotropic defects in nuclear division, RT maintenance of nuclear structure and nucleocytoplasmic transport at high RT temperatures"; RL Gene 234(2):285-295(1999). XX RN [57] RP 115021-116597 RX DOI; 10.1074/jbc.274.32.22437 RX PUBMED; 10428817. RA Kanemaki M., Kurokawa Y., Matsu-ura T., Makino Y., Masani A., Okazaki K., RA Morishita T., Tamura T.A.; RT "TIP49b, a new RuvB-like DNA helicase, is included in a complex together RT with another RuvB-like DNA helicase, TIP49a"; RL J. Biol. Chem. 274(32):22437-22444(1999). XX RN [58] RP 46970-50428 RX DOI; 10.1074/jbc.274.33.23027 RX PUBMED; 10438470. RA Iizuka M., Stillman B.; RT "Histone acetyltransferase HBO1 interacts with the ORC1 subunit of the RT human initiator protein"; RL J. Biol. Chem. 274(33):23027-23034(1999). XX RN [59] RP 145739-148653 RX DOI; 10.1083/jcb.146.4.791 RX PUBMED; 10459014. RA Kotani S., Tanaka H., Yasuda H., Todokoro K.; RT "Regulation of APC activity by phosphorylation and regulatory factors"; RL J. Cell Biol. 146(4):791-800(1999). XX RN [60] RP 99189-102813 RX DOI; 10.1074/jbc.274.40.28219 RX PUBMED; 10497176. RA Hornsten L., Su C., Osbourn A.E., Garosi P., Hellman U., Wernstedt C., RA Oliw E.H.; RT "Cloning of linoleate diol synthase reveals homology with prostaglandin H RT synthases"; RL J. Biol. Chem. 274(40):28219-28224(1999). XX RN [61] RP 31171-33019 RX DOI; 10.1074/jbc.274.49.35089 RX PUBMED; 10574989. RA Chen X.Z., Peng J.B., Cohen A., Nelson H., Nelson N., Hediger M.A.; RT "Yeast SMF1 mediates H(+)-coupled iron uptake with concomitant uncoupled RT cation currents"; RL J. Biol. Chem. 274(49):35089-35094(1999). XX RN [62] RP 145739-148653 RX DOI; 10.1006/bbrc.2000.2167 RX PUBMED; 10679238. RA Ohtoshi A., Maeda T., Higashi H., Ashizawa S., Hatakeyama M.; RT "Human p55(CDC)/Cdc20 associates with cyclin A and is phosphorylated by the RT cyclin A-Cdk2 complex"; RL Biochem. Biophys. Res. Commun. 268(2):530-534(2000). XX RN [63] RP 10778-18556 RX DOI; 10.1083/jcb.148.4.635 RX PUBMED; 10684247. RA Rout M.P., Aitchison J.D., Suprapto A., Hjertaas K., Zhao Y., Chait B.T.; RT "The yeast nuclear pore complex: composition, architecture, and transport RT mechanism"; RL J. Cell Biol. 148(4):635-651(2000). XX RN [64] RP 128535-129339 RX DOI; 10.1074/jbc.M909502199 RX PUBMED; 10748136. RA Kaut A., Lange H., Diekert K., Kispal G., Lill R.; RT "Isa1p is a component of the mitochondrial machinery for maturation of RT cellular iron-sulfur proteins and requires conserved cysteine residues for RT function"; RL J. Biol. Chem. 275(21):15955-15961(2000). XX RN [65] RP 115021-116597 RX DOI; 10.1074/jbc.M001031200 RX PUBMED; 10787406. RA Lim C.R., Kimata Y., Ohdate H., Kokubo T., Kikuchi N., Horigome T., RA Kohno K.; RT "The Saccharomyces cerevisiae RuvB-like protein, Tih2p, is required for RT cell cycle progression and RNA polymerase II-directed transcription"; RL J. Biol. Chem. 275(29):22409-22417(2000). XX RN [66] RP 73244-74316 RX DOI; 10.1046/j.1365-2672.2000.01019.x RX PUBMED; 10792537. RA Janda L., Damborsky J., Petricek M., Spizek J., Tichy P.; RT "Molecular characterization of the Thermomonospora curvata aglA gene RT encoding a thermotolerant alpha-1,4-glucosidase"; RL J. Appl. Microbiol. 88(5):773-783(2000). XX RN [67] RP 128535-129339 RX DOI; 10.1128/MCB.20.11.3918-3927.2000 RX PUBMED; 10805735. RA Jensen L.T., Culotta V.C.; RT "Role of Saccharomyces cerevisiae ISA1 and ISA2 in iron homeostasis"; RL Mol. Cell. Biol. 20(11):3918-3927(2000). XX RN [68] RP 46970-50428 RX DOI; 10.1128/MMBR.64.2.435-459.2000 RX PUBMED; 10839822. RA Sterner D.E., Berger S.L.; RT "Acetylation of histones and transcription-related factors"; RL Microbiol. Mol. Biol. Rev. 64(2):435-459(2000). XX RN [69] RP 85293-97766 RX DOI; 10.1016/S0960-9822(00)00527-3 RX PUBMED; 10873801. RA Duncan K., Umen J.G., Guthrie C.; RT "A putative ubiquitin ligase required for efficient mRNA export RT differentially affects hnRNP transport"; RL Curr. Biol. 10(12):687-696(2000). XX RN [70] RP 164285-166558 RX DOI; 10.1016/S0955-0674(00)00120-4 RX PUBMED; 10873817. RA Mostov K.E., Verges M., Altschuler Y.; RT "Membrane traffic in polarized epithelial cells"; RL Curr. Opin. Cell Biol. 12(4):483-490(2000). XX RN [71] RP 210266-212643 RX PUBMED; 10887110. RA Gupta M., Mungai P.T., Goldwasser E.; RT "A new transacting factor that modulates hypoxia-induced expression of the RT erythropoietin gene"; RL Blood 96(2):491-497(2000). XX RN [72] RP 128535-129339 RX DOI; 10.1016/S0014-5793(00)01711-7 RX PUBMED; 10913600. RA Pelzer W., Muhlenhoff U., Diekert K., Siegmund K., Kispal G., Lill R.; RT "Mitochondrial Isa2p plays a crucial role in the maturation of cellular RT iron-sulfur proteins"; RL FEBS Lett. 476(3):134-139(2000). XX RN [73] RP 31171-33019 RX DOI; 10.1074/jbc.M004611200 RX PUBMED; 10930410. RA Cohen A., Nelson H., Nelson N.; RT "The family of SMF metal ion transporters in yeast cells"; RL J. Biol. Chem. 275(43):33388-33394(2000). XX RN [74] RP 46970-50428 RX DOI; 10.1074/jbc.M004838200 RX PUBMED; 10930412. RA Sharma M., Zarnegar M., Li X., Lim B., Sun Z.; RT "Androgen receptor interacts with a novel MYST protein, HBO1"; RL J. Biol. Chem. 275(45):35200-35208(2000). XX RN [75] RP 36454-39124 RX DOI; 10.1016/S0167-4781(00)00065-8 RX PUBMED; 11004489. RA Sawada Y., Miura Y., Umeki K., Tamaoki T., Fujinaga K., Ohtaki S.; RT "Cloning and characterization of a novel RNA-binding protein SRL300 with RS RT domains"; RL Biochim. Biophys. Acta 1492(1):191-195(2000). XX RN [76] RP 31171-33019 RX DOI; 10.1128/MCB.20.21.7893-7902.2000 RX PUBMED; 11027260. RA Portnoy M.E., Liu X.F., Culotta V.C.; RT "Saccharomyces cerevisiae expresses three functionally distinct homologues RT of the nramp family of metal transporters"; RL Mol. Cell. Biol. 20(21):7893-7902(2000). XX RN [77] RP 85293-97766 RX DOI; 10.1128/MCB.20.21.7971-7979.2000 RX PUBMED; 11027267. RA Sasaki T., Toh-E A., Kikuchi Y.; RT "Yeast Krr1p physically and functionally interacts with a novel essential RT Kri1p, and both proteins are required for 40S ribosome biogenesis in the RT nucleolus"; RL Mol. Cell. Biol. 20(21):7971-7979(2000). XX RN [78] RP 133315-134678 RX DOI; 10.1074/jbc.M008159200 RX PUBMED; 11036083. RA Eisen A., Utley R.T., Nourani A., Allard S., Schmidt P., Lane W.S., RA Lucchesi J.C., Cote J.; RT "The yeast NuA4 and Drosophila MSL complexes contain homologous subunits RT important for transcription regulation"; RL J. Biol. Chem. 276(5):3484-3491(2001). XX RN [79] RP 10778-18556 RX DOI; 10.1074/jbc.M008311200 RX PUBMED; 11104765. RA Strawn L.A., Shen T., Wente S.R.; RT "The GLFG regions of Nup116p and Nup100p serve as binding sites for both RT Kap95p and Mex67p at the nuclear pore complex"; RL J. Biol. Chem. 276(9):6445-6452(2001). XX RN [80] RP 110315-111419 RX DOI; 10.1128/MCB.21.1.109-125.2001 RX PUBMED; 11113186. RA Kohlwein S.D., Eder S., Oh C.S., Martin C.E., Gable K., Bacikova D., RA Dunn T.; RT "Tsc13p is required for fatty acid elongation and localizes to a novel RT structure at the nuclear-vacuolar interface in Saccharomyces cerevisiae"; RL Mol. Cell. Biol. 21(1):109-125(2001). XX RN [81] RP 42910-43806 RX DOI; 10.1046/j.1462-5822.2001.00093.x RX PUBMED; 11207624. RA Joshi A.D., Sturgill-Koszycki S., Swanson M.S.; RT "Evidence that Dot-dependent and -independent factors isolate the RT Legionella pneumophila phagosome from the endocytic network in mouse RT macrophages"; RL Cell. Microbiol. 3(2):99-114(2001). XX RN [82] RP 85293-97766 RX PUBMED; 11238398. RA Tabb A.L., Utsugi T., Wooten-Kee C.R., Sasaki T., Edling S.A., Gump W., RA Kikuchi Y., Ellis S.R.; RT "Genes encoding ribosomal proteins Rps0A/B of Saccharomyces cerevisiae RT interact with TOM1 mutants defective in ribosome synthesis"; RL Genetics 157(3):1107-1116(2001). XX RN [83] RP 30109-30873 RX PUBMED; 11251082. RA Kranz A., Kinner A., Kolling R.; RT "A family of small coiled-coil-forming proteins functioning at the late RT endosome in yeast"; RL Mol. Biol. Cell 12(3):711-723(2001). XX RN [84] RP 7269-9584 RX DOI; 10.1016/S0378-1119(01)00358-4 RX PUBMED; 11255012. RA Karan D., David J.R., Capy P.; RT "Molecular evolution of the AMP-forming Acetyl-CoA synthetase"; RL Gene 265(1-2):95-101(2001). XX RN [85] RP 71020-73215 RX DOI; 10.1128/MCB.21.7.2496-2505.2001 RX PUBMED; 11259598. RA Kadosh D., Johnson A.D.; RT "Rfg1, a protein related to the Saccharomyces cerevisiae hypoxic regulator RT Rox1, controls filamentous growth and virulence in Candida albicans"; RL Mol. Cell. Biol. 21(7):2496-2505(2001). XX RN [86] RP 161772-162509 RX DOI; 10.1006/jmbi.2001.4527 RX PUBMED; 11273703. RA Lutz T., Westermann B., Neupert W., Herrmann J.M.; RT "The mitochondrial proteins Ssq1 and Jac1 are required for the assembly of RT iron sulfur clusters in mitochondria"; RL J. Mol. Biol. 307(3):815-825(2001). XX RN [87] RP 168027-170156 RX DOI; 10.1074/jbc.M010221200 RX PUBMED; 11278643. RA Birchwood C.J., Saba J.D., Dickson R.C., Cunningham K.W.; RT "Calcium influx and signaling in yeast stimulated by intracellular RT sphingosine 1-phosphate accumulation"; RL J. Biol. Chem. 276(15):11712-11718(2001). XX RN [88] RP 137020-137860 RX DOI; 10.1016/S1097-2765(01)00254-4 RX PUBMED; 11389843. RA Mayer M.L., Gygi S.P., Aebersold R., Hieter P.; RT "Identification of RFC(Ctf18p, Ctf8p, Dcc1p): an alternative RFC complex RT required for sister chromatid cohesion in S. cerevisiae"; RL Mol. Cell 7(5):959-970(2001). XX RN [89] RP 210266-212643 RX DOI; 10.1016/S0378-1119(01)00504-2 RX PUBMED; 11410364. RA Bolland D.J., Hewitt J.E.; RT "Intron loss in the SART1 genes of Fugu rubripes and Tetraodon RT nigroviridis"; RL Gene 271(1):43-49(2001). XX RN [90] RP 53275-54001 RX PUBMED; 11413225. RA Nakamura S., Toyama T.; RT "Isolation of a VP1 homologue from wheat and analysis of its expression in RT embryos of dormant and non-dormant cultivars"; RL J. Exp. Bot. 52(357):875-876(2001). XX RN [91] RP 180176-182417 RX DOI; 10.1128/AEM.67.11.5294-5302.2001 RX PUBMED; 11679358. RA Tag A.G., Garifullina G.F., Peplow A.W., Ake Jr C., Phillips T.D., RA Hohn T.M., Beremand M.N.; RT "A novel regulatory gene, Tri10, controls trichothecene toxin production RT and gene expression"; RL Appl. Environ. Microbiol. 67(11):5294-5302(2001). XX RN [92] RP 116910-118600 RX DOI; 10.1073/pnas.092152999 RX PUBMED; 11997456. RA Bao X., Katz S., Pollard M., Ohlrogge J.; RT "Carbocyclic fatty acids in plants: biochemical and molecular genetic RT characterization of cyclopropane fatty acid synthesis of Sterculiafoetida"; RL Proc. Natl. Acad. Sci. U.S.A. 99(10):7172-7177(2002). XX DR EMBL-CON; AM270983. XX FH Key Location/Qualifiers FH FT source 1..215932 FT /organism="Aspergillus niger" FT /mol_type="genomic DNA" FT /clone="An04c0180" FT /db_xref="taxon:5061" FT CDS join(1484..1619,1724..2529) FT /locus_tag="An04g05590" FT /note="Remark: blastp matches are unspecific" FT /note="Title: weak similarity to hypothetical protein WP6 FT -Chlamydomonas eugametos" FT /db_xref="UniProtKB/TrEMBL:A2QJ27" FT /inference="profile:COGS:COG0323" FT /protein_id="CAK38821.1" FT /translation="MSSAEESPAQRAARLRRERREAKIKGDGAARLDKITSLSGRTPAS FT LREETSPSPSPSPAPAAAQATTTALSPSPSPSPAPEPRTTQPSFPSQAPQQQQELDPET FT LQAQQELFRALLRQSGQPGDSPSGSPGPQPGGPGGMGGMGGLGGEADDPTLKLLSSLMA FT GDTSALGEGSLPGGQSPADLLTGLGVPPFVASMLGEATRKKSDEEKREILVWKVLHVVF FT SVLIGVYLLVLIGSSVATFGSQPPPPATARNPFLFFTTGEVVLTGARVMMKRGGGGLGL FT WVQLVRDIARDGSIVLFLFGMANWWHREWTAN" FT mRNA join(<1484..1619,1724..>2529) FT /locus_tag="An04g05590" FT exon 1484..1619 FT /locus_tag="An04g05590" FT /number=1 FT intron 1620..1723 FT /locus_tag="An04g05590" FT /number=1 FT exon 1724..2529 FT /locus_tag="An04g05590" FT /number=2 FT CDS join(2699..2790,2865..3014,3136..3180,3225..3396, FT 3582..3649,3762..3972,4125..4205) FT /locus_tag="An04g05600" FT /product="hypothetical protein" FT /db_xref="UniProtKB/TrEMBL:A2QJ28" FT /protein_id="CAK38822.1" FT /translation="MLAGAVLLPSTILSGISAVAAPTCLNANVQKNLVLARLISPPDSD FT WPVRSLPETRLILAVRSENFSQPLPMSHRTWPQHNATGQKSAVSNHPSLHRRRNGRSGP FT RSLVRPGLNYSAGGKGHGLWVLVEKGRAQAGRQRPFLSIERRRILSPVGAGIREVAEPP FT ATIEDVDLLTDGGIEDHSRERSDERDDVSLISIGQEYGSLTGPMLHVRGSKPSIDGGLR FT KLNGILPDGLHNINAPSPDGGSCSALLGSFDSALVARSVLSRSHPMKDVP" FT mRNA join(<2699..2790,2865..3014,3136..3180,3225..3396, FT 3582..3649,3762..3972,4125..>4205) FT /locus_tag="An04g05600" FT exon 2699..2790 FT /locus_tag="An04g05600" FT /number=1 FT sig_peptide 2699..2758 FT /locus_tag="An04g05600" FT /inference="protein motif:SignalP:2.0" FT mat_peptide join(2759..2790,2865..3014,3136..3180,3225..3396, FT 3582..3649,3762..3972,4125..4202) FT /locus_tag="An04g05600" FT /product="hypothetical protein" FT intron 2791..2864 FT /locus_tag="An04g05600" FT /number=1 FT exon 2865..3014 FT /locus_tag="An04g05600" FT /number=2 FT intron 3015..3135 FT /locus_tag="An04g05600" FT /number=2 FT exon 3136..3180 FT /locus_tag="An04g05600" FT /number=3 FT intron 3181..3224 FT /locus_tag="An04g05600" FT /number=3 FT exon 3225..3396 FT /locus_tag="An04g05600" FT /number=4 FT intron 3397..3581 FT /locus_tag="An04g05600" FT /number=4 FT exon 3582..3649 FT /locus_tag="An04g05600" FT /number=5 FT intron 3650..3761 FT /locus_tag="An04g05600" FT /number=5 FT exon 3762..3972 FT /locus_tag="An04g05600" FT /number=6 FT intron 3973..4124 FT /locus_tag="An04g05600" FT /number=6 FT exon 4125..4205 FT /locus_tag="An04g05600" FT /number=7 FT CDS complement(join(4308..4416,4477..4608,4815..4931, FT 5071..5337,5502..5734,5819..5995,6088..6198,6303..6408, FT 6492..6810,6895..6952)) FT /locus_tag="An04g05610" FT /product="hypothetical protein" FT /db_xref="UniProtKB/TrEMBL:A2QJ29" FT /protein_id="CAK38823.1" FT /translation="MRKRGGKRKQLVPRMGKRDKSRSPGVRVEALLLQAWFRLGTVVAS FT IWARLYCSRAAKVPPQYYLVTTPTYYLLTVIPLSIRPSYPKSTFLSLPRDRVSMINLVG FT PGFNPNPYFTGSAMQVNLDLTGRWSTSHHGQSILLTYLTSHACRSKRFSTIGKATTTDC FT SGCGSLILNGGTVFSRQALAMSLDGRPPALAAAISALVSVAPGKAVDDQLANNHLVISL FT PPSSHYTGTPIHSGTLLRRSRLPGADCDLRTVVDSVVTSDSTVLIRNHGTPWHDIAQGY FT ISGVILWRPADQHHLHRALPQIRSQADGGLKLLGFRGMAGRYHKNTRQAPRSEGLISQR FT AIWGGEVDSSQANHHLATQTTCTSEIDRCEHPLDQDTTSTSVGGPMRRLYHWMWCCSRK FT FHSSRIRDPLYGPQPVPGGLTRKMQHTQVTAITGISEYIIVSSKSSWEECLIVIAVVHL FT PYPQRLRNVTAVLSLTRKTVAHYANEAARDLPISQQCRKGDCLLFSPSRDNRDNRGTAC FT WGSAIAAWLFAPSPRSRGHLSDLGF" FT mRNA complement(join(<4308..4416,4477..4608,4815..4931, FT 5071..5337,5502..5734,5819..5995,6088..6198,6303..6408, FT 6492..6810,6895..>6952)) FT /locus_tag="An04g05610" FT exon complement(4308..4416) FT /locus_tag="An04g05610" FT /number=1 FT mat_peptide complement(join(4311..4416,4477..4608,4815..4931, FT 5071..5337,5502..5734,5819..5995,6088..6198,6303..6408, FT 6492..6736)) FT /locus_tag="An04g05610" FT /product="hypothetical protein" FT intron complement(4417..4476) FT /locus_tag="An04g05610" FT /number=1 FT exon complement(4477..4608) FT /locus_tag="An04g05610" FT /number=2 FT intron complement(4609..4814) FT /locus_tag="An04g05610" FT /number=2 FT exon complement(4815..4931) FT /locus_tag="An04g05610" FT /number=3 FT intron complement(4932..5070) FT /locus_tag="An04g05610" FT /number=3 FT exon complement(5071..5337) FT /locus_tag="An04g05610" FT /number=4 FT intron complement(5338..5501) FT /locus_tag="An04g05610" FT /number=4 FT exon complement(5502..5734) FT /locus_tag="An04g05610" FT /number=5 FT intron complement(5735..5818) FT /locus_tag="An04g05610" FT /number=5 FT exon complement(5819..5995) FT /locus_tag="An04g05610" FT /number=6 FT intron complement(5996..6087) FT /locus_tag="An04g05610" FT /number=6 FT exon complement(6088..6198) FT /locus_tag="An04g05610" FT /number=7 FT intron complement(6199..6302) FT /locus_tag="An04g05610" FT /number=7 FT exon complement(6303..6408) FT /locus_tag="An04g05610" FT /number=8 FT intron complement(6409..6491) FT /locus_tag="An04g05610" FT /number=8 FT exon complement(6492..6810) FT /locus_tag="An04g05610" FT /number=9 FT sig_peptide complement(join(6737..6810,6895..6952)) FT /locus_tag="An04g05610" FT /inference="protein motif:SignalP:2.0" FT intron complement(6811..6894) FT /locus_tag="An04g05610" FT /number=9 FT exon complement(6895..6952) FT /locus_tag="An04g05610" FT /number=10 FT CDS join(7269..7307,7373..8617,8676..8936,8997..9126, FT 9185..9459,9522..9584) FT /locus_tag="An04g05620" FT /EC_number="6.2.1.1" FT /note="Catalytic activity: ATP + acetate + CoA = AMP + FT diphosphate + acetyl-CoA." FT /note="Function: acetate--CoA ligase catalyzes the FT formation of acetyl-CoA from acetate and CoA." FT /note="Induction: by acetate." FT /note="Title: strong similarity to acetate--CoA ligase facA FT - Aspergillus nidulans" FT /db_xref="GOA:A2QJ30" FT /db_xref="InterPro:IPR000873" FT /db_xref="InterPro:IPR011904" FT /db_xref="InterPro:IPR020845" FT /db_xref="UniProtKB/TrEMBL:A2QJ30" FT /citation=[6] FT /citation=[84] FT /inference="profile:COGS:COG0365" FT /inference="profile:PFAM:PF00501" FT /inference="similar to AA sequence:PIR:SYASAA" FT /protein_id="CAK38824.1" FT /translation="MADGSVMPPKSSVVVEAHEVDTFHVPEAFHQKHPTGTHLKDLDEY FT KKLYEESIRSPDTFWARMARELLHFDQDFQTTHSGSLENGDNAWFVEGRLNASYNCVDR FT HAFKNPDKVAIIYEADEPSEGRTITYGELLREVSRVAWVLRQQGVKKGDTVAIYLPMIP FT EAIVAFLACSRIGAVHSVVFAGFSSDSLRDRVLDAGSKVVITTDEGKRGGKVIGTKRIV FT DEALKQCPDVTSVLVYKRTGAEVPWTKGRDVWWHEEVEKYPNYLAPEPVNSEDPLFLLY FT TSGSTGKPKGVMHTTAGYLLGAAMTGKYVFDIHDDDRYFCGGDVGWITGHTYVVYAPLL FT LGCSTVVFESTPAYPNFSRYWDVIEKHKVTQFYVAPTALRLLKRAGDEHIHHKMAHLRV FT LGSVGEPIAAEVWKWYFEVVGKEEAHICDTYWQTETGSNVITPLGGITPTKPGSASLPF FT FGIEPAIIDPVSGEEITGNDVEGVLAFKQPWPSMARTVWGAHKRYMDTYLNVYKGYYFT FT GDGAGRDHDGYYWIRGRVDDVVNVSGHRLSTAEIEAALIEHHMVAEAAVVGIADELTGQ FT AVNAFVALKEGNETSDQVRKDLIMQVRRSIGPFAAPKAVYVVEDLPKTRSGKIMRRILR FT KILSGEEDSLGDTSTLSDPSVVDKIIATVHAARGK" FT mRNA join(<7269..7307,7373..8617,8676..8936,8997..9126, FT 9185..9459,9522..>9584) FT /locus_tag="An04g05620" FT exon 7269..7307 FT /locus_tag="An04g05620" FT /number=1 FT intron 7308..7372 FT /locus_tag="An04g05620" FT /number=1 FT exon 7373..8617 FT /locus_tag="An04g05620" FT /number=2 FT intron 8618..8675 FT /locus_tag="An04g05620" FT /number=2 FT exon 8676..8936 FT /locus_tag="An04g05620" FT /number=3 FT intron 8937..8996 FT /locus_tag="An04g05620" FT /number=3 FT exon 8997..9126 FT /locus_tag="An04g05620" FT /number=4 FT intron 9127..9184 FT /locus_tag="An04g05620" FT /number=4 FT exon 9185..9459 FT /locus_tag="An04g05620" FT /number=5 FT intron 9460..9521 FT /locus_tag="An04g05620" FT /number=5 FT exon 9522..9584 FT /locus_tag="An04g05620" FT /number=6 FT CDS join(10778..10862,11131..11223,11532..15334,15483..15762, FT 15964..17363,17424..17511,18122..18143,18325..18398, FT 18552..18556) FT /locus_tag="An04g05630" FT /note="Function: the GLFG region of S. cerevisiae Nup100p FT directly binds the essential mRNA export factors Mex67 and FT Gle1." FT /note="Function: the GLFG region of S. cerevisiae Nup100p FT directly binds the protein import factor Kap95p." FT /note="Title: similarity to nuclear pore complex subunit FT Nup100 - Saccharomyces cerevisiae" FT /note="nucleus" FT /db_xref="GOA:A2QJ31" FT /db_xref="InterPro:IPR007230" FT /db_xref="UniProtKB/TrEMBL:A2QJ31" FT /citation=[31] FT /citation=[4] FT /citation=[63] FT /citation=[79] FT /inference="profile:COGS:COG3291" FT /inference="profile:PFAM:PF04096" FT /protein_id="CAK38825.1" FT /translation="MFGGFGQNNQQSSGFGAGSGFGGTSTGGGFGSTSSPFGGGNTSGG FT GLFGNTSSSFGSGGGFGTGTQNQSTSLFGGQNRTSGFGTGTSTGGGLFGSGTATAGGSG FT FGGFGSSSNTGGGFGSTGTGTGAAASTGGGLFGNKTGGFGSSTGTGGAFGTSGGTGGFG FT STPSGFGSGTGTAFQQAIPPSDGTGSTPFSPFTEKDGNTTGMNHYQSITFMAPYSKYSF FT EELRLADYNQGRRFGNGSGQAGAFGTSAFGGSGFGQQSTGGFGSTSTPFGGGTSAPSTF FT GQTQTAGGFGSSTNSNPLFGAAKPATSLFGGGTGATGTSQPGLFGGNTATTTTGGFGSG FT TGTTGFGGTGGSLFGGGANNATQQQKPLFGNSGSTGTGFGGAFGAQNTSTASPFGGTAA FT TSSPFGGQQQQQTGTGLFGGGLGQQNQAQNQQQTQNKGLFGGFGSNTQQQSSTPSLFGN FT TGAGTGTGTTGSSLFGQNTQQPQQQSTGGSLFGNNQQTGTSSLFGGGQQQGQKSLFGGS FT TPATGTGTGTSAFGGFGNTQNQQTGGGGLFGGAQNQQQQKPSLFGGGTGTGGSLFGGQS FT TTTPSTGGSLFGNTQSQPQQTGGLGTSSLFGGSQQAQPQQAQQSQPAPGSLQASLLDGN FT PYGNQSIFSGLPAPSASSPGPLATPLSSAAKQKQRTPLPVYKITPNAANRLLTPPKRQG FT YGFSYSTYGSPSSSTGTPNGLGGSVLGGSLRGSVNGSLGRTSFSKSLSTSNLRKTFDPD FT TDSVLSPGALTSGSSRLSSGSLKRLTIDRSLRNDLFARPASTPAAPITIGEDAAQPADK FT MKKKVSFDSSSDTPATGGEIVPVQSQSPEPTPEELGFLRSIRKSNTVNGLNGIKPTETS FT ARPEMESVRGNELAVVPENAATASTTPEGPSRLPFVPGGDPQPGEYWMRPTRAEISKLS FT REQQKKFVGFTVGRQRCGQVTFDEPVDLTTVDLDRIFGDLVDIGVRKITVYPDETIKPP FT RGKGLNVPSTLRIENSWPRGRDKKSPSPLTSGPLFDKHVDRLIKVHNTEFVDYEKETGT FT WVFRVPHYTTYGLDYDSDEEEEGESLNQSTFSAAPDTPTPKAQTPANPDTTMGSEMMSA FT FSTDDSFVGSMAGVDDDTFDFKKRKIVPGAFGNQMMETVEDERSVSGDDEESFLGEGST FT GSTIEQDGDDITESQHSGESLVELDEGEEMDMAGTFPDLHPTVERDDTQSTDTFMETTQ FT PILKPWNTPSKPRLDLTGDWAEHLQRTISPRKQDRDALREIQANAFTDRSLREDTPKPS FT AADTRQKGFATSIDLMNSLFQQPRKQQAASPLKAQSVRPNGLEWPYNKKPKTFAGESHE FT LSEDDLAFHHSFKPRWGTLNSLLCVKNDMADVQAGDSAWRHKLSLTSEGRDVALLEFNT FT PVEPSEMLDAQRKLTAVSHRLTRLWEGIVREKHAQAVAKASSAEERAFYLLCSHRVEEA FT CKVLVASQNFHLATLVAQIARDPTTRTDMAKQIEMWRQNNVYSEMSEPVRALYELLAGN FT ALRSEGKSTGALEDRLSTFTFSERFELDWFQAFGLRLWYGITDDEPIEAAVCQFVDDLY FT EGNEPALPTPLNQEDIVDRESPLWVLLKVYATTTGGASRTANLHPQEFPAVLLPESVSG FT DKQSSRLSFQLCQLLAAAIGRHESFQVNTAQMDQLVWDYAWELCCSGTLNRALFVLLHL FT SHASDRERAVKETLARFAPQLPEPVTSDGQTNVMWHYLTQDLQLPESWIWVSKALYARD FT TGDAAREVDYLVRGKNWNDAHATFCRVVAPTAVIEGDYGTLEMLVSGFGEEPERKVRGW FT ANGGGIYDDFLRLATARSGKRDATRLARLVSALVKMGEKVSQGSGVEGLEERVAFREMS FT RVVATWTGHEDSKAIELSSVLSLPLTGDARLAQTAEMSRRYYTTHQGSTSVLFGWLVGM FT EERGADSCLVLIRILV" FT mRNA join(<10778..10862,11131..11223,11532..15334,15483..15762, FT 15964..17363,17424..17511,18122..18143,18325..18398, FT 18552..>18556) FT /locus_tag="An04g05630" FT exon 10778..10862 FT /locus_tag="An04g05630" FT /number=1 FT intron 10863..11130 FT /locus_tag="An04g05630" FT /number=1 FT exon 11131..11223 FT /locus_tag="An04g05630" FT /number=2 FT intron 11224..11531 FT /locus_tag="An04g05630" FT /number=2 FT exon 11532..15334 FT /locus_tag="An04g05630" FT /number=3 FT intron 15335..15482 FT /locus_tag="An04g05630" FT /number=3 FT exon 15483..15762 FT /locus_tag="An04g05630" FT /number=4 FT intron 15763..15963 FT /locus_tag="An04g05630" FT /number=4 FT exon 15964..17363 FT /locus_tag="An04g05630" FT /number=5 FT intron 17364..17423 FT /locus_tag="An04g05630" FT /number=5 FT exon 17424..17511 FT /locus_tag="An04g05630" FT /number=6 FT intron 17512..18121 FT /locus_tag="An04g05630" FT /number=6 FT exon 18122..18143 FT /locus_tag="An04g05630" FT /number=7 FT intron 18144..18324 FT /locus_tag="An04g05630" FT /number=7 FT exon 18325..18398 FT /locus_tag="An04g05630" FT /number=8 FT intron 18399..18551 FT /locus_tag="An04g05630" FT /number=8 FT exon 18552..18556 FT /locus_tag="An04g05630" FT /number=9 FT CDS complement(join(18931..20091,20174..20245,20343..20600)) FT /gene="nuo51" FT /locus_tag="An04g05640" FT /product="mitochondrial proton-pumping NADH:ubiquinone FT reductase nuo51-Aspergillus niger" FT /EC_number="1.6.5.3" FT /note="Catalytic activity: ubiquinone oxidoreductase FT converts NADH + ubiquinone to NAD(+) + ubiquinol." FT /note="Function: A. niger NUO51 is part of complex I of the FT mitochondrial respiratory chain." FT /note="Gene-ID: nuo51" FT /note="localisation:mitochondrion" FT /db_xref="GOA:A2QJ32" FT /db_xref="InterPro:IPR001949" FT /db_xref="InterPro:IPR011537" FT /db_xref="InterPro:IPR011538" FT /db_xref="InterPro:IPR019554" FT /db_xref="InterPro:IPR019575" FT /db_xref="UniProtKB/TrEMBL:A2QJ32" FT /inference="profile:COGS:COG1894" FT /inference="profile:PFAM:PF01512" FT /inference="similar to AA sequence:SWISSPROT:NUBM.ASPNG" FT /protein_id="CAK38826.1" FT /translation="MISRAAAPSSSIASLSSRSLRAQAPAARSFATVQDNAPPVKHYGG FT LKDQDRIFTNLYGHHGADLKSAMKYGDWHRTKDIVLKGHDWLISELKASGLRGRGGAGF FT PSGLKYSFMNFKDWDKDPRPRYLVVNADEGEPGTCKDREIMRKDPQKLIEGCLVVGRAM FT NANAAYIYIRGEFYQEATVLQRAINEAYEAGLIGKNACGTGYDFDVYIHRGMGAYVCGE FT ETSLIESIEGKAGKPRLKPPFPAAVGLFGCPSTVTNVETVAVTPTIMRRGASWFSSFGR FT ERNAGTKLFCISGHVNNPCTVEEEMSISLRELIDRHCGGVRGGWDNLLAVIPGGSSTPV FT LPKTICDDQLMDFDALKDSQSGLGTAAVIVMDKSTDIVRAISRLSTFYKHESCGQCTPC FT REGSKWTMQMMQRMEKGQAREREIDMLQELTKQVEGHTICALGEAFAWPIQGLIRHFRP FT ELEARIREYSKEVGGNGPYAGGWHPEARAEGKLISPGM" FT mRNA complement(join(<18931..20091,20174..20245,20343..>20600)) FT /gene="nuo51" FT /locus_tag="An04g05640" FT exon complement(18931..20091) FT /gene="nuo51" FT /locus_tag="An04g05640" FT /number=1 FT mat_peptide complement(join(18934..20091,20174..20245,20343..20534)) FT /gene="nuo51" FT /locus_tag="An04g05640" FT /product="mitochondrial proton-pumping NADH:ubiquinone FT reductase nuo51-Aspergillus niger" FT intron complement(20092..20173) FT /gene="nuo51" FT /locus_tag="An04g05640" FT /number=1 FT exon complement(20174..20245) FT /gene="nuo51" FT /locus_tag="An04g05640" FT /number=2 FT intron complement(20246..20342) FT /gene="nuo51" FT /locus_tag="An04g05640" FT /number=2 FT exon complement(20343..20600) FT /gene="nuo51" FT /locus_tag="An04g05640" FT /number=3 FT sig_peptide complement(20535..20600) FT /gene="nuo51" FT /locus_tag="An04g05640" FT /inference="protein motif:SignalP:2.0" FT CDS complement(join(20897..22155,22208..22467,22544..22902)) FT /locus_tag="An04g05650" FT /EC_number="2.1.1.127" FT /note="Title: strong similarity to hypothetical protein FT SPBC1709.13c - Schizosaccharomyces pombe" FT /db_xref="GOA:A2QJ33" FT /db_xref="InterPro:IPR001214" FT /db_xref="UniProtKB/TrEMBL:A2QJ33" FT /inference="profile:PFAM:PF00856" FT /inference="similar to AA sequence:PIR:T39641" FT /protein_id="CAK38827.1" FT /translation="MSYFNVVNYTADSVSFSAHGLHFPQSFVDAVGEKESTIFFLIGQY FT LRGTEGFWYPYIRTLPQPGSLTTPPYYEGEDLQWLDGTSLLAAREKRLEVLKEKYEKGS FT TELRNAGFEGADAYTWDLYLWAASMFISRAFSAKVLSGVFPETDLSEEKLSVLLPIIDM FT GNHRPLAKVEWRAGKDDIAFVVLEDVWAGQEISNNYGPRNNEQLMMNYGFCIPGNPCDH FT RIVSLRAPPGSPLYMAKSHQLQMYPDLAGGETEDHYYVFNVFYPLLAPDMSMEHSIFSP FT ALLDAVSVLAANNRELETLEITSQGIKIPNAYGNSRALLAALSQVIIEVVTHAAKLRPS FT GEDLQTPSNLKQTHAKVYRDSQIMLSETALVVAAWTLGRARQHNFTGTWEETKRLLGAH FT MGRIPTGKFPDEVFSRLQVRILERKSLLTNNGELFTLGELPNLLPTAMQQPCKACFQDI FT LSVSESAIPMLRGSGGSSPFAFPMFLCLVAAAHTASQSSASEGPQLPPRLSRWASFLLE FT NYPPPPNDVAWALEDEDDEHIVSLFDEALEKMRTQNAGVFENLAPYTGDWQKDDWWLSP FT NWLRWGWMIGEQECVQIPEDPLQFLATEGGAQVRLMTENYLYVPGEAYE" FT mRNA complement(join(<20897..22155,22208..22467,22544..>22902)) FT /locus_tag="An04g05650" FT exon complement(20897..22155) FT /locus_tag="An04g05650" FT /number=1 FT intron complement(22156..22207) FT /locus_tag="An04g05650" FT /number=1 FT exon complement(22208..22467) FT /locus_tag="An04g05650" FT /number=2 FT intron complement(22468..22543) FT /locus_tag="An04g05650" FT /number=2 FT exon complement(22544..22902) FT /locus_tag="An04g05650" FT /number=3 FT CDS complement(join(23959..24663,25139..25840,25896..26813, FT 26856..27275,27335..28003)) FT /locus_tag="An04g05660" FT /note="Complex: S. cerevisae SAP190 physically associates FT with SIT4, the catalytic subunit of a type 2A-related FT protein phosphatase." FT /note="Function: S. cerevisae SAP190 acts via SIT4, the FT catalytic subunit of a type 2A-related protein FT phosphatase." FT /note="Function: S. cerevisae SAP190, in redundance with FT SAP185, is required for bud formation." FT /note="Regulation: S. cerevisae SAP190 is not functional in FT the absence of SIT4 and likewise, SIT4 is not functional in FT the concomitant absence of SAP190 and SAP185." FT /note="Title: strong similarity to bud formation factor FT Sap190 - Saccharomyces cerevisiae" FT /db_xref="InterPro:IPR007587" FT /db_xref="UniProtKB/TrEMBL:A2QJ34" FT /citation=[28] FT /inference="profile:PFAM:PF04499" FT /inference="similar to AA sequence:SWISSPROT:S190.YEAST" FT /protein_id="CAK38828.1" FT /translation="MFWRFGGYASISAIDTLLDKPDVTLEELLDESELIQELKQNNTKL FT IEFLREDNVLKRLMDYVTAPSLVNEDDEDDDHENNAQTNKDDATEEAKGGDPLKDILDP FT EDLERAEKDRMKRAYVACEILSSEIWSIVESILLNPDNLRDFWGFLRRTPPLDSAQASY FT FTKVNETLFDKKTSEMLELFKSMEGIVPAILQHVDNPMVMDLLLKIISLEKVEGGHGIV FT DWLKTQNLIPTLLSFLSPDHPASVQTSAGDFLKAIITISANATQNDQSCIGPNSLTRQL FT VSMPCVESLIKAMLQGGNPLTVGVGIVIEVIRKNNSDYDPENINGPDSLPTTYDPIYLG FT NLLRLFAKHIPDFMALIQSSKHTLNSAWGAKIEPLGFDRFKTCELMAELLHCSNMGLLN FT EPGSDDYVRQRDAERERLMREGVFNPHREETSAFDGNDSTVDFVNGSVIGYGSPEGSRV FT LEVANTGEESFEDVSASGVLVDKEKDAEVKDTSSPETKAESAASSQQAPTETAENASNG FT TSEDGSDNENPASQARAQTPPSDPVSATASGIAEVSLGGGQTTKESQPAAEAASNGIEE FT QTTASSHAGTESAPLVDQQNNQQSSLTPDTAGQVGDASSSAPPASESAYAQPNDGDVPR FT QLHPDVQIDSNGQPVVGDYLKIMFVENRVVPTILDFFFRFPWNNFLHNVVYDVVQQVFN FT GPMDRGYNRLLAIDVFETGRITQSIVEGQKRSDEAQRTKQIRLGYMGHLTLIAEEVVKF FT SERHPPELLSPTVMENVLNPEWIDYVEQTLSETRERDNAILGGVRPDMSIGHRQGMLNS FT GQSANTSSALAEAGLNGSVGGSGFQGFDMMNQGSVSGGAFGLNSGNSLLSGFASSSDDD FT EDEEMEDQDDRNLAEPSAEGGSDNVGHHLFTDASTNSTSQPIPILPPPPAPLSQGPSRA FT RRQLAARLAAHKQQAAENFEGGEDSSNNQPSEHDMQWPTNPFVIAGLDEDADGSNSPAS FT AAFPSTDFPPASKDEPFSSPTFPDSGFSPPDSFSTNSSDEEGVGRSEGTRRKERVPLEV FT DEEDDMGEMVGPSLGSGMMDSDEEDEAIMNESLGYPDIASGRYRSFGRSRMGASPFGDD FT EDDSSDGEDDGLVEILVPGRKASTSSTSSH" FT mRNA complement(join(<23959..24663,25139..25840,25896..26813, FT 26856..27275,27335..>28003)) FT /locus_tag="An04g05660" FT exon complement(23959..24663) FT /locus_tag="An04g05660" FT /number=1 FT intron complement(24664..25138) FT /locus_tag="An04g05660" FT /number=1 FT exon complement(25139..25840) FT /locus_tag="An04g05660" FT /number=2 FT intron complement(25841..25895) FT /locus_tag="An04g05660" FT /number=2 FT exon complement(25896..26813) FT /locus_tag="An04g05660" FT /number=3 FT intron complement(26814..26855) FT /locus_tag="An04g05660" FT /number=3 FT exon complement(26856..27275) FT /locus_tag="An04g05660" FT /number=4 FT intron complement(27276..27334) FT /locus_tag="An04g05660" FT /number=4 FT exon complement(27335..28003) FT /locus_tag="An04g05660" FT /number=5 FT CDS join(30109..30174,30289..30873) FT /locus_tag="An04g05670" FT /note="Complex: S. cerevisiae Vps24p and Vps32p/Snf7p form FT a complex with a Vps4p decamer." FT /note="Function: S. cerevisiae Snf7p is involved in FT endosome to vacuole transport." FT /note="Remark: alternative names for S. cerevisiae SNF7 are FT DID1 and Vps32." FT /note="Title: similarity to vacuolar sorting protein Snf7 FT -Saccharomyces cerevisiae" FT /note="endosome" FT /db_xref="GOA:A2QJ35" FT /db_xref="InterPro:IPR005024" FT /db_xref="UniProtKB/TrEMBL:A2QJ35" FT /citation=[24] FT /citation=[43] FT /citation=[83] FT /inference="profile:PFAM:PF03357" FT /protein_id="CAK38829.1" FT /translation="MNRLFGTKNTAPKPTLDGAITNVETRISSIDVKLAALNSELSTYQ FT TKISKMRDGPGKTALRQKALKVLQRRKQYEAQRDQLSQQSWNMEQAGMMQDNLKNVMTT FT VDAMKTTTKTLKKQYGQIDIDKIERLQDEMADLMDVGNEIQESISRAYDVPEDVDEAEL FT DAELEALGEETMMESSMADSAMPSFLQDEVAPPQFIDEPPEQTKVKEPASGLG" FT mRNA join(<30109..30174,30289..>30873) FT /locus_tag="An04g05670" FT exon 30109..30174 FT /locus_tag="An04g05670" FT /number=1 FT intron 30175..30288 FT /locus_tag="An04g05670" FT /number=1 FT exon 30289..30873 FT /locus_tag="An04g05670" FT /number=2 FT CDS complement(join(31171..31981,32043..32314,32375..33019)) FT /locus_tag="An04g05680" FT /note="Function: genetically S. cerevisiae SMF1 is FT implicated in Cu(2+), Mn(2+), Co(2+) and Cd(2+) homeostasis FT and, eventually, Fe(2+) uptake." FT /note="Function: in Xenopus oocyte assays S. cerevisiae FT SMF1 mediates H(+)-dependent Fe(2+) transport and uncoupled FT Na(+), Li(+), Rb(+), K(+) and Ca(2+) flux." FT /note="Regulation: S. cerevisiae BSD2 negatively controls FT metal transport by SMF1, targeting it to the vacuole where FT it is degraded." FT /note="Remark: the PIR entry of S. cerevisiae YOL122c FT incorrectly contains the gene name ESP1, however, the gene FT is named SMF1, an alias is SBS1." FT /note="Title: strong similarity to metal transporter Smf1 FT -Saccharomyces cerevisiae" FT /note="plasma membrane" FT /db_xref="GOA:A2QJ36" FT /db_xref="InterPro:IPR001046" FT /db_xref="UniProtKB/TrEMBL:A2QJ36" FT /citation=[27] FT /citation=[3] FT /citation=[61] FT /citation=[73] FT /citation=[76] FT /inference="profile:COGS:COG1914" FT /inference="profile:PFAM:PF01566" FT /inference="similar to AA sequence:PIR:S58647" FT /protein_id="CAK38830.1" FT /translation="MNCPSRTDDTLEHPGWNQNPPALNADITTRSDFNGIANSKVHRRH FT AGGMGGAAAEGIAAMDHRPNSLDGNEPEMEKKTPGEVIAAAPGDQSPRTSSESPRRPFK FT KSTISFFLRLAQSIKKFGRFVGPGFLIAVAYIDPGNYSTDVAAGAEFRYALLFIVLVSN FT LFAIFLQSLCIKLGTVTGLNLAENCREHLPKWLNYILYVFAEAAIVATDIAEVVGSAIS FT LNLLLKIPLVAGCAITLADVLFILIFYRPNGAMWGLRLFEFFVMLLVLGVVICFCIQLA FT LIKEQSVGAVFRGYLPSSAIVQSNGLYQSCGILGATVMPHSMFLGSGVVQSRLKEFDVT FT QGYVDPSVCLGSTNGEVEYRPSIQAIRGCLKYSVIELTLSLFTFALFVNSAILIVAGAS FT LYGTSGADEADLWGIYNLLSSSIAPAAGLIFALALLLSGISAGIVCTMAGQMVSEGMLN FT WSIRPWLRRLVTRSISIIPSIIIAAAVGKEGLNKTLNASQVVLSVILPFVTAPLVYFTC FT RNRYMTVPTDRNFTGEDSSADGVKMRNNWLVTAIAVIVWVIIAVMNVALLILIGLGKA" FT mRNA complement(join(<31171..31981,32043..32314,32375..>33019)) FT /locus_tag="An04g05680" FT exon complement(31171..31981) FT /locus_tag="An04g05680" FT /number=1 FT intron complement(31982..32042) FT /locus_tag="An04g05680" FT /number=1 FT exon complement(32043..32314) FT /locus_tag="An04g05680" FT /number=2 FT intron complement(32315..32374) FT /locus_tag="An04g05680" FT /number=2 FT exon complement(32375..33019) FT /locus_tag="An04g05680" FT /number=3 FT CDS complement(join(34524..34670,34759..34843,34981..34994, FT 35449..35508)) FT /locus_tag="An04g05690" FT /product="hypothetical protein" FT /db_xref="UniProtKB/TrEMBL:A2QJ37" FT /protein_id="CAK38831.1" FT /translation="MMDSRDLVVYRIGTSPAHDINTTSQMLDANGIEDSTFQAVTKGPV FT LFQRILVQRPVKGAMDIVGRPMWVVNFIVPIFRGSKKPSVDQRSDFIGLMATSVEQ" FT mRNA complement(join(<34524..34670,34759..34843,34981..34994, FT 35449..>35508)) FT /locus_tag="An04g05690" FT exon complement(34524..34670) FT /locus_tag="An04g05690" FT /number=1 FT intron complement(34671..34758) FT /locus_tag="An04g05690" FT /number=1 FT exon complement(34759..34843) FT /locus_tag="An04g05690" FT /number=2 FT intron complement(34844..34980) FT /locus_tag="An04g05690" FT /number=2 FT exon complement(34981..34994) FT /locus_tag="An04g05690" FT /number=3 FT intron complement(34995..35448) FT /locus_tag="An04g05690" FT /number=3 FT exon complement(35449..35508) FT /locus_tag="An04g05690" FT /number=4 FT CDS join(36454..37497,37557..38140,38194..39124) FT /locus_tag="An04g05700" FT /note="Function: human SRL300 was isolated due to its FT ability to bind the 5'-noncoding sequence of the ATBF1 FT mRNA." FT /note="Title: similarity to RNA-binding protein SRL300 FT -Homo sapiens" FT /db_xref="UniProtKB/TrEMBL:A2QJ38" FT /citation=[75] FT /protein_id="CAK38832.1" FT /translation="MAPSIQPPSIFDDSSRGPTKPSVLRAIWSSKAHKRTSSADDVLAP FT RVVDKGQPSGSPYAPPVDGPYNPAEQPLAEIALNRDTADVSSTQRSPGKQGKHTLHKKT FT KSAVSLKSLKSYMERKDKSDETPDDEAANLKPKKAKSANSLTAILKRSQRGRKGENSKS FT TRDKENRSPSDPVDSMPSPMWNHYPTPPYYNQPEVTSSQHKRRTLQEEVSLYTPREYGP FT TLQRNFYDYDGPSLRARGDPKPRPKSDYLAGNRKVKELMDPIDGMTANQLASGNQPEPA FT SPKKHGRPRALSRPEYHPPAESRPEASPKRLSRVQAAISAFNAKEQEAELQKRLTGKEL FT ENEFEKLLDARNIPHNMRDKMRSLDTNIKADFIMKDRAENTAPHSTSASGTDSTGRRGR FT KKEPKEDRHGQDSKGSRSRSRSRGFSFSKGSSSPKKQRPDSGSFYRRPKSADYSQPTGF FT SRLGTPSASTTSLSATACDTAADPSDFVHYLREIQKPEMVEVGKMHKLRILLRNETVSW FT VDTFIADGGMDEVVQLLYRIMKVEWREEHEDTLLHETLLCLKALCTTSIALQHLTNIEG FT ELFPALLRMLFDEEKKGPSEYTTRGIIINLLFTQLSAVSSDEMAASRASRILSYLRDPS FT PPEDSQPLSFIANIYQSRPYRVWCKEVTNVTKEVFWIFLHHLNVIPILKDDKPGVSYRE FT RHFPAPRPPVPAAPYVGGVEWDATNYLAAHLDLMNGLVASLPTSEERNQLRDEFRASGF FT EKVMGGSLRTCKEKFYSSVHDCLKTWVAAAVADGWPYTSVREGPPRPEPGSPSKTAIKA FT AAGSPRKGVLDEQPPKLELALDVPAGRGGAQGNSGLGNWL" FT mRNA join(<36454..37497,37557..38140,38194..>39124) FT /locus_tag="An04g05700" FT exon 36454..37497 FT /locus_tag="An04g05700" FT /number=1 FT intron 37498..37556 FT /locus_tag="An04g05700" FT /number=1 FT exon 37557..38140 FT /locus_tag="An04g05700" FT /number=2 FT intron 38141..38193 FT /locus_tag="An04g05700" FT /number=2 FT exon 38194..39124 FT /locus_tag="An04g05700" FT /number=3 FT CDS complement(join(39469..39554,39653..39740,39801..39862, FT 39978..40479)) FT /locus_tag="An04g05710" FT /note="Title: weak similarity to hypothetical protein FT CAE75710.1 - Neurospora crassa" FT /db_xref="UniProtKB/TrEMBL:A2QJ39" FT /protein_id="CAK38833.1" FT /translation="MTSTFLLSRLLAALTLSKPLFLTPQATTAAAATRALPSYLHHKHN FT TTQIQQVQSPNPTRNTHTHPSTPTQSNKCKQKLDPPPLHTPHHLSSPFRLTTNNPNTYT FT PEDAEGEYYSPYKPKRQWPPDMSKLSPKHQFRLERKYRRRAALKYARPKWVKATKITQW FT VVIGFVLVYALLFMEWDERGSPFDEIRRTFFAGVKGAFSTPPPPRPVKRSEDESVSYPV FT QLSYDLNIMTAKLKPLMLTIVEN" FT mRNA complement(join(<39469..39554,39653..39740,39801..39862, FT 39978..>40479)) FT /locus_tag="An04g05710" FT exon complement(39469..39554) FT /locus_tag="An04g05710" FT /number=1 FT mat_peptide complement(join(39472..39554,39653..39740,39801..39862, FT 39978..40374)) FT /locus_tag="An04g05710" FT intron complement(39555..39652) FT /locus_tag="An04g05710" FT /number=1 FT exon complement(39653..39740) FT /locus_tag="An04g05710" FT /number=2 FT intron complement(39741..39800) FT /locus_tag="An04g05710" FT /number=2 FT exon complement(39801..39862) FT /locus_tag="An04g05710" FT /number=3 FT intron complement(39863..39977) FT /locus_tag="An04g05710" FT /number=3 FT exon complement(39978..40479) FT /locus_tag="An04g05710" FT /number=4 FT sig_peptide complement(40375..40479) FT /locus_tag="An04g05710" FT /inference="protein motif:SignalP:2.0" FT CDS join(41337..41346,41412..41862,41919..42717) FT /locus_tag="An04g05720" FT /EC_number="2.3.1.16" FT /note="Catalytic activity: Acetyl-CoA C-acyltransferases FT convert Acyl-CoA + acetyl-CoA to CoA + 3-oxoacyl-CoA." FT /note="Function: Y. lipolytica POT1 is involved in fatty FT acid utilisation." FT /note="Localization: Y. lipolytica POT1 belongs to the FT peroxisomal rather than the mitochondrial or cytoplasmic FT class of thiolases." FT /note="Remark: the Exon-Intron structure of the predicted FT A. niger protein is in accordance with the A. niger ESTs FT an_3019 and 0468." FT /note="Title: strong similarity to peroxisomal acetyl-CoA FT C-acyltransferase POT1 - Yarrowia lipolytica" FT /note="peroxisome" FT /db_xref="GOA:A2QJ40" FT /db_xref="InterPro:IPR002155" FT /db_xref="InterPro:IPR016038" FT /db_xref="InterPro:IPR016039" FT /db_xref="InterPro:IPR020610" FT /db_xref="InterPro:IPR020613" FT /db_xref="InterPro:IPR020615" FT /db_xref="InterPro:IPR020616" FT /db_xref="InterPro:IPR020617" FT /db_xref="UniProtKB/TrEMBL:A2QJ40" FT /citation=[22] FT /inference="profile:COGS:COG0183" FT /inference="profile:PFAM:PF00108" FT /inference="profile:PFAM:PF02803" FT /inference="similar to AA sequence:PIR:S36838" FT /protein_id="CAK38834.1" FT /translation="MSSAQQRLSQVASHFGPGGKKGVSAITEKHPDDIVVTCALRTALT FT KGGKGGFKDTAAADLLAGVFKGVIDRSGIDPSQVNDIAVGSVLPPGGGATEFRAAALVA FT GFPESTAVKSLNRQCSSGLQAIVDIANALKSGMIDVGIGAGVESMSSQYGPGAVTEFSE FT LLEAHPESANCKVPMGVLSEQMAKDRNVTRAAQDAFAASSYQKAVKAQKAGLFNEEIIP FT LQVKWTDPKSGEEKTITVKADDGIRDGITPESLGKIRPAFAKDGSIHAGNASQISDGAA FT AVLLMKRSTAERLGQKIIGKYVAASVVGVKPLLMGIGPWKAIPVALEKAGITKDDVDIY FT EINEAFASQCVWCINELGLPQEKINPKGGAIAFGHPLGCTGSRQISTLLTELKRTNKKI FT GVSSMCVGTGMGMAAVWVAE" FT mRNA join(<41337..41346,41412..41862,41919..>42717) FT /locus_tag="An04g05720" FT exon 41337..41346 FT /locus_tag="An04g05720" FT /number=1 FT intron 41347..41411 FT /locus_tag="An04g05720" FT /number=1 FT exon 41412..41862 FT /locus_tag="An04g05720" FT /number=2 FT intron 41863..41918 FT /locus_tag="An04g05720" FT /number=2 FT exon 41919..42717 FT /locus_tag="An04g05720" FT /number=3 FT CDS complement(join(42910..43089,43162..43553,43621..43696, FT 43753..43806)) FT /locus_tag="An04g05730" FT /note="Function: L. pneumophila DotA is one of the factors FT inhibiting the fusion of the endosome to the lysosome." FT /note="Remark: an alternative name for L. pneumophila dotA FT is dlpA." FT /note="Title: similarity to inhibitor of endosome-lysosome FT fusion DotA - Legionella pneumophila" FT /note="endosome" FT /db_xref="InterPro:IPR005493" FT /db_xref="UniProtKB/TrEMBL:A2QJ41" FT /citation=[44] FT /citation=[81] FT /inference="profile:COGS:COG0684" FT /inference="profile:PFAM:PF03737" FT /inference="similar to AA sequence:PIR:S61390" FT /protein_id="CAK38835.1" FT /translation="MSTLEEKISLLHNYSACDVSDALLKLQSVPSNTPPRAGYIADLTP FT YPPNTTTPTKLIAPASTLQFIPKSNPTPTSSSIPPSTHWSDLTTPNTILVISQPPDQHC FT AVVGGIMALRMKVRGVLGVVVDGRVRDRAELKASGLGIWARGGSTVGSGAEAKPGEMGG FT EVCVSGVTVREGDIIFCDYEEGGVVAIPRDLLDRVLELMPKLAGMDDKVKEAVEGGMSV FT FEAFGKFRGKI" FT mRNA complement(join(<42910..43089,43162..43553,43621..43696, FT 43753..>43806)) FT /locus_tag="An04g05730" FT exon complement(42910..43089) FT /locus_tag="An04g05730" FT /number=1 FT intron complement(43090..43161) FT /locus_tag="An04g05730" FT /number=1 FT exon complement(43162..43553) FT /locus_tag="An04g05730" FT /number=2 FT intron complement(43554..43620) FT /locus_tag="An04g05730" FT /number=2 FT exon complement(43621..43696) FT /locus_tag="An04g05730" FT /number=3 FT intron complement(43697..43752) FT /locus_tag="An04g05730" FT /number=3 FT exon complement(43753..43806) FT /locus_tag="An04g05730" FT /number=4 FT CDS join(44470..44864,44958..45003,45059..45565) FT /locus_tag="An04g05740" FT /EC_number="2.3.1.5" FT /note="Catalytic activity: arylamine N-acetyltransferase FT catalyzes the N-acetylation of arylamines by acetyl-CoA." FT /note="Function: humna NAT1, together with FT NAT2,N-acetylates and detoxifies aromatic amines, but also FT activates their N-hydroxylated metabolites by O- and FT N,O-acetylation to unstable acetoxy intermediates which FT decompose to electrophiles, bind to DNA, and lead to FT mutagensis and carcinogenesis." FT /note="Title: similarity to arylamine N-acetyltransferase FT NAT1 - Homo sapiens" FT /db_xref="GOA:A2QJ42" FT /db_xref="InterPro:IPR001447" FT /db_xref="UniProtKB/TrEMBL:A2QJ42" FT /citation=[8] FT /inference="profile:COGS:COG2162" FT /inference="similar to AA sequence:UniProtKB:HSAF8204.1" FT /protein_id="CAK38836.1" FT /translation="MASNTYTPDQLTLYLERIHYGSNTSRLEQLQQAVKNDPLGTLFEI FT QRRHLTFIPWGNSALHYSNHRTIDIRPACVFEKLVTRKLDGYCMENNTLLHGILKSLGY FT AVYATGGRVCLAATGRAEEGLEKLYTGMSHMVLIVLIDGQKYAVDVGFGGNGPTRPLPL FT KEDSVSVCMAPTEMRLVHEALPEYVDQTQKVWIYQIRYTPDSRWIPMYSFLGTEFLPQD FT FEIMNYATSQRPTSWFTQSLVCARMFMDEAESEVQGMYILAGREVKKRQFGQSEVLETL FT ESDADRVKALAKWFDMHLRDYEAEAIRGFVSEIK" FT mRNA join(<44470..44864,44958..45003,45059..>45565) FT /locus_tag="An04g05740" FT exon 44470..44864 FT /locus_tag="An04g05740" FT /number=1 FT intron 44865..44957 FT /locus_tag="An04g05740" FT /number=1 FT exon 44958..45003 FT /locus_tag="An04g05740" FT /number=2 FT intron 45004..45058 FT /locus_tag="An04g05740" FT /number=2 FT exon 45059..45565 FT /locus_tag="An04g05740" FT /number=3 FT CDS complement(join(45752..45772,45829..45923,46092..46188, FT 46260..46307)) FT /locus_tag="An04g05750" FT /note="Remark: the Exon-Intron structure of the predicted FT A. niger protein is in accordance with the A. niger ESTs FT an_3194 and Nig024." FT /note="Title: strong similarity to hypothetical protein FT EAA71297.1 - Gibberella zeae [putative sequencing error]" FT /db_xref="UniProtKB/TrEMBL:A2QJ43" FT /protein_id="CAK38837.1" FT /translation="MGVPFEALLPFGIIIGSFTVGGAGLWAIRRWDNEGKMPRWNKDKW FT DRVMMERDLRITGTKRGQSSNPEAPKGFELSNPWKIEKRIF" FT mRNA complement(join(<45752..45772,45829..45923,46092..46188, FT 46260..>46307)) FT /locus_tag="An04g05750" FT exon complement(45752..45772) FT /locus_tag="An04g05750" FT /number=1 FT mat_peptide complement(join(45755..45772,45829..45923,46092..46167)) FT /locus_tag="An04g05750" FT intron complement(45773..45828) FT /locus_tag="An04g05750" FT /number=1 FT exon complement(45829..45923) FT /locus_tag="An04g05750" FT /number=2 FT intron complement(45924..46091) FT /locus_tag="An04g05750" FT /number=2 FT exon complement(46092..46188) FT /locus_tag="An04g05750" FT /number=3 FT sig_peptide complement(join(46168..46188,46260..46307)) FT /locus_tag="An04g05750" FT /inference="protein motif:SignalP:2.0" FT intron complement(46189..46259) FT /locus_tag="An04g05750" FT /number=3 FT exon complement(46260..46307) FT /locus_tag="An04g05750" FT /number=4 FT CDS join(46970..47457,47531..47610,47690..47737,47805..50428) FT /locus_tag="An04g05760" FT /EC_number="2.3.1.48" FT /note="Complex: human HBO1 exists as part of a multisubunit FT complex that possesses histone H3 and H4 acetyltransferase FT activities." FT /note="Complex: human HBO1 interacts with the androgen FT receptor (AR), a member of the nuclear receptor FT superfamily." FT /note="Function: HBO1 is part of the histone H3 and H4 FT acetyltransferase but also specifically repressed androgen FT receptor mediated transcription." FT /note="Similarity: human HBO1 is a member of the MYST FT domain family" FT /note="Similarity: similarity is from the central region of FT the predicted A. niger protein to human HBO1, which is 400 FT aa shorter." FT /note="Title: similarity to histone acetyltransferase HBO1 FT - Homo sapiens" FT /note="nucleus" FT /db_xref="GOA:A2QJ44" FT /db_xref="InterPro:IPR001965" FT /db_xref="InterPro:IPR002717" FT /db_xref="InterPro:IPR011011" FT /db_xref="InterPro:IPR011991" FT /db_xref="InterPro:IPR016181" FT /db_xref="InterPro:IPR019787" FT /db_xref="UniProtKB/TrEMBL:A2QJ44" FT /citation=[58] FT /citation=[68] FT /citation=[74] FT /inference="profile:COGS:COG5027" FT /inference="profile:PFAM:PF01853" FT /protein_id="CAK38838.1" FT /translation="MPAIVPLANDPGSKTPADMVDSDQDAEGEEETDLYQMDQQLQDAA FT HRAFTGEAADDAATGDLGEDQDAEGEPDNEMSLVGDQNDTEPVGAVKVPQNGQSADDED FT AASEAADAEADPAFENQSDSDQEAHRSSSSSQESDEEWEGESNDQEDAEAETTVRGNCI FT FCGQDEDNDPSEEFEEYLTCAVCGDHSHRQCAREQNALGDAEDANPWRCPTCVREKLKP FT SAEEGAAPQRKNRQKNMRKELLPAHTGEDGSDFHSIFNTVTVNEELLNSSRSLRKRKTV FT SLSAEIEEHAPVLRKRQRQTPLRYDRADSREQMAETVDGMSPVRTRSRRTRRNEQEHCR FT VVLKQFERLVMAFRLNESKLSKILNSRSRSQMRSRRTPKPPPVAHEPQAHFAPITPASY FT YTPFYSFSDRETDELKGKPYGGILSEADADTSKTLPTHLDRERFEKARQKAEEEWQRRA FT LEAESTGETVQHASQKVSGPPSRIKYINFGGYEIETWYAAPYPEEYSRNRILYICEFCL FT KYMNSDYVAWRHKLKCPAKHPPGDEIYREGSISIFEVDGRKNPVYCQNLCLLAKLFLGS FT KTLYYDVEPFLFYVMTEFDDLGCHFVGYFSKEKRPSSANNVSCILTLPIHQRKGYGNLL FT IDFSYLLTRIEGKTGSPEKPLSDMGLVSYRNYWRLILSYQLRSQRTPLSITELSERTGM FT TADDIVSGLEALRALVRDPVTKTYALRLDYRYFEECIASWESKGYVQLNPDALVWTPYI FT MGRSNQSQFDRAPLHAVAPREGLEDEESEDVKESGNEEDQQSPTDAGDSKEDGSGPPIT FT NGTGDADSEQLPTEPAGPPSTDMLSKVNGFRHPITASATSSTPAESNPAGDVPAWRFEI FT YPPVQAPSHKKRPGRPFGSKSSKTGGTPIAVRTSGRNTPRRASVLTSVTPSANPASVRR FT GRSAKLIDSPAVDSTSAEPDGIENEPYDDMENTPADGPDTTSQTHVSTEPELSANPAVG FT EDELPTSNGTTDPENEAAETPNVEPVTPSKGKGVEGKPKLTKSVSRKSYVEKLELMVPA FT EDTALSAHENGVADKAERNGTDADGDAVMET" FT mRNA join(<46970..47457,47531..47610,47690..47737,47805..>50428) FT /locus_tag="An04g05760" FT exon 46970..47457 FT /locus_tag="An04g05760" FT /number=1 FT intron 47458..47530 FT /locus_tag="An04g05760" FT /number=1 FT exon 47531..47610 FT /locus_tag="An04g05760" FT /number=2 FT intron 47611..47689 FT /locus_tag="An04g05760" FT /number=2 FT exon 47690..47737 FT /locus_tag="An04g05760" FT /number=3 FT intron 47738..47804 FT /locus_tag="An04g05760" FT /number=3 FT exon 47805..50428 FT /locus_tag="An04g05760" FT /number=4 FT CDS complement(join(53275..53332,53427..53523,53598..53795, FT 53926..54001)) FT /locus_tag="An04g05770" FT /note="Title: weak similarity to transcription activator FT VP1 - Triticum aestivum" FT /db_xref="UniProtKB/TrEMBL:A2QJ45" FT /citation=[90] FT /protein_id="CAK38839.1" FT /translation="MKCSADPSGCLSVQTPASTGSETFPGYVPWRLELPGFAPRRFFRS FT SRRQPRPAQSLFVIVDSLLEQEFLIAVRPGFHPQNSPSSIASSAPEGVPEQGSGPIEDP FT EKTPGSLYRSDQKASVGKAGSSTESERSDGLRRLSSAN" FT mRNA complement(join(<53275..53332,53427..53523,53598..53795, FT 53926..>54001)) FT /locus_tag="An04g05770" FT exon complement(53275..53332) FT /locus_tag="An04g05770" FT /number=1 FT intron complement(53333..53426) FT /locus_tag="An04g05770" FT /number=1 FT exon complement(53427..53523) FT /locus_tag="An04g05770" FT /number=2 FT intron complement(53524..53597) FT /locus_tag="An04g05770" FT /number=2 FT exon complement(53598..53795) FT /locus_tag="An04g05770" FT /number=3 FT intron complement(53796..53925) FT /locus_tag="An04g05770" FT /number=3 FT exon complement(53926..54001) FT /locus_tag="An04g05770" FT /number=4 FT CDS join(54330..54395,54577..54669,55087..55170,55259..55406, FT 55485..55629,55691..55804,55907..55968,56134..56200, FT 56283..56443,56535..56603,56678..56682) FT /locus_tag="An04g05780" FT /note="Remark: ORF classified questionable due to FT implausible gene structure with short, multiple Exons and FT no significant blastp similarity." FT /note="Title: questionable ORF" FT /db_xref="UniProtKB/TrEMBL:A2QJ46" FT /protein_id="CAK38840.1" FT /translation="MAVGKIFLQTKNPQWAFHCLFSEFFLAKGRHGSIASEDLLTGLSV FT YGVDQSQRGLPIIGRMLFADPSYVIIFLMNLGLLSELCLTLGKWRESRLWAPGTSSFAV FT DAARCSCHYHLIRSRIRTQCNASEGKGPKIRWEIQGGKGAVRRKQGSVILSRAFTQREP FT GTLRLCMEKLRSPTRWEELLSTIPLFQKRLMHAYFLNAASAQRSDLWRPGSAEGQCDAS FT LGLGPRNAAAAEAKKVVVVHDRQLPFTWSVVAEGIPIFRRSKRINPRAKGFGILELAAA FT FAVEGKTNRQGMGPRDTDRGWQQQQKQQHFVADKPVRPPRTNPSNTTRLKSGYRIV" FT mRNA join(<54330..54395,54577..54669,55087..55170,55259..55406, FT 55485..55629,55691..55804,55907..55968,56134..56200, FT 56283..56443,56535..56603,56678..>56682) FT /locus_tag="An04g05780" FT exon 54330..54395 FT /locus_tag="An04g05780" FT /number=1 FT intron 54396..54576 FT /locus_tag="An04g05780" FT /number=1 FT exon 54577..54669 FT /locus_tag="An04g05780" FT /number=2 FT intron 54670..55086 FT /locus_tag="An04g05780" FT /number=2 FT exon 55087..55170 FT /locus_tag="An04g05780" FT /number=3 FT intron 55171..55258 FT /locus_tag="An04g05780" FT /number=3 FT exon 55259..55406 FT /locus_tag="An04g05780" FT /number=4 FT intron 55407..55484 FT /locus_tag="An04g05780" FT /number=4 FT exon 55485..55629 FT /locus_tag="An04g05780" FT /number=5 FT intron 55630..55690 FT /locus_tag="An04g05780" FT /number=5 FT exon 55691..55804 FT /locus_tag="An04g05780" FT /number=6 FT intron 55805..55906 FT /locus_tag="An04g05780" FT /number=6 FT exon 55907..55968 FT /locus_tag="An04g05780" FT /number=7 FT intron 55969..56133 FT /locus_tag="An04g05780" FT /number=7 FT exon 56134..56200 FT /locus_tag="An04g05780" FT /number=8 FT intron 56201..56282 FT /locus_tag="An04g05780" FT /number=8 FT exon 56283..56443 FT /locus_tag="An04g05780" FT /number=9 FT intron 56444..56534 FT /locus_tag="An04g05780" FT /number=9 FT exon 56535..56603 FT /locus_tag="An04g05780" FT /number=10 FT intron 56604..56677 FT /locus_tag="An04g05780" FT /number=10 FT exon 56678..56682 FT /locus_tag="An04g05780" FT /number=11 FT CDS join(56808..56810,56869..56956,57013..57300,57405..57543, FT 57758..57814,58110..58223,58494..58593) FT /locus_tag="An04g05783" FT /product="hypothetical protein" FT /db_xref="UniProtKB/TrEMBL:A2QJ47" FT /protein_id="CAK38841.1" FT /translation="MGSEVMKRDDVAAYDADSSAETQRNFDRRITSLSLKQRKDNWLLL FT STVLEERRNSTSPTGDFRRAHRPASNNFTGVKSRPGDPVWRLDTGLITCIAGSISTRTR FT PRRCACGLGNCSGKGIVACRKRVWMRLFVISPPSLFFLGTCQCAHHLHVAAVPVGSSRL FT IQHPSPHAQPPVRGDFVDPSFSYRLIAGRCQKKDWPGTHDVSSSREEYPSKGVEKKYYW FT EDFERAKGAAATTATAAAAAAKPKQLYSPIRAKRKQPSHK" FT mRNA join(<56808..56810,56869..56956,57013..57300,57405..57543, FT 57758..57814,58110..58223,58494..>58593) FT /locus_tag="An04g05783" FT exon 56808..56810 FT /locus_tag="An04g05783" FT /number=1 FT intron 56811..56868 FT /locus_tag="An04g05783" FT /number=1 FT exon 56869..56956 FT /locus_tag="An04g05783" FT /number=2 FT intron 56957..57012 FT /locus_tag="An04g05783" FT /number=2 FT exon 57013..57300 FT /locus_tag="An04g05783" FT /number=3 FT intron 57301..57404 FT /locus_tag="An04g05783" FT /number=3 FT exon 57405..57543 FT /locus_tag="An04g05783" FT /number=4 FT intron 57544..57757 FT /locus_tag="An04g05783" FT /number=4 FT exon 57758..57814 FT /locus_tag="An04g05783" FT /number=5 FT intron 57815..58109 FT /locus_tag="An04g05783" FT /number=5 FT exon 58110..58223 FT /locus_tag="An04g05783" FT /number=6 FT intron 58224..58493 FT /locus_tag="An04g05783" FT /number=6 FT exon 58494..58593 FT /locus_tag="An04g05783" FT /number=7 FT CDS join(59236..59285,59375..59442,59741..59830,59900..59984, FT 60178..60246,60356..60683,60798..60920,60988..61199, FT 61478..61571,61660..62130,62227..64821) FT /locus_tag="An04g05790" FT /note="Remark: ORF classified questionable due to FT implausible gene structure with short, multiple Exons and FT no significant blastp similarity." FT /note="Remark: blastp with the predicted A. niger protein FT only retrieves random hits to serine and glutamine rich FT proteins." FT /note="Title: questionable ORF" FT /db_xref="UniProtKB/TrEMBL:A2QJ48" FT /inference="profile:COGS:COG3210" FT /protein_id="CAK38842.1" FT /translation="MSASTFPDASLARDTQSSDFDLIVRQQPNRARVAGGKEKEDNPVP FT VAPSTALTGTLVSSLHRLKDVDNTDGGFFVWGDLSVKIEGDFRLKFTLFEMRNVPAKEL FT SGHGRVDVPLQIFCGPSKRPVPRPEEYPQPIPRSPDRSSIQMPSNAFSAYPTTSRDYGY FT YGQQTHPSKRPRMSSIDLGTRGMYDADGRMRQMDTYPQTAIYNQPGGYATPMMQGYPAG FT HTAVPDYAMSYGIPSSTQVPQMQDPGAHGRSSQQATMQSLGMVNAPGTPTADSTGAMMP FT QSYPRSQYQTGSTILPPLQQRNRNFAQGTNGAAARGYFDQSSQAATPILPSQPIPTNEV FT DRCLIVISIPRYYVMVTALDRVMTDDGWTVDFIPEANQLVFVRFLPAPKLYTRTKAGCL FT RLGRMLPSFLGENPNWRWDSTGFFPSLTASPSLLTPQLLAFTLSALLPTLLLRSFCLHA FT AVLSLLSSIRVCSDILTPTHRQTTTVLIMASYKDGSRQVPLLQASPEVSNLDIRSTWSG FT SLDEPVNCRISMVLSILNIRSAGVSIVNTQLVRLQPDQYSDGTWSSSSSPQSPLFAFSS FT TTTESYPAHSPVSGSESSGGNVPANIESSAQNLVSSVDGTVENLSICDTGLDQLDHHSA FT QVSSASDHSDEYTRFIDAIKQHSLGKRSAAAAGLTESQPGSDTEEGQSRKAAQQNHIDR FT ISSTKFEPKRRVSEGWANHSGHLVSNSPLPREKQHEPLSGEFVPQTDNITQKIFSGSTQ FT TKGVNSAFEVKDIASSMKLEASDAGATFESSLAHSDTGKEPVHDPEQPEVAGSVFGEAD FT PCFSLIDEMTPLPEPSNEDTTKVSGEVRKDPFWKWSNADSTPSIPALKESPLSNSDPGE FT VPMVAEIEPEEIAKARLLPKLTIPQPSHGKTADDKETSPQSHDDESRADVHCEPVFDIN FT RGILIVKNPSNVQPEHYKLIVTISVSLRQRKQSGWNDLVIQGLPKLVPGEYGYLLFLMP FT EEYGLEFRTTNLQRHKIVENCFLGEFSYTGDLVIPVRRCERKFYGVVKDFTVHQEIRAE FT YALASVKVESPPELQATYHAVCSVRLHNRCFWAETCCLILSIDGGPDSVFRSKLDSQES FT GLKMIHIPARENVGIGSAYLQIVCSPRDLELFCVNWTVRLPGHHAISWLPRIYPAFSSP FT SDRVRHHLRRTFEKVEAVSLSRIERSRGYEMGEPEIDDSKEPAGIRDAIAIVADLPATD FT KQPMNNSANIPRSENVIQKMRLVFICAIYVLGTILAFWLNNTVIDAVASPTKATSTVAN FT MDAESLNMSQPTAVHWHSYTSQPDRSWEGNSKDEPTPGVSISVEANEEVTMDTETTKPD FT QESTRSAPAGPRSLESPQAEQELTFRDRVDYWLGWRGPANSEIHGETVAQS" FT mRNA join(<59236..59285,59375..59442,59741..59830,59900..59984, FT 60178..60246,60356..60683,60798..60920,60988..61199, FT 61478..61571,61660..62130,62227..>64821) FT /locus_tag="An04g05790" FT exon 59236..59285 FT /locus_tag="An04g05790" FT /number=1 FT intron 59286..59374 FT /locus_tag="An04g05790" FT /number=1 FT exon 59375..59442 FT /locus_tag="An04g05790" FT /number=2 FT intron 59443..59740 FT /locus_tag="An04g05790" FT /number=2 FT exon 59741..59830 FT /locus_tag="An04g05790" FT /number=3 FT intron 59831..59899 FT /locus_tag="An04g05790" FT /number=3 FT exon 59900..59984 FT /locus_tag="An04g05790" FT /number=4 FT intron 59985..60177 FT /locus_tag="An04g05790" FT /number=4 FT exon 60178..60246 FT /locus_tag="An04g05790" FT /number=5 FT intron 60247..60355 FT /locus_tag="An04g05790" FT /number=5 FT exon 60356..60683 FT /locus_tag="An04g05790" FT /number=6 FT intron 60684..60797 FT /locus_tag="An04g05790" FT /number=6 FT exon 60798..60920 FT /locus_tag="An04g05790" FT /number=7 FT intron 60921..60987 FT /locus_tag="An04g05790" FT /number=7 FT exon 60988..61199 FT /locus_tag="An04g05790" FT /number=8 FT intron 61200..61477 FT /locus_tag="An04g05790" FT /number=8 FT exon 61478..61571 FT /locus_tag="An04g05790" FT /number=9 FT intron 61572..61659 FT /locus_tag="An04g05790" FT /number=9 FT exon 61660..62130 FT /locus_tag="An04g05790" FT /number=10 FT intron 62131..62226 FT /locus_tag="An04g05790" FT /number=10 FT exon 62227..64821 FT /locus_tag="An04g05790" FT /number=11 FT CDS complement(join(64913..65751,66250..66298)) FT /locus_tag="An04g05800" FT /note="Title: similarity to hypothetical protein CAC37374.1 FT - Schizosaccharomyces pombe" FT /db_xref="UniProtKB/TrEMBL:A2QJ49" FT /inference="profile:COGS:COG0572" FT /protein_id="CAK38843.1" FT /translation="MTVNDINYAQNLIYTHKSPLIPHPRDPTTQIQNWDTLSALDIPFL FT SASLSYIHAHGHLPPRLRSKEDLNDVAESGVSEEVVSRMREVVRGRVPSYFLEDNTNSV FT SGDGVRTIVFLEGFLLFAPPKEEDPRHGLRDVQEKMDVRLFLPARYDNVKERREGRSGY FT VTIGPAPVQQGGGGGTELPQRGSVEVDLEEEDDRPPQSFWEDPPGYVDDIVWPNYVQDH FT AWLLLPEGEEGSAQTAWKDADTQELVRLVGQGVNLRLDTGVTVAPGQGKASMTDILEWA FT VEEVLKHIAETEGQ" FT mRNA complement(join(<64913..65751,66250..>66298)) FT /locus_tag="An04g05800" FT exon complement(64913..65751) FT /locus_tag="An04g05800" FT /number=1 FT intron complement(65752..66249) FT /locus_tag="An04g05800" FT /number=1 FT exon complement(66250..66298) FT /locus_tag="An04g05800" FT /number=2 FT CDS complement(join(66325..69059,69109..70012,70124..70198)) FT /locus_tag="An04g05810" FT /note="Function: S. pombe rad8 mutant is sensitive to both FT UV and gamma irradiation." FT /note="Similarity: S. pombe rad8 is a member of the SNF2 FT helicase family." FT /note="Similarity: similarity is between two regions, each FT ~ 100 aa, in the N- and C-terminal half of the predicted A. FT niger protein and S. pombe rad8." FT /note="Title: similarity to DNA repair protein rad8p FT -Schizosaccharomyces pombe" FT /db_xref="GOA:A2QJ50" FT /db_xref="InterPro:IPR000330" FT /db_xref="InterPro:IPR001650" FT /db_xref="InterPro:IPR014001" FT /db_xref="UniProtKB/TrEMBL:A2QJ50" FT /inference="profile:COGS:COG0553" FT /inference="similar to AA sequence:PIR:S41478" FT /protein_id="CAK38844.1" FT /translation="MLATNDGMIHAGTAAFITDAVEVDQIQPPRLDCTMTAKDDDALNS FT TGPDSSADTTVTAVSTPTPATPQSEHFALSKPIARDNQAGGNETSQNLNNYIGVGVLRR FT RNEGYDNESAAPVEPDNFPASEVAALERNSWIWTETIASGEKSLRSGVRVYVLPDDVGR FT KSIPRSSTALRRALKAVMMRIDRSVEAWNGSVHVDLKVVDNPVGSLEDESLWYIFNTLQ FT DPEPQLDRIRNVYARRAMRELLTVTAHGEEESGQDYSGVLGLKTPLYPYQRRSAATMVQ FT REAQPAQMLDPRLQAFKSPRGEEYYYDKEEGSIFREKKMYSEACGGILAETMGCGKTLI FT CLAVILATRGHFPEIPLEYQEMKNPVREVTGSLVEMAAATAGRFSLPWKTHFDTLGYYG FT TFYERCVKECERHRGAYTIPPPPARHKGRSGVAYPRPPPQQIRLCSGTLIVVPPNLVNH FT WQNEISAHTDGLKVLVLRNSSDKTPSPDELLQYDIVLFSRIRFEKEAGEVVNNRRNSFT FT PEESPLTKLHWLRIIVDEGHNVAGSGNRTTMMHILSQLHIERRWIVSGTPSSGLYGVEV FT SLASQETHTSETDLTEATTTVLRGRKKTGNALDSELKDLDKLRYIVIDFLDLKPWSNPR FT ASDPANWTKYIKPVGEDGRRRKAQSLRATLQSLVVRHRLEVIHSEIPLPRLHNKVVHLE FT PTFYDKLNLNIFIFGLAVNAVTSERSDQDYMFHARNRKHLSTVINNLRQAGFWWAGSDD FT ISPTIDIALKHLELRSDKTSEEDVETLREGIRIAQKAQASGCWCAFKRMHELGVFIQDF FT PEHARSMWAIDSSVAHQEPLLLGITQARHAQKFVTKHLNTYDPAEGLAGAGIKARRELS FT GREGDNLSPKKTTPDKPVKSNSPKKTYTKGLFKSLPEESPLMRTKLVATASAKLTYLLD FT QVSELHKTEKIIIFYDNNNAAFWIAEGLELLGVDFRIYASTLKPTMRAEYLALFRESEE FT VRVLLMDLRQASHGLHIANASRVFIVNPIWQPNVESQAIKRAHRIGQTRPVFVETLVLK FT DTLEDKMLKRRKAMTDSEIHHAERDLLDDSTMSSIIQNERYIPMPETEDSSFTRGAFLK FT HPAGLFDRHKLAIADDDEEGIIGPGLPEHSTPRKRKHVRTVDIGESTDEPDLVTPKRRK FT STSPGLDFLSPQGILMTPPRVWSRSPRASPFPTVLSPTVETDSAHASTDGAEAASKPGK FT KRVSLFGGACAD" FT mRNA complement(join(<66325..69059,69109..70012,70124..>70198)) FT /locus_tag="An04g05810" FT exon complement(66325..69059) FT /locus_tag="An04g05810" FT /number=1 FT intron complement(69060..69108) FT /locus_tag="An04g05810" FT /number=1 FT exon complement(69109..70012) FT /locus_tag="An04g05810" FT /number=2 FT intron complement(70013..70123) FT /locus_tag="An04g05810" FT /number=2 FT exon complement(70124..70198) FT /locus_tag="An04g05810" FT /number=3 FT CDS complement(join(71020..72504,72557..72702,72759..73215)) FT /locus_tag="An04g05820" FT /note="Function: C. albicans Rfg1 is a transcriptional FT regulator controling filamentous growth and virulence." FT /note="Similarity: similarity is between regions of ~ 100 FT aa in the N-terminal halfs of the predicted A. niger FT protein and C. albicans Rfg1." FT /note="Title: similarity to transcription regulator Rfg1 FT -Candida albicans" FT /db_xref="GOA:A2QJ51" FT /db_xref="InterPro:IPR000910" FT /db_xref="InterPro:IPR009071" FT /db_xref="UniProtKB/TrEMBL:A2QJ51" FT /citation=[85] FT /inference="profile:COGS:COG5648" FT /inference="profile:PFAM:PF00505" FT /inference="similar to AA sequence:UniProtKB:AF330198.1" FT /protein_id="CAK38845.1" FT /translation="MSYDRVLPKPPLLHHDSSHHLPLSRPTSNLLEHKIMNDDVAKVSM FT MDRHLDTAALSGHRRFTDTLPPVHLTSLNRSKVALNKVASNAASAIETPKPTNFLATKA FT IPLRERSSLSERSSSSSPIKSSNAPTPRESATQFCLCQPDPKIPRPRNAFILYRQHYQA FT AVVAQNPGLANPEISKIIGEQWRGLPQETKDEWKALAEEEKARHQQQYPEYRYQPRRYG FT RDGNLRSGASGISHNPPGSTVCSRCGGRVMNPPVSPETPYTPRASFFGGKSAPGEVFSA FT RSNQCRAKDLDRAPNVIKLIPNGNGESRLPRQHFVESRSRSPDNKRRRLGPLGPYDIRE FT RSPDSSYPASPYTPRSAVADSRGLYQPLQQPRPGRNFKEYTPPDPSLKLPPLQTATHVP FT GTITPTTPYSHDGPSIEATVMTIPFLNKIKVLAKISPPLTPAYHDGSSFRRGAVIAVDG FT QDPVLVKIMVEFLNNTLQKEGRYHTQIFGGPEIRSRESYSESEQMGDATVDYLNIISSW FT HRISDEIVSFVKPSRASSESKSVDEESTPGVSPRTIIPKTADLQINSPEQLSDNSSVST FT VSTGLGSITMPVPVALVPRYQLTTADAFACSVPIGDSYAPLDHWQWMASLWRACVGPDI FT TVYIRECEKDELERLGGSPVEVRLHDARTIVVRRLASSPSELEEKSLKRVGFEIEDFLT FT Q" FT mRNA complement(join(<71020..72504,72557..72702,72759..>73215)) FT /locus_tag="An04g05820" FT exon complement(71020..72504) FT /locus_tag="An04g05820" FT /number=1 FT intron complement(72505..72556) FT /locus_tag="An04g05820" FT /number=1 FT exon complement(72557..72702) FT /locus_tag="An04g05820" FT /number=2 FT intron complement(72703..72758) FT /locus_tag="An04g05820" FT /number=2 FT exon complement(72759..73215) FT /locus_tag="An04g05820" FT /number=3 FT CDS join(73244..73273,73352..73428,73666..73683,73760..73854, FT 73922..74000,74081..74200,74268..74316) FT /locus_tag="An04g05830" FT /note="Similarity: similarity is between the predicted A. FT niger protein and the N-terminal half of T. curvata FT aglA,which is 400 aa longer." FT /note="Title: weak similarity to thermotolerant FT alpha-1,4-glucosidase aglA - Thermomonospora curvata" FT /db_xref="UniProtKB/TrEMBL:A2QJ52" FT /citation=[66] FT /inference="similar to AA sequence:UniProtKB:AF105219.2" FT /protein_id="CAK38846.1" FT /translation="MAFWGVAEREVIERAVALEWADAAQVDERKESPNIRGVLSAGPSQ FT PSRGDASEIKPGFGFSSALLWGAIFGAFGWTRVLRPVGRIPTRDSCSDRSDGTSWKRYL FT DLTLLSLDEPPTKGTKELEGQRKSQRARETKWALGSRGEKWALPELIILDD" FT mRNA join(<73244..73273,73352..73428,73666..73683,73760..73854, FT 73922..74000,74081..74200,74268..>74316) FT /locus_tag="An04g05830" FT exon 73244..73273 FT /locus_tag="An04g05830" FT /number=1 FT intron 73274..73351 FT /locus_tag="An04g05830" FT /number=1 FT exon 73352..73428 FT /locus_tag="An04g05830" FT /number=2 FT intron 73429..73665 FT /locus_tag="An04g05830" FT /number=2 FT exon 73666..73683 FT /locus_tag="An04g05830" FT /number=3 FT intron 73684..73759 FT /locus_tag="An04g05830" FT /number=3 FT exon 73760..73854 FT /locus_tag="An04g05830" FT /number=4 FT intron 73855..73921 FT /locus_tag="An04g05830" FT /number=4 FT exon 73922..74000 FT /locus_tag="An04g05830" FT /number=5 FT intron 74001..74080 FT /locus_tag="An04g05830" FT /number=5 FT exon 74081..74200 FT /locus_tag="An04g05830" FT /number=6 FT intron 74201..74267 FT /locus_tag="An04g05830" FT /number=6 FT exon 74268..74316 FT /locus_tag="An04g05830" FT /number=7 FT CDS complement(join(76356..77093,77150..77392)) FT /locus_tag="An04g05840" FT /EC_number="2.3.1.-" FT /note="Title: weak similarity to phospholipid-cholesterol FT acyltransferase - Aeromonas hydrophila" FT /db_xref="GOA:A2QJ53" FT /db_xref="UniProtKB/TrEMBL:A2QJ53" FT /citation=[13] FT /protein_id="CAK38847.1" FT /translation="MRLFSKFHAVCALAVCSILLSASFLASQHYYRRVVLTKEPTSDFH FT ATASFDRRLVVFGDSWSDNNAAELQGSVWTDWLCNSFSCHHENLAETAKSLRGNYIGSV FT VDNTELSGSLLNLYKSPLADLKAQVANWIAAETEATREMDATAISMRQNGTVVVVSFGV FT WDLWNVMAKTYEDASHAVDRNIKVIMEELNLLAETWGSNDLKIILTLAPDVTFLPAYRA FT QGAPQITKHKDAVRIADYWNGELRNNAEDWSNGTIYLFDTNSFLADQIRDWQLFAAGIE FT EENGLGRNEDPGWENVEDACVQSSQQWMVTSGAQQCDRPEKFLFW" FT mRNA complement(join(<76356..77093,77150..>77392)) FT /locus_tag="An04g05840" FT exon complement(76356..77093) FT /locus_tag="An04g05840" FT /number=1 FT mat_peptide complement(join(76359..77093,77150..77311)) FT /locus_tag="An04g05840" FT intron complement(77094..77149) FT /locus_tag="An04g05840" FT /number=1 FT exon complement(77150..77392) FT /locus_tag="An04g05840" FT /number=2 FT sig_peptide complement(77312..77392) FT /locus_tag="An04g05840" FT /inference="protein motif:SignalP:2.0" FT CDS join(79561..79665,79802..79874,79999..80019,80091..80136, FT 80195..80247,80322..80640,80725..80821) FT /locus_tag="An04g05850" FT /note="Remark: S. pombe rps6 is transcribed into three FT distinct transcripts with different sizes and heterogeneous FT termini." FT /note="Remark: the exon/intron structure of the predicted FT A. niger protein is in accordance with the A. niger ESTs FT an_2975 and 3307 (in the 5'UTR)." FT /note="Title: strong similarity to cytoplasmic ribosomal FT protein of the small subunit rps6p - Schizosaccharomyces FT pombe" FT /note="cytoplasm" FT /db_xref="GOA:A2QJ54" FT /db_xref="InterPro:IPR001377" FT /db_xref="InterPro:IPR014401" FT /db_xref="InterPro:IPR018282" FT /db_xref="UniProtKB/TrEMBL:A2QJ54" FT /citation=[12] FT /inference="profile:COGS:COG2125" FT /inference="profile:PFAM:PF01092" FT /inference="similar to AA sequence:UniProtKB:SPAPB1E7.12" FT /protein_id="CAK38848.1" FT /translation="MKLNISYPANGSQKIIEVDDERKLRPFMEKRMGTEVAGDSLGDEF FT KGYILKITGGNDKQGFPMKQGVLLPTRTRLLLADGHSCYRPRRTGERKRKSVRGAITGQ FT DLSVLALSIVKQGEGELPGLTDTVVPKRLGPKRATKIRRFFGLDKKDDVRKFVIRRTVT FT REGKPDYTKAPKIQRLVTPQRLQRKRQRIALKRRRAEAAREAANDYAKLLASRVHEEKA FT KRDELRKRRASSMRK" FT mRNA join(<79561..79665,79802..79874,79999..80019,80091..80136, FT 80195..80247,80322..80640,80725..>80821) FT /locus_tag="An04g05850" FT exon 79561..79665 FT /locus_tag="An04g05850" FT /number=1 FT intron 79666..79801 FT /locus_tag="An04g05850" FT /number=1 FT exon 79802..79874 FT /locus_tag="An04g05850" FT /number=2 FT intron 79875..79998 FT /locus_tag="An04g05850" FT /number=2 FT exon 79999..80019 FT /locus_tag="An04g05850" FT /number=3 FT intron 80020..80090 FT /locus_tag="An04g05850" FT /number=3 FT exon 80091..80136 FT /locus_tag="An04g05850" FT /number=4 FT intron 80137..80194 FT /locus_tag="An04g05850" FT /number=4 FT exon 80195..80247 FT /locus_tag="An04g05850" FT /number=5 FT intron 80248..80321 FT /locus_tag="An04g05850" FT /number=5 FT exon 80322..80640 FT /locus_tag="An04g05850" FT /number=6 FT intron 80641..80724 FT /locus_tag="An04g05850" FT /number=6 FT exon 80725..80821 FT /locus_tag="An04g05850" FT /number=7 FT CDS join(81285..81350,81473..81673) FT /locus_tag="An04g05855" FT /product="hypothetical protein" FT /db_xref="UniProtKB/TrEMBL:A2QJ55" FT /protein_id="CAK38849.1" FT /translation="MKLFVFQILSRCFQVLSTPLVVRSLVKCGVDTDRHRHRHCFLTTH FT PAYNPPCVSNVYSALVFLVNYSYTLITTRALSRINQNPRHSTV" FT mRNA join(<81285..81350,81473..>81673) FT /locus_tag="An04g05855" FT exon 81285..81350 FT /locus_tag="An04g05855" FT /number=1 FT sig_peptide 81285..81335 FT /locus_tag="An04g05855" FT /inference="protein motif:SignalP:2.0" FT mat_peptide join(81336..81350,81473..81670) FT /locus_tag="An04g05855" FT /product="hypothetical protein" FT intron 81351..81472 FT /locus_tag="An04g05855" FT /number=1 FT exon 81473..81673 FT /locus_tag="An04g05855" FT /number=2 FT CDS complement(join(83425..83851,83919..84291,84364..84455, FT 84531..84601)) FT /locus_tag="An04g05860" FT /EC_number="2.7.6.1" FT /note="Catalytic activity: ribose-phosphate FT pyrophosphokinases convert ATP + D-ribose 5-phosphate to FT AMP + 5-phospho-alpha-D-ribose 1-diphosphate." FT /note="Complex: by genetic interaction and two-hybrid PRS FT family members form functional complexes, e. g. PRS2 with FT PRS5." FT /note="Function: S. cerevisiae phosphoribosyl-pyrophosphate FT (PRPP) is required for purine, pyrimidine, tryptophan and FT histidine biosynthesis." FT /note="Function: in S. cerevisiae disruption of PRS1 or FT PRS3 has a significant effect on cell metabolism, whereas FT disruption of PRS2 or PRS4 has little measurable effect." FT /note="Remark: the Exon-Intron structure of the predicted FT A. niger protein is in accordance with the A. niger EST FT an_3596." FT /note="Remark: the PRS gene family in S. cerevisiae FT consists of five genes each capable of encoding a FT 5-phosphoribosyl-1(alpha)-pyrophosphate synthetase FT polypeptide." FT /note="Title: strong similarity to ribose-phosphate FT pyrophosphokinase Prs2 - Saccharomyces cerevisiae" FT /db_xref="GOA:A2QJ56" FT /db_xref="InterPro:IPR000836" FT /db_xref="InterPro:IPR000842" FT /db_xref="InterPro:IPR005946" FT /db_xref="UniProtKB/TrEMBL:A2QJ56" FT /citation=[23] FT /citation=[33] FT /citation=[51] FT /inference="profile:COGS:COG0462" FT /inference="profile:PFAM:PF00156" FT /inference="similar to AA sequence:PIR:S37225" FT /protein_id="CAK38850.1" FT /translation="MASNSIKLLTGNSHPELANLVAARLGIELTKIMVLQYSNQETSVT FT IGESVRDEDVFILQSTRPNDINDGLMELLIMINACKTASARRITAVIPNFPYARQDKKD FT KSRAPITAKLMANMLQTAGCNHVITMDLHASQIQGFFNVPVDNLYAEPSILKWIREHLD FT VSNCIIVSPDAGGAKRATAIADRLDLQFALIHKERPRPNEVSRMVLVGSVKDKIAIIVD FT DMADTCGTLVKAADTVMQHGAKEVNAIVVHGILSGKATQNINNSCLSRVVVTNTVPHED FT KKEQCDKIETIDISPTLAEACRRTHNGESVSFLFSHAVA" FT mRNA complement(join(<83425..83851,83919..84291,84364..84455, FT 84531..>84601)) FT /locus_tag="An04g05860" FT exon complement(83425..83851) FT /locus_tag="An04g05860" FT /number=1 FT intron complement(83852..83918) FT /locus_tag="An04g05860" FT /number=1 FT exon complement(83919..84291) FT /locus_tag="An04g05860" FT /number=2 FT intron complement(84292..84363) FT /locus_tag="An04g05860" FT /number=2 FT exon complement(84364..84455) FT /locus_tag="An04g05860" FT /number=3 FT intron complement(84456..84530) FT /locus_tag="An04g05860" FT /number=3 FT exon complement(84531..84601) FT /locus_tag="An04g05860" FT /number=4 FT CDS complement(join(85293..85387,85452..85796,85862..89800, FT 89852..97631,97719..97766)) FT /locus_tag="An04g05870" FT /EC_number="6.3.2.19" FT /note="Complex: by two-hybrid S. cerevisiae TOM1 interacts FT with KRR1, which is involved in nucleolar 40S ribosome FT biogenesis." FT /note="Function: S. cerevisiae TOM1 is a E3 ubiquitin FT ligase involved in hnRNP protein localization and thereby FT affecting specificity of nuclear mRNA export." FT /note="Function: S. cerevisiae strains with mutant alleles FT of TOM1 are defective in multiple steps in rRNA FT processing." FT /note="Function: in S. cerevisiae, several different hnRNP FT adaptors for mRNA export exist and TOM1 regulates the FT localisation of e. g. Nab2p but not Np13p." FT /note="Title: strong similarity to E3 ubiquitin ligase Tom1 FT - Saccharomyces cerevisiae" FT /db_xref="GOA:A2QJ57" FT /db_xref="InterPro:IPR000569" FT /db_xref="InterPro:IPR010309" FT /db_xref="InterPro:IPR010314" FT /db_xref="UniProtKB/TrEMBL:A2QJ57" FT /citation=[56] FT /citation=[69] FT /citation=[77] FT /citation=[82] FT /inference="profile:COGS:COG5021" FT /inference="profile:PFAM:PF00632" FT /inference="similar to AA sequence:UniProtKB:SCTOM1.1" FT /protein_id="CAK38851.1" FT /translation="MGRIKKVASQKHEATISPYLADFVARATTIPVPELPSHLNTFSRI FT WPFPRGDLYHWINVLNRFDEILASAIEKYALNNGPQTKPFGKDFLVESYVHGDSAGKPQ FT DVDAKLAELGYGPEGDRELLEVILDFSRLLLEKCGNRSLYSSSERLGELLNTTSLSLLQ FT STLRLSLCLAQRYHSRQRGGSHIQHSLLAAHYNIDLEKLQKIAAPFPRPSVTGRTAVSP FT VASIKSKEKASQARHNANDMSVLVRENESWDEWGSVRLLYYPSGSSEPVKTAPETGTGG FT PSVQAPTTPTPLRRSHTHPTPRLSRMSTAEDSPASVTSTPGKQDETLRGGKTLELTYSK FT ISSTSTEDLVAAHVDEVPDDSKYELLHRIRTAQGLATSDSTREQILAIRILALTNLAYV FT YPEPLFQQKVLQYDMEQPKRLQLAYQLGELVHLGASGDLPVSRTLQTLALQALDALAKH FT KARAIDVCGALSVNVNHGVLMFLTRKTVNELSSEDPDGEDGSQDEWRDALLALLRTLPG FT SSTRTPETLVAAGLIPMFVDVLNLRTEKARRVYSRIMEFLDTFVHAVRDALGTLTSAKG FT FDAISDLIDHETKSSFENVSKGAGIPSQHKTPSIDYQIPYFQQQALRWMFRFVNHIMQH FT NGGGFDRVLRNLIDSPQLLTSLRLVLENARVFGSHVWSNAVNILSSFIHNEPTSYAVIA FT EAGLSKSFLEAVTSSELKAQEKIVAEPESADVEGEPSRLPETTATETTAEDGQGPREYT FT IVRSAEARLAPGIMPAAEALSCIPSAFGAICLNASGLELFKSSDALESFFEIFENPEHV FT KCLKDDPNLVRSLGTTFDELVRHHPALKAHIMTAVIVMVARVGLLCRAKAWSVGMGAKL FT WTENPEGKPIISGSTSHLLKAIGIESDDQPENASTYGVPQLTSDQLPNGGKLLLGDLSQ FT ILPSSIDNIEPKETDAAGLTATDYLYPVVRFLGAFFENQPNCSYFIESGGVEFVLDLAT FT LQSLPFDFHNTDANQELAVLVHMLAETKPHLVVPSLVQRTERAVDMLSGFWQEPNHSGF FT FTPLIMATSTGASEEKGKETHSISKANGTFFAKHMGAALILTDFLREIYSMPLYQTRPS FT QQTSAFAQVNLVDRYCSLVKKLGGLHAACVWEEILLEKNIPDTWDQATKVQQSGSAPER FT SNPIAGQLNTEGNAIVPGAEPSRGSPAASESAQPGVAQESKEPTTVKVAEDGVAFKNVQ FT ALRYLLSSLPSSITGFFHNLGLGLIGKRRTDLYQKQNATLVADAVAGAVLEQLQFQPPN FT ASDNSKLRFAYLIVILSSFSHLLFEGRLVPFPLTISCLGADHVVATADRPHSHYLTLVL FT FSFKRHGGLKVTKDICDLFVQEVKALTPPESVAESEQDVSARLTSAYGGIKIILSFFSE FT LASGKNIVDSSQTQAMTTSDRDRDRPDYFQPGQFLVDLRMEILPMARDMWNSDFAAQSS FT SSVVKCLIDILRSSLDGEYETGAARSSDVPPMVADVARRMFVVNKDRMVSLQEKGFDGQ FT LAKEALYRCNNVYAAAEEYCRAQSRLRAPPRAEPSPSDIESIRSTSVAEGSDEPAGDAP FT SFDNGFLERSALAMLLAQASGRPTDDASRQDQGQGRSEDSEVRHGSEFLARALTHILND FT DHATGGDEHEESPIITPRISNAPGGSSSEPSTLPANQSLEQRSEQPTRRREVTTIEDLD FT KEREQVRSNLIERCLDILNEHHDVSFELADLIASATRRHRDAESFRREVGEILVQSLVS FT LQMENFQAAGKKVAAYAHLLALVVQDREMYTATLGELKECFTTFLGFIQVLPEKSSDES FT FPWIGHVLLVLEKLLSDDCQPPQIRWSIPDHENPSADDEQPAHLEEPLVSLDQKMQLYE FT ALVEILPRIGKDETLALSICRILVILTRTRSIAVRLGEKRSLQRLFVMVKQLSSSTNEK FT LQGAFMLILRHIIEDEDTIRQIMRSEIVANFESKSSRQIDTTGYVRQMYHLVLRSPEIF FT VEVSNEKLKLQRYDNRQRPQVLTLKADKKNSSSDPTTVKEAPDSPEKSEGQAGGASSED FT KDKAKATDLKPPVVENPDGVIHYLLSELLSYKDVDDKEAPTESTDPSAPDQSETQIDVE FT MSIDEPSPSVSSTDAQGTRNNKKSDKPAFKADDHPIYIYRCFLLQCLTELLSSYNRTKV FT EFINFSRKADPHAATPSKPRSGILNYLLNALVPVGTMEHDESVAFKKRSNTSAWTMRVL FT VALCTKTGEFGGPGRRRNEQDLNEDDEPELAFVRRFVLEHALRSYKEANASNEPLDAKY FT SRLMSLADLFDKMLSGYAFVSGETAFASSTRQLAKTMFEKHFISALTASVAEIDLNFPA FT SKRVIKYILRPLNKLTQTAVVLSESSDISTLAETEDDEISSATSVSDMEDDREETPDLF FT RHSTLGMLEPRHEEETSSEESEEEDDEMYDDEYGEEMDYDEDLPEDDGEVVSDEEDEIE FT GVGPIEGLPGDNGMDIEVVIDDDEDDEDDDEDDEDDEDDSDMDDDEILAGEITGDHDNE FT SLEEGDDDEWESEEMSEDDEEAEIMNQFEDELADSLRQAEQRDDGQRFDDLFRVLNEAA FT GGVEDLQADSLGDMHEDIVDDDLADEEEDEELEELEEELEDADDDQGSYQGFDDEEDLM FT DPWGWEGDEQPPRGHHHSRFHGPRPAWAAVSGIMPSRHGIVPIQPYRLHRTQIPARGND FT DGTNPLLVRTDRGSETGGQPRVPGNEAFTDWVHGMEPVSTGRLLPMDSPVSFMNAVLQA FT IGGQGGPGFGVITRPDGIHVHVDRRAMPNRIQDIFGLGRPQAPPSRTRDDPSQAVSFAL FT ATTRSRWQEEARILFSSAYVEKTQRVVNSLLKILVPPAIEEEKRREKQMEEERKRREEE FT RAERERQERIAREEEEKERKRKEEEENARRQQELERQEAERQASGIEAEPMDDVQQTDT FT GNEAAAPASETETGPSEPAPRVHTTIRGRQLDITGMEIDPEYLEALPEELREEVIMQQL FT AEQRSQAAAAGEEPSEINPEFLEALPPEIREELLQQEAADRRRRERDSARRQAAAAAGA FT APAPAPVHAEDMDPASFLATLDPSLRQAVLADQPEEILATLGPEFISEARALPGRRLAQ FT FGDITRVDHRHRREPADDQEPKKQQRRQIVQMLDKAGVATLLRLMFMPLQGNARHQLND FT ILHNVCENRQNRMEVISLLLSVLQDGSADVSAIERSFAQLSLRAKPSSVQKTPQSVKRN FT LSFQGSSNVSNEVTPIMVVQQCLGTLSFLSQYNPHIAWFFLTEHDSSPALKLKALRKGK FT GKENRANKFALNALLTLLDRKLIMENPNCMEQLSSLLSSITQPLTLLLRREKEKQEEEE FT KAKGKQPEQAEGERPAEEQEQQQPVSTDQTGSATDTTMTDAPLPTVETTQPQTESAQPG FT QTEPSGAAKEDKAKTAEDEKHKRRTIEPPVVPDHNLQLVVHILAARECNGKTFRDTLST FT INNLSAVPGARDVIGNELVSQAQTLSTVILTDLDELLSHIHQARTGTDMQGLALAKFSP FT ASSDQAKLLRVLTALDYLFDPSRTDKVKGAEPDNAAKEDVLQTLYECSTFGPLWTRLSE FT CLTVIRQKENMLNVATILLPLIEALMVVCKNTTLKDTSLSRNSRELSVSTTSVDAGLSM FT ESLFFKFTEEHRKILNELVRQNPRLMSGTFSLLVKNPKVLEFDNKRNYFTRRIHSRGAE FT PRHPHPPLQLSVRRDQVFLDSFKSLYFKTADELKYGKLNVRFHGEEGVDAGGVTREWFQ FT VLARGMFNPNYALFIPVASDRTTFHPNRLSGVNSEHLMFFKFIGRIIGKALYEGRVLDC FT HFSRAVYKCILGRSVSIKDMETLDLDYYKSLLWMLENDITDIITETFAVETDDFGEKQV FT IDLIENGRNIPVTEENKEEYIQRVVDYRLVGSVKEQLDNFLKGFHEIIPSDLISIFNEQ FT ELELLISGLPEIEVDDWKVNTEYHNYSASSPQIQWFWRAVRSFDKEERAKLLQFVTGTS FT KVPLNGFKELEGMNGVSRFNIHRDYGNKDRLPSSHTCFNQLDLPEYESYETLRQRLYTA FT MTAGSEYFGFA" FT mRNA complement(join(<85293..85387,85452..85796,85862..89800, FT 89852..97631,97719..>97766)) FT /locus_tag="An04g05870" FT exon complement(85293..85387) FT /locus_tag="An04g05870" FT /number=1 FT intron complement(85388..85451) FT /locus_tag="An04g05870" FT /number=1 FT exon complement(85452..85796) FT /locus_tag="An04g05870" FT /number=2 FT intron complement(85797..85861) FT /locus_tag="An04g05870" FT /number=2 FT exon complement(85862..89800) FT /locus_tag="An04g05870" FT /number=3 FT intron complement(89801..89851) FT /locus_tag="An04g05870" FT /number=3 FT exon complement(89852..97631) FT /locus_tag="An04g05870" FT /number=4 FT intron complement(97632..97718) FT /locus_tag="An04g05870" FT /number=4 FT exon complement(97719..97766) FT /locus_tag="An04g05870" FT /number=5 FT CDS complement(join(99189..99518,99603..99729,99810..101988, FT 102048..102240,102295..102343,102395..102492, FT 102547..102813)) FT /locus_tag="An04g05880" FT /note="Catalytic activity: linoleate diol synthase FT catalyzes dioxygenation of linoleic acid to FT (8R)-hydroperoxylinoleate and isomerization of the FT hydroperoxide to (7S,8S)-dihydroxylinoleate." FT /note="Complex: linoleate diol synthase is a homotetrameric FT ferric hemeprotein." FT /note="Function: linoleate diol synthase is involved in the FT dioxygenation of polyunsaturated fatty acids" FT /note="Title: strong similarity to linoleate diol synthase FT - Gaeumannomyces graminis" FT /db_xref="GOA:A2QJ58" FT /db_xref="InterPro:IPR001128" FT /db_xref="InterPro:IPR002007" FT /db_xref="InterPro:IPR010255" FT /db_xref="InterPro:IPR017972" FT /db_xref="UniProtKB/TrEMBL:A2QJ58" FT /citation=[60] FT /inference="profile:COGS:COG2124" FT /inference="similar to AA sequence:UniProtKB:AF124979.1" FT /protein_id="CAK38852.1" FT /translation="MSGANNHSIVNGIGSTISQVEKAISASLRPLPTATGNGTYITEPD FT QTGIVKDLSHVDFTDIKALLEVIKDAVTGQPVDDRHYIMERVIQLAAGLPSTSKNGKDL FT TNAFLKQLWNDLEHPPISYLGRDSSYRKADGSGNNFLWPHIGAAGSHYARSVRPTTVQS FT PSLPDPSTLFASLLERKEYKEHPNKISSVLFYLASVIIHDLFQTDRSDFTLNKTSSYLD FT LSPLYGNNQDEQDLVRTFKDGKLKPDCFSSKRVLGFPPGVGVLLLMFNRFHNYVVENLA FT TINEGGRFTKPDESDVDASTKYDNDLFQTGRLVTCGLYINIILKDYVRTILNINRTDSL FT WSLDPRADIQDSLLGSAPAEATGNQVSAEFNLVYRWHACISQRDEKWTQDLYKDLFPGK FT DPNNVSLQEFIRGVAKWEASLPEQPPDRPFAGLQRNADGAFDDGDLANMFADGVEDCAG FT AFGAGNIPSVFRNIEALGILQARSWNLATLNEFRKFFDLAPYKTFEEINPDPYIAAQLK FT NLYDEPDLVEMYPGVIVEATKDAIVPGSGLCTNFTISRAILSDAVSLVRGDRFYTVDYT FT PKHLTNWAYNEIQPQDSVDQGQVFYKLVLRAFPNHFKGDSVYAHFPLVIPSENKKILEK FT LSVAQDYSWGRPSYTPLPQFISSNAACISVLNDQEAFKVTWGSKIEFLMRHNNHPYGRD FT FMLSGDKPPNAASRRMMGSALYRDKWESEVKRFYEDITIKLLRQHSYQLGGVNQVDIVR FT DVANYAQVHFCANVFSLPLKTESNPRGIFAESELYEILALVFASIFYDADVGTSFQLNQ FT TARDVTQQLGELTMANVDFVNKAGFIANLVSSLHRHDVLSEYGEHMIQRLLHSNVPPAE FT IVWTHLLPTAGGMVANQAQLFSQCLDYYLSDEGSIHLPDIKRLAKENTSEADALLLRYF FT MEGARLRSSVGLPRLVAKPTVVDDGGSKYTLKPGQSVLCNLVSASMDPRSFPEPEKVKL FT DRDMSLYAHFGFGPHQCLGMGICKLALTTMLRVVGRLDNLRRAPGSQGQLKKIAGPGGI FT SMYMTADQSSYWPFPSTMKIQWDGDLPSLATN" FT mRNA complement(join(<99189..99518,99603..99729,99810..101988, FT 102048..102240,102295..102343,102395..102492, FT 102547..>102813)) FT /locus_tag="An04g05880" FT exon complement(99189..99518) FT /locus_tag="An04g05880" FT /number=1 FT intron complement(99519..99602) FT /locus_tag="An04g05880" FT /number=1 FT exon complement(99603..99729) FT /locus_tag="An04g05880" FT /number=2 FT intron complement(99730..99809) FT /locus_tag="An04g05880" FT /number=2 FT exon complement(99810..101988) FT /locus_tag="An04g05880" FT /number=3 FT intron complement(101989..102047) FT /locus_tag="An04g05880" FT /number=3 FT exon complement(102048..102240) FT /locus_tag="An04g05880" FT /number=4 FT intron complement(102241..102294) FT /locus_tag="An04g05880" FT /number=4 FT exon complement(102295..102343) FT /locus_tag="An04g05880" FT /number=5 FT intron complement(102344..102394) FT /locus_tag="An04g05880" FT /number=5 FT exon complement(102395..102492) FT /locus_tag="An04g05880" FT /number=6 FT intron complement(102493..102546) FT /locus_tag="An04g05880" FT /number=6 FT exon complement(102547..102813) FT /locus_tag="An04g05880" FT /number=7 FT repeat_region complement(103342..103493) FT /mobile_element="transposon:Tndm1" FT /locus_tag="An04e05890" FT /note="Title: probable transposon 160bp LTR (Tndm1-LTR) FT -Aspergillus niger" FT repeat_region 103495..108136 FT /mobile_element="transposon:Tndm1" FT /locus_tag="An04e05910" FT /note="Title: probable transposon Tndm1 without LTR FT -Aspergillus niger" FT exon complement(103564..107976) FT /locus_tag="An04g05900" FT /number=1 FT CDS complement(103564..107976) FT /locus_tag="An04g05900" FT /EC_number="2.7.7.49" FT /note="Title: strong similarity to reverse transcriptase FT pol - Volvox carteri" FT /db_xref="GOA:A2QJ59" FT /db_xref="InterPro:IPR001584" FT /db_xref="InterPro:IPR001878" FT /db_xref="InterPro:IPR012337" FT /db_xref="InterPro:IPR013103" FT /db_xref="UniProtKB/TrEMBL:A2QJ59" FT /citation=[19] FT /inference="profile:PFAM:PF00665" FT /inference="similar to AA sequence:PIR:T10803" FT /protein_id="CAK38853.1" FT /translation="MSQPGRYHSLQHVSNTEAVAIQPKTQADRLPVKLPEGVQPVSERL FT KGREDYSTWRFEICQILKNVGLQDMIDKGLSHPSTNHTNYWLWHHLSINIQSWLASQLS FT DPLKRALMTSPDAHDYADDAYEVIKSLVLGHGHTLCQTTYFDLIHKRRSDYSTVEQYVE FT AFKHAYNFAKELKVGISPYCGLLHLLKELESDLPTWVSTVECNLPDNAADTLQEKEFLV FT YCRTAIEQGNKQMQRYSFAAPAKNTGSTTKSGSTATTSEWKKSTFPPKGTTPEEHARKM FT RNLKPEMTKGRCAFCKTLGHGATTCWRLNPDLRPEDYRPRIEGIWWFKGSKPSEASNAA FT VGEIGSDDENPYILNFSGLAVANATNTSLRWIYDTGSSQHLTPDCASLSGLHQLKPHEY FT YQYGTSNGGIGVAKSAGYLTLTLAANGQNTVLKIKAYHQPDLPYGLLSSNRLRTDLGIY FT ATTKDLTLRRDRDDKIVGHLQASKNVLFVRTKDPDLALAAVDPLLLHRRYGHAGFRRIA FT TTAKDHQIELEHRDTLECEACSLGKATRLVSRDPIPKTNDPTQLWHADIQKVTPIGHGG FT FNYFLLMVNNATRLVRTAMLKHKDDASDELIRMDMEHKNMVGRYVATWHLDGGREFNRF FT RKWANHAERGIQIKISPPRTPEANGLAERYGGLLNRMSRVMILDAGLPAHLWPYAVRLS FT AQILNRLVPYHSAVRKTPVFLYRSHYNLPNPNASLDFLRVFGCRAYQHIPQEDRVASQK FT MGPRAKVGYFVGFDGDNGHVYYVWDPISDKIKRSRDVKFNEDRTYKDDKEDPGGVPTRE FT PDPKGPTPAGPGAALKLDNAFLHQTTNISDNTRALIEQPDPEEDVIRGRIHTISASAEP FT PPTRSIENATEYEASSTKYAAQDYRLPDPTEPEEQPILRRSARTTKGKSSTWPDYQQLA FT TVDRVTLPHLKQHEVVVPNTYSEAMKSPLAPYWKDAMDTQIDKIQNMGTYEIVNRPPTA FT RAIPGKWVYDLKVNTDGFVTQFRARWVVCGNRQIPGIDYDESFAPVASEAALKLFMTNV FT AIKDLEWEQCDIVSAYLHAQIQGKRVFMKQPTGYHEGPPDQVCLLKMALYGLRQAAHLW FT HQTFDETLKRIGFEPLREDPCVYKKGDIWLIIYVDDSAIAGPRKEDLAEVKQHLNKAFG FT LKEMGEPKVLLGCNVQRDYQAGTISLSQPTYVEECLNAANLGSCTPSAIPMTVAYKKSD FT RSNMTTENVNLAEYQSLVGRLNWLTTKTRPDIRHATFRLQRRMNTPTTADAKALKIVYR FT YLKRSIPYGITLATDHTKGIEVFVDAAHADHEDGKSTEGYVIFYAGGPISWSSRKQSLV FT APSSTVAEYCAFDSAAKEALYIKKLVEAFDLKASVDGRIPLYTDAANSLRILNHGGYTR FT STRWLDNRYLFVADLITKNAITIQHIPGTTNPADGLTKPLDNESFKAFRHLLGMTPISS FT PNLHPGNTG" FT mRNA complement(<103564..>107976) FT /locus_tag="An04g05900" FT repeat_region complement(108147..108295) FT /mobile_element="transposon:Tndm1" FT /locus_tag="An04e05920" FT /note="Title: probable transposon 160bp LTR (Tndm1-LTR) FT -Aspergillus niger" FT CDS join(110315..110348,110437..110652,110740..111419) FT /locus_tag="An04g05930" FT /EC_number="2.3.1.-" FT /note="Complex: S. cerevisiae Tsc13p coimmunoprecipitates FT with Elo2p and Elo3p, which are also involved in very long FT chain fatty acid synthesis." FT /note="Function: S. cerevisiae TSC13 is required for FT elongation of the palmitate, produced by cytosolic fatty FT acid synthase, by two carbon units." FT /note="Function: S. cerevisiae TSC13 possibly is the enoyl FT reductase that catalyzes the last step in each cycle of FT fatty acid elongation." FT /note="Function: S. cerevisiae tsc13 mutant accumulates FT high levels of long-chain bases as well as ceramides that FT harbor fatty acids with chain lengths shorter than 26 FT carbons." FT /note="Localization: S. cerevisiae TSC13 localizes to a FT novel endoplasmic reticulum structure at the FT nuclear-vacuolar interface." FT /note="Title: strong similarity to very long chain fatty FT acid synthase Tsc13 - Saccharomyces cerevisiae" FT /note="endoplasmatic reticulum" FT /db_xref="GOA:A2QJ60" FT /db_xref="InterPro:IPR001104" FT /db_xref="UniProtKB/TrEMBL:A2QJ60" FT /citation=[80] FT /inference="profile:PFAM:PF02544" FT /protein_id="CAK38854.1" FT /translation="MASLTLVVQPRGKPIKKLPKEVQVSSNASTAEIYNKLAEASGFSI FT HRLRITKGSDRTVVPNSKDSTVDGIGLKEKSVLHIKDLGPQLGWRTVYIIEYLGPLFIP FT ALFLFPLRPYVYFNFDKPLPDPSQFQLLVCALLTIHFIKREYETVFVHRFSNATMPARN FT IVKNSGHYWVLAGLNIAYWVFRPDSPAATIQDSFLLYSGLALFIFGELANLNAHLVLRD FT LRRPGTTERGIPSGFGFNVVTCPNYFFEVVSWVGIYLLSGMSWSVLFFIVVGTVQMALW FT AKKKERRYRKEFGDKYKRKRYVILPGLY" FT mRNA join(<110315..110348,110437..110652,110740..>111419) FT /locus_tag="An04g05930" FT exon 110315..110348 FT /locus_tag="An04g05930" FT /number=1 FT intron 110349..110436 FT /locus_tag="An04g05930" FT /number=1 FT exon 110437..110652 FT /locus_tag="An04g05930" FT /number=2 FT intron 110653..110739 FT /locus_tag="An04g05930" FT /number=2 FT exon 110740..111419 FT /locus_tag="An04g05930" FT /number=3 FT CDS complement(join(111978..112208,112383..112816, FT 112889..113180)) FT /locus_tag="An04g05940" FT /note="Function: gma12p is not the only FT galactosyltransferase in S. pombe, but it produces a unique FT carbohydrate structure on the surface of the yeast cells." FT /note="Golgi" FT /note="Localization: electron microscopic localization FT revealed that gma12p synthesizes the carbohydrate structure FT in the Golgi apparatus." FT /note="Title: strong similarity to alpha 1,2 FT galactosyltransferase gma12p - Schizosaccharomyces pombe" FT /db_xref="GOA:A2QJ61" FT /db_xref="InterPro:IPR008630" FT /db_xref="UniProtKB/TrEMBL:A2QJ61" FT /citation=[17] FT /inference="similar to AA sequence:PIR:T41561" FT /protein_id="CAK38855.1" FT /translation="MQFALPPRRTPITPPYARSSRISLQRRKQLKAVAILGFALLTVFF FT LLSQFFYTSTGAPAVPAGTSSIVVVTVLDRTAWSNEYIQKIVKNREDYAKRHGYTNFFA FT NVSDYETVLDNAPKSWAVLPALRHAMASNPYSKYFFHLDAHALIMNPSKSLESHVLDKD FT RLESLMLKDVSVVPPDSIIKTFSHIQAQDVDLIMTTDAEDLSSGSFLLRQGDFAKYFLD FT FWFDPLYISYNFAKAETHVLDHIVQWHPTILARLALVPQRTINGYSKDSNGAGVDGVYK FT DGDFVIRFLGCDTDTKRSCEKEMEPYYRLWAGKMKNE" FT mRNA complement(join(<111978..112208,112383..112816, FT 112889..>113180)) FT /locus_tag="An04g05940" FT exon complement(111978..112208) FT /locus_tag="An04g05940" FT /number=1 FT intron complement(112209..112382) FT /locus_tag="An04g05940" FT /number=1 FT exon complement(112383..112816) FT /locus_tag="An04g05940" FT /number=2 FT intron complement(112817..112888) FT /locus_tag="An04g05940" FT /number=2 FT exon complement(112889..113180) FT /locus_tag="An04g05940" FT /number=3 FT exon complement(113994..114893) FT /locus_tag="An04g05950" FT /number=1 FT CDS complement(113994..114893) FT /locus_tag="An04g05950" FT /note="Remark: alternative names for S. cerevisiae MRPL24 FT are YML14, YML24 and YMR193W." FT /note="Remark: of the ~50 MRPs isolated in S. cerevisiae FT (until 1998) only a minority show significant sequence FT similarities to known ribosomal proteins from other FT sources." FT /note="Similarity: the predicted A. niger protein is 80 aa FT longer than S. cerevisiae MRPL24 and might use a wrong FT startcodon." FT /note="Title: strong similarity to mitochondrial ribosomal FT protein of the large subunit L24 - Saccharomyces FT cerevisiae" FT /note="localisation:mitochondrion" FT /db_xref="GOA:A2QJ62" FT /db_xref="InterPro:IPR001383" FT /db_xref="UniProtKB/TrEMBL:A2QJ62" FT /citation=[34] FT /citation=[42] FT /inference="profile:COGS:COG0227" FT /inference="profile:PFAM:PF00830" FT /inference="similar to AA sequence:PIR:S50921" FT /protein_id="CAK38856.1" FT /translation="MEGKTSLDAAASGRNSSAAGENRSMIAGRGQGGQPRPPNSFTIRC FT WTVHAYLQLSRPLLLCSAGACSSLPRSIPCHGRLPTDLLIYTMAGLQTRSTMSLPFSLS FT AAFRNLSVTTPKRSFSTTLAAQKTKQLPDYIPPYPYGPNYVFKQSNSGLYGGAMIQFGN FT KISQGRNEGKTRRFWKPNVRRKKLYSEALGEDLFIKVTRKALRTIRKAGGLDNYLLSDR FT PGRIREMGIFGWELRWKIMQTPKIQERFREERKKLGIPEPPTFEEWVKQKEDEIKAKVE FT EETNIKEITKPTYNEKQY" FT mRNA complement(<113994..>114893) FT /locus_tag="An04g05950" FT CDS join(115021..115164,115247..115466,115525..116072, FT 116133..116597) FT /locus_tag="An04g05960" FT /note="Complex: rat TIP49a binds to TIP49b, which is a 5' FT to 3' DNA-helicase, TBP and RNA-pol II." FT /note="Function: rat TIP49a ATPase activity is stimulated FT by single-stranded DNA but neither by double-stranded DNA FT nor by any forms of RNA polymers tested." FT /note="Function: rat TIP49a is a DNA-helicase unwounding FT dsDNA in the 3' to 5' direction with respect to the FT single-stranded DNA flanking the duplex." FT /note="Title: strong similarity to DNA-helicase TIP49a FT -Rattus norvegicus" FT /note="nucleus" FT /db_xref="GOA:A2QJ63" FT /db_xref="InterPro:IPR003593" FT /db_xref="InterPro:IPR003959" FT /db_xref="InterPro:IPR010339" FT /db_xref="UniProtKB/TrEMBL:A2QJ63" FT /citation=[35] FT /citation=[53] FT /citation=[57] FT /citation=[65] FT /inference="profile:COGS:COG1224" FT /inference="similar to AA sequence:PIR:JC5521" FT /protein_id="CAK38857.1" FT /translation="MVQISEVKGNSRENRTAAHTHIKGLGLRQDGTAEASGDGFVGQAT FT AREACGVVVDLIKAKKMAGRAVLLAGGPGTGKTALALAVSQELGTKVPFCPIVGSEIYS FT AEVKKTEALMENFRRAIGLRVRETKEVYEGEVTELTPEETENPLGGYGRTISHLIIGLK FT SAKGTKKLRLDPSIYEAIQKERVTVGDVIYIEANTGACKRVGRSDAYATEFDLEAEEYV FT PVPKGEVHKKKEIVQDVTLHDLDMANARPQGGQDVMSMMGQLMKPKKTEITEKLRQEIN FT KVVNRYIDQGVAELVPGVLFIDEVHMLDIECFTYLNRALESSISPIVILASNRGNTVIR FT GTDDISAAHGIPPDLLARLLIIPTHPYSPDEIKTIIRLRAKTEGLNITDPALEKVAEHG FT SKVSLRYALQLLTPASILAKVNGRPGGIEEADVAECEDLFLDARRSATIVNQDSEKYLK FT " FT mRNA join(<115021..115164,115247..115466,115525..116072, FT 116133..>116597) FT /locus_tag="An04g05960" FT exon 115021..115164 FT /locus_tag="An04g05960" FT /number=1 FT intron 115165..115246 FT /locus_tag="An04g05960" FT /number=1 FT exon 115247..115466 FT /locus_tag="An04g05960" FT /number=2 FT intron 115467..115524 FT /locus_tag="An04g05960" FT /number=2 FT exon 115525..116072 FT /locus_tag="An04g05960" FT /number=3 FT intron 116073..116132 FT /locus_tag="An04g05960" FT /number=3 FT exon 116133..116597 FT /locus_tag="An04g05960" FT /number=4 FT CDS complement(join(116910..117554,117604..118313, FT 118387..118600)) FT /locus_tag="An04g05970" FT /note="Function: the cyclopropane synthase from Sterculia FT foetida produces dihydrosterculate from oleate and uses FT S-adenosylmethionine as the methylene donor." FT /note="Similarity: the predicted A. niger protein contains FT FAD- and NADH-binding motifs of pyridine FT nucleotide-disulphide deoxygenases." FT /note="Title: similarity to cyclopropane synthase FT AAM33848.1 - Sterculia foetida" FT /db_xref="GOA:A2QJ64" FT /db_xref="InterPro:IPR006076" FT /db_xref="UniProtKB/TrEMBL:A2QJ64" FT /citation=[92] FT /inference="profile:COGS:COG2907" FT /protein_id="CAK38858.1" FT /translation="MPLFQPERVAVIGGGCTGITTFWALRNSTHDVHLFEASDSLGGRV FT KALPFEHNDHRVDVNTSPPTFNAGTSHHLGITGVKAPFSFGATDGIDSFQWCGSVLKSI FT LLRPWTLCNFETYRILCDVIWMRYMAVDVLDHGFEACNPTDAQSLSMHEYLAGEEYSNI FT FIENYLAPLLSMLWSTNAGRFLPRVPAKALVQALCDHQLLRPRQALPDWRRIGPGVSHF FT IQTMTKSFPSSKVHLKTRVREVVQYGKKYGIMTSAGEEMFFNHIVFAVNGQETIKILGT FT LANEQEKEIMRSLGSTRNISVLHSDPLLMPNVEDPGPACNYILGPSNQDWPTQPSNNTT FT TTTSHISSLSYIANFLDSIPFHLFGPIYITLNPFTPPHPSQVQGVWEFTDPEPSAQTLI FT AQHHLPSIQNKRGLSYGFCWTGRGHLEDAITAGLRIAIQDLGAEAPFHVKFHQDPLEAA FT ASGPPGLGLRDNAIRTIIRLVHVYVLIMRLVLVLFRALPGAAVKAKTRFRPMCNAAAAS FT KEKTS" FT mRNA complement(join(<116910..117554,117604..118313, FT 118387..>118600)) FT /locus_tag="An04g05970" FT exon complement(116910..117554) FT /locus_tag="An04g05970" FT /number=1 FT intron complement(117555..117603) FT /locus_tag="An04g05970" FT /number=1 FT exon complement(117604..118313) FT /locus_tag="An04g05970" FT /number=2 FT intron complement(118314..118386) FT /locus_tag="An04g05970" FT /number=2 FT exon complement(118387..118600) FT /locus_tag="An04g05970" FT /number=3 FT CDS join(119807..119986,120054..120460,120544..120631) FT /locus_tag="An04g05980" FT /note="Complex: S. cerevisiae Vti1p interacts with the FT t-SNAREs Sed5p, Pep12p, Vam3p and Vam7p, the v-SNAREs Nyv1p FT and Ykt6p and the SNAP Sec17p." FT /note="Function: S. cerevisiae Vti1p acts as a retrograde FT v-SNARE and interacts directly with the t-SNARE Sed5p to FT target retrograde vacuole to cis-Golgi traffic." FT /note="Function: in S. cerevisiae the transport vesicle FT specivic v-SNARE Vti1p interacts with the prevacuolar FT target specific t-SNARE Pep12p to direct Golgi to FT prevacuolar traffic." FT /note="Function: in S. cerevisiae vacuole-vacuole fusion FT requires a cis-SNARE complex of five SNAREs, the t-SNAREs FT Vam3p and Vam7p and the v-SNAREs Nyv1p, Vti1p, and Ykt6p." FT /note="Remark: the Exon-Intron structure of the predicted FT A. niger protein is in accordance with the A. niger ESTs FT an_2635, 2436 and 2514." FT /note="Title: strong similarity to v-SNARE Vti1 FT -Saccharomyces cerevisiae" FT /note="intracellular transport vesicles" FT /db_xref="GOA:A2QJ65" FT /db_xref="InterPro:IPR007705" FT /db_xref="UniProtKB/TrEMBL:A2QJ65" FT /citation=[36] FT /citation=[40] FT /citation=[55] FT /inference="profile:PFAM:PF05008" FT /inference="similar to AA sequence:PIR:S50926" FT /protein_id="CAK38859.1" FT /translation="MSNPLDTDAGSELFSSYETELKLVQADLNQKLDQIAESSGEQRKS FT AIRQAERALDEATELLDQMRMEKQNIPSAARSKINTRVRNYATDIDEAKRKLRSLSDDR FT KALFGDRYTDDPQDEHLEQRQQLLSGTERLERSSARLQESQRIALETEDIGRNTLADLN FT QQRETIMNARGRLLESEGYVDTSIKTLRGMARRMATNRLITIAIITVLILLIFAVIYSK FT FH" FT mRNA join(<119807..119986,120054..120460,120544..>120631) FT /locus_tag="An04g05980" FT exon 119807..119986 FT /locus_tag="An04g05980" FT /number=1 FT intron 119987..120053 FT /locus_tag="An04g05980" FT /number=1 FT exon 120054..120460 FT /locus_tag="An04g05980" FT /number=2 FT intron 120461..120543 FT /locus_tag="An04g05980" FT /number=2 FT exon 120544..120631 FT /locus_tag="An04g05980" FT /number=3 FT exon complement(120893..121897) FT /locus_tag="An04g05990" FT /number=1 FT CDS complement(120893..121897) FT /locus_tag="An04g05990" FT /note="Title: similarity to hypothetical protein B23I11.280 FT - Neurospora crassa" FT /db_xref="InterPro:IPR019413" FT /db_xref="UniProtKB/TrEMBL:A2QJ66" FT /inference="similar to AA sequence:PIR:T51916" FT /protein_id="CAK38860.1" FT /translation="MASSSFLKSPSPLDLPPTTSTSNPLYVTIRFSASIPDLPLDIFSP FT ETTTSAGLKQLIRTRLPPHLSSHRLRLIHAGRGLEDKTPLSVSLKLPPTPTRSPRPSAS FT PPSDTTSDPASDPNRKGKAPVRDHPRLYIHCSIGDIVLSATDLATEASIASTLDDEQHS FT SSESNHDDGSARGQRQKDVRNDDDASTTTPAPRGFDRLLSAGFTPAEVAGLRSQFLAVQ FT SVSRTPDTMPSGAELRELEDRWMDEGSTAAMAAGGGGGDGAVSFADDDGGFGAGSRGAM FT DDMLWGAVMGFFWPVGCAMWLRREEGVWSWRKGLAVFVGVVVNIAFGAMRIMN" FT mRNA complement(<120893..>121897) FT /locus_tag="An04g05990" FT CDS join(123584..123624,123864..123952,124011..124118, FT 124186..124724,124785..125058,125183..125283, FT 125334..125520,125571..126034) FT /locus_tag="An04g06000" FT /note="Function: S. cerevisiae PUT3 is a positive regulator FT of PUT (proline utilization) genes." FT /note="Similarity: S. cerevisiae PUT3 is a zinc finger FT transcription factor with a fungal GAL4-type Zn(2)-Cys(6) FT binuclear cluster domain." FT /note="Similarity: similarity is between the predicted A. FT niger protein and the C-terminal 2/3s of S. cerevisiae PUT3 FT , which is 300 aa longer." FT /note="Title: similarity to transcription activator Put3 FT -Saccharomyces cerevisiae" FT /note="nucleus" FT /db_xref="GOA:A2QJ67" FT /db_xref="InterPro:IPR007219" FT /db_xref="UniProtKB/TrEMBL:A2QJ67" FT /citation=[10] FT /inference="profile:PFAM:PF04082" FT /protein_id="CAK38861.1" FT /translation="MQAEPRKLKRTANACLRDLQTQAKEQHETTKKRTHDVAFEEVENV FT LNSESRSPGANWPSPFGLPSMTMRNTHDNRLSRWVWLAPTSTWSFTARLTLMMTQRLHP FT DVAYDIPYFLDGDIYPLQWKSSSDATPDISGLPSMDYALYLFNTVKFHLGQTFRLLDEG FT AFTTHMQEFYYGDAAKKAAESRLWFVQFLLVLSFGKAFLDQSRKRDPPGAGYFVRAMSL FT MPDYSSIWRDTLLAIEVMALAALYLYSIDRRESGHLFASQAIRIAQLEGLHTELPEEEL FT GAAAVDRCRNLWWTLYIMDRHFSSSLGIPMIVHDSDVTALIDSPTQSCQRNAMLSLRVR FT LSRLLSTILGNLAKELEDFINTKFAGPVNSMSKGMRHILLLYHECVIVATRPLLLAILR FT ERLDKLGLPLECCRRIVPLMETLMSTGINSATKSLQLLKALVDEGLLESFLPFDLEFTY FT GAAIHLTMAGALVPELVGQRSSNQQAHLILDEIISKGNRVAEIRKADLTRLESLFEGLK FT ERYTHAANHISTDLVPESSGDAHGQNHRSSDDAQLPCITGDINVAEDELPELGLTSYDI FT AAIVDQIDYTASPSFWLAQEREEL" FT mRNA join(<123584..123624,123864..123952,124011..124118, FT 124186..124724,124785..125058,125183..125283, FT 125334..125520,125571..>126034) FT /locus_tag="An04g06000" FT exon 123584..123624 FT /locus_tag="An04g06000" FT /number=1 FT intron 123625..123863 FT /locus_tag="An04g06000" FT /number=1 FT exon 123864..123952 FT /locus_tag="An04g06000" FT /number=2 FT intron 123953..124010 FT /locus_tag="An04g06000" FT /number=2 FT exon 124011..124118 FT /locus_tag="An04g06000" FT /number=3 FT intron 124119..124185 FT /locus_tag="An04g06000" FT /number=3 FT exon 124186..124724 FT /locus_tag="An04g06000" FT /number=4 FT intron 124725..124784 FT /locus_tag="An04g06000" FT /number=4 FT exon 124785..125058 FT /locus_tag="An04g06000" FT /number=5 FT intron 125059..125182 FT /locus_tag="An04g06000" FT /number=5 FT exon 125183..125283 FT /locus_tag="An04g06000" FT /number=6 FT intron 125284..125333 FT /locus_tag="An04g06000" FT /number=6 FT exon 125334..125520 FT /locus_tag="An04g06000" FT /number=7 FT intron 125521..125570 FT /locus_tag="An04g06000" FT /number=7 FT exon 125571..126034 FT /locus_tag="An04g06000" FT /number=8 FT CDS join(126535..127213,127320..127609) FT /locus_tag="An04g06010" FT /note="Title: similarity to mitomycin biosynthesis protein FT MmcH from patent WO200053737-A2 - Streptomyces lavendulae" FT /db_xref="InterPro:IPR008775" FT /db_xref="UniProtKB/TrEMBL:A2QJ68" FT /inference="profile:COGS:COG5285" FT /protein_id="CAK38862.1" FT /translation="MTRLPLPIPAPIPQSYIPRSTLRTIPSTTPIEYILAILSRDGGVI FT ISDFIPKEDLTSIDTELTPWTSAHKPASTSATNGAFTTIPSQTTLIPGLVGKSPTIARI FT CTDHPTLEALRTRILVDEWCINREESVEPNRLDPLLSLSVAMNIGYGAPRQLLHRDDNV FT HHVRHEYREWEWGWGEVSQFGCLIAGCDVSREMGATMFVKGSHRWGDERWAEVDHEKGE FT VCFAEMKAGSALIFLASAYHGGGHNSLPGTVRNMYGLFFCRGHLRTEENQFLAIPRSVV FT TKMSPKMLALLGYKKPTTALGIVDNISPDEDIEGVWERVVQ" FT mRNA join(<126535..127213,127320..>127609) FT /locus_tag="An04g06010" FT exon 126535..127213 FT /locus_tag="An04g06010" FT /number=1 FT intron 127214..127319 FT /locus_tag="An04g06010" FT /number=1 FT exon 127320..127609 FT /locus_tag="An04g06010" FT /number=2 FT CDS complement(join(128535..128572,128634..129339)) FT /locus_tag="An04g06020" FT /note="Function: S. cerevisiae ISA1 is involved in the FT assembly of Fe/S-clusters in mitochondrial and FT cytoplasmatic proteins." FT /note="Localization: S. cerevisiae ISA1 localises to the FT mitochondrial matrix." FT /note="Remark: the Exon-Intron structure of the predicted FT A. niger protein is in accordance with the A. niger EST FT an_3349 ." FT /note="Title: strong similarity to mediator of FT mitochondrial Fe/S-cluster assembly Isa1 - Saccharomyces FT cerevisiae" FT /note="localisation:mitochondrion" FT /db_xref="GOA:A2QJ69" FT /db_xref="InterPro:IPR000361" FT /db_xref="InterPro:IPR016092" FT /db_xref="InterPro:IPR017870" FT /db_xref="UniProtKB/TrEMBL:A2QJ69" FT /citation=[64] FT /citation=[67] FT /citation=[72] FT /inference="profile:COGS:COG0316" FT /inference="profile:PFAM:PF01521" FT /inference="similar to AA sequence:PIR:S64778" FT /protein_id="CAK38863.1" FT /translation="MSLCKATMPSPVTSSATILTWLRQSSSRRSTQTCRLFSSYGNAHR FT SSKRELQTATAYRPHSLPTSFPPPRNTGNPDTSIAADFPSFREISQPQMPGQQGLSDLS FT LRESEAQKSKPVPAPAPAEKTAAKPTEKPRRKLRARKAAMKLTPVAIEQLRKLLTQPNP FT KLIRVGVKNRGCSGLAYHLEYVEKPGTFDEVVEQDGVKVLIDSKALFSIIGSEMDWQED FT KLSRRFVFRNPNIKEQCGCGESFMV" FT mRNA complement(join(<128535..128572,128634..>129339)) FT /locus_tag="An04g06020" FT exon complement(128535..128572) FT /locus_tag="An04g06020" FT /number=1 FT mat_peptide complement(join(128538..128572,128634..129258)) FT /locus_tag="An04g06020" FT intron complement(128573..128633) FT /locus_tag="An04g06020" FT /number=1 FT exon complement(128634..129339) FT /locus_tag="An04g06020" FT /number=2 FT sig_peptide complement(129259..129339) FT /locus_tag="An04g06020" FT /inference="protein motif:SignalP:2.0" FT CDS join(130549..130629,130690..130812,130871..130951, FT 131020..131155,131209..131321,131381..131715, FT 131767..132177,132234..132897) FT /locus_tag="An04g06030" FT /note="Title: strong similarity to hypothetical protein FT SPBC20F10.02c - Schizosaccharomyces pombe" FT /db_xref="InterPro:IPR013636" FT /db_xref="UniProtKB/TrEMBL:A2QJ70" FT /inference="similar to AA sequence:PIR:T39873" FT /protein_id="CAK38864.1" FT /translation="MESPLTQQSRPETFKPKIVQLYENLFQTTDYAEPSEGFWREFFLL FT PPDRTRLTTVLNQLSPDETLNLQIQTQQLFARAIREAASASSPVDSYALEACVLKKKYT FT NPSSDVITVLAGLDHVDHVISNFVTVLDGIIRNGSSFDIRLKAIKAAIAMTSGAYKTSL FT VSYFTHRDLFPSLMKFVQETETPMQMFEPFVLLGLLANYNKFEFQNPYQLRLDDFVNEA FT SIQKIAKGVGLSCGALRNGYVAVQDDSPEGWSLISTLMYFGLGVLAPGKKDKAGTPTAE FT EAKDLFAALPAQQAAILLATYDFINANKLFGYHLINAAPEKDNEETPFASFLSLTSYLL FT QHAYRSPRVAHYAELNLLTLRILSEDSTLCKQLCSEESKRRVRLCRQRQPYLPLVNGDR FT VLVTAIFDILIDTLTHNLRRRLDVNLYSHCISIFLRLLTYLSMNKIRLTYHWSELWRTL FT LSLTRFLTTYAPDLTSNPHITTLTTTLINLIAFCVSSGDTFLPDPLSYDDLFYKLVETG FT PIITRFRDVYNFKASASAGAGADSNKEVHVAAIDTLISVSTHFYTLLFVDPGQNAEAAG FT KSGEAAPVPANLKKNLSPREVHRIIKQGYETLSIQPPEGLGAWTRYREADWKTELKRAA FT RCAVDDARGLVV" FT mRNA join(<130549..130629,130690..130812,130871..130951, FT 131020..131155,131209..131321,131381..131715, FT 131767..132177,132234..>132897) FT /locus_tag="An04g06030" FT exon 130549..130629 FT /locus_tag="An04g06030" FT /number=1 FT intron 130630..130689 FT /locus_tag="An04g06030" FT /number=1 FT exon 130690..130812 FT /locus_tag="An04g06030" FT /number=2 FT intron 130813..130870 FT /locus_tag="An04g06030" FT /number=2 FT exon 130871..130951 FT /locus_tag="An04g06030" FT /number=3 FT intron 130952..131019 FT /locus_tag="An04g06030" FT /number=3 FT exon 131020..131155 FT /locus_tag="An04g06030" FT /number=4 FT intron 131156..131208 FT /locus_tag="An04g06030" FT /number=4 FT exon 131209..131321 FT /locus_tag="An04g06030" FT /number=5 FT intron 131322..131380 FT /locus_tag="An04g06030" FT /number=5 FT exon 131381..131715 FT /locus_tag="An04g06030" FT /number=6 FT intron 131716..131766 FT /locus_tag="An04g06030" FT /number=6 FT exon 131767..132177 FT /locus_tag="An04g06030" FT /number=7 FT intron 132178..132233 FT /locus_tag="An04g06030" FT /number=7 FT exon 132234..132897 FT /locus_tag="An04g06030" FT /number=8 FT CDS complement(join(133315..133526,133580..133964, FT 134078..134309,134515..134678)) FT /locus_tag="An04g06040" FT /note="Function: S. cerevisiae EAF3 is component of the FT NuA4 histone-acetyltransferase complex, however eaf3 FT mutations are viable and have no growth phenotype." FT /note="Function: S. pombe alp13 mutants are FT temperature-sensitive, have cell polarity defects and are FT sterile." FT /note="Remark: a splice site was detected upstream of the FT START codon." FT /note="Similarity: the predicted A. niger protein shows FT strong similarity to alp13 of S. pombe (also known as FT chromo domain protein), which belongs to the MRG protein FT family. MRG proteins comprise the homologous proteins human FT MORF4 related gene, D. melanogaster male specific lethal-3 FT (Msl-3) and S. cerevisiae Eaf3p." FT /note="Title: strong similarity to cell polarity FT determinant alp13p - Schizosaccharomyces pombe" FT /db_xref="GOA:A2QJ71" FT /db_xref="InterPro:IPR000953" FT /db_xref="InterPro:IPR008676" FT /db_xref="InterPro:IPR017398" FT /db_xref="UniProtKB/TrEMBL:A2QJ71" FT /citation=[46] FT /citation=[78] FT /protein_id="CAK38865.1" FT /translation="MAPTSQMTYQKDERVLCFHHEILYEAKILDLRHTDPEDRKSPYEY FT LVHYKGWKNTWDDWVPQDRLRKFTEENRELATTLRREAEAAFRQKSTKASVKKRGGSDR FT SSARGSEERQTSVPGRGTKRARDNDIEKEESFYVRPSVRIVMPDNLKSLLVDDWENVTK FT NQQVVALPAKSPVNQILDDYVNEEKPKRTSSADTDVLEEVVMGVREYFDKALDKVLLYR FT FEREQYRALRKKWEAGSGDYADKGPLDIYGAEHLTRLFATMPELIAQTNMDLQSTNRLR FT EELSKFTIWLSKNSSRYFATRYMTASNEYIEKSRGVPNPTPGTATSRLV" FT mRNA complement(join(<133315..133526,133580..133964, FT 134078..134309,134515..>134678)) FT /locus_tag="An04g06040" FT exon complement(133315..133526) FT /locus_tag="An04g06040" FT /number=1 FT intron complement(133527..133579) FT /locus_tag="An04g06040" FT /number=1 FT exon complement(133580..133964) FT /locus_tag="An04g06040" FT /number=2 FT intron complement(133965..134077) FT /locus_tag="An04g06040" FT /number=2 FT exon complement(134078..134309) FT /locus_tag="An04g06040" FT /number=3 FT intron complement(134310..134514) FT /locus_tag="An04g06040" FT /number=3 FT exon complement(134515..134678) FT /locus_tag="An04g06040" FT /number=4 FT exon 135635..136216 FT /locus_tag="An04g06050" FT /number=1 FT CDS 135635..136216 FT /locus_tag="An04g06050" FT /note="Title: strong similarity to hypothetical protein FT SPAC23H4.11c - Schizosaccharomyces pombe" FT /db_xref="InterPro:IPR018565" FT /db_xref="UniProtKB/TrEMBL:A2QJ72" FT /inference="similar to AA sequence:PIR:T38317" FT /protein_id="CAK38866.1" FT /translation="MAPTESSILGNFLLSPAPLPTIMSLQQFTELFPKRLRSHPHIRAL FT YRELQELRENDMDLVNGNIDKEVRQGETQKAELRKSVAKTGVDGLSSSDQREMDMDVQL FT FGQTSSSDYHSPSSLLDAMEQAISDIDRQVSETDEEATAILAMLNNTVGEMSDLRYGKM FT QGPAGTSGEDMVNEAIRGLGHLENACYRKS" FT mRNA <135635..>136216 FT /locus_tag="An04g06050" FT CDS join(137020..137476,137508..137860) FT /locus_tag="An04g06060" FT /note="Complex: S. cerevisiae Ctf8p interact physically FT with Ctf18p, Dcc1p, Rfc2p, Rfc3p, Rfc4p and Rfc5p but not FT with Rfc1p or Rad24p." FT /note="Function: S. cerevisiae Ctf8p forms part of an FT alternative replication factor complex (RFC) involved in FT sister chromatid cohesion and faithful chromosome FT transmission." FT /note="Function: deletion of S. cerevisiae CTF8 leads to a FT severe sister chromatid cohesion defect." FT /note="Remark: the systematic name for S. cerevisiae CTF8 FT is YHR191c." FT /note="Title: similarity to replication factor complex FT subunit Ctf8 - Saccharomyces cerevisiae" FT /note="nucleus" FT /db_xref="InterPro:IPR018607" FT /db_xref="UniProtKB/TrEMBL:A2QJ73" FT /citation=[88] FT /inference="similar to AA sequence:PIR:S46688" FT /protein_id="CAK38867.1" FT /translation="MPSIPLYPRASNPSARVNNPLPQLLRTPSGLALLELQGTINLPPQ FT DNVENNESSRSSPDGPSNPNAAPVFETPIGKLMFPDYSPQVTAPDDTKWMKRVYLYVGR FT YQRMTGEVKKLPQPLAVVQRRQKEPGATADDREELEIVEIVKYKIYFKRKSYGAEPGES FT AVWRSRIAQAGYGRFERSVWRQIILVSWNSGFCSNSIIIHDSVERLAPNGQFRVIYLSI FT AGLYAQLFWWRKSSRSRIQVDEGVEQNIPATADFRHHPYISICVDGI" FT mRNA join(<137020..137476,137508..>137860) FT /locus_tag="An04g06060" FT exon 137020..137476 FT /locus_tag="An04g06060" FT /number=1 FT intron 137477..137507 FT /locus_tag="An04g06060" FT /number=1 FT exon 137508..137860 FT /locus_tag="An04g06060" FT /number=2 FT CDS join(139125..139226,139326..139538) FT /locus_tag="An04g06070" FT /note="Title: strong similarity to EST an_1548 -Aspergillus FT niger" FT /db_xref="InterPro:IPR011008" FT /db_xref="InterPro:IPR013097" FT /db_xref="UniProtKB/TrEMBL:A2QJ74" FT /protein_id="CAK38868.1" FT /translation="MAPIERITLFKIPNDADRDRVLEQYKVLAKTAVKDGKPYILSSAA FT GASIPDERNQGWNLSVKTTFASLEDMVYYDEQCEAHKALKAVVGPVRTDKLTTFFESVL FT " FT mRNA join(<139125..139226,139326..>139538) FT /locus_tag="An04g06070" FT exon 139125..139226 FT /locus_tag="An04g06070" FT /number=1 FT intron 139227..139325 FT /locus_tag="An04g06070" FT /number=1 FT exon 139326..139538 FT /locus_tag="An04g06070" FT /number=2 FT CDS complement(join(140013..140075,140131..140600, FT 140637..141072,141139..141308,141516..142692, FT 142756..142788)) FT /locus_tag="An04g06080" FT /note="Complex: human GAPCenA interacts with Rab6,cytosolic FT gamma-tubulins and is associated with the centrosome." FT /note="Function: human GAPCenA is a GAP specifically active FT in vitro on Rab6, which regulates intracellular transport FT at the level of the Golgi, and, to a lesser extent, on Rab4 FT and Rab2 proteins." FT /note="Function: human GAPCenA may be involved in the FT coordination of microtubule and Golgi dynamics during the FT cell cycle." FT /note="Function: human GAPCenA was found to form complexes FT with cytosolic gamma-tubulin and to play a role in FT microtubule nucleation." FT /note="Localization: immunofluorescence and cell FT fractionation experiments showed that human GAPCenA is FT mainly cytosolic but that a minor pool is associated with FT the centrosome." FT /note="Title: similarity to Rab6 GTPase activating protein FT GAPCenA - Homo sapiens" FT /db_xref="GOA:A2QJ75" FT /db_xref="InterPro:IPR000195" FT /db_xref="UniProtKB/TrEMBL:A2QJ75" FT /citation=[49] FT /inference="profile:COGS:COG5210" FT /inference="profile:PFAM:PF00566" FT /protein_id="CAK38869.1" FT /translation="MSSRNSAEYEGDSFDDAPEAPNLHGNLNVSIPQSSSTRSLTDSPP FT SGSNVATPQLTEAPLLPTTSHEDHETAEDTDDASVGKQSEGEDTPRKQKPQKSPLLTAH FT RLSTTSLDDVNLAGSNKDDESTENQPLSQELNSGTPPPLSSRDSTSSHSSRLQGSSNAS FT AAKNQAPVAPPPPPTRSFTSPFAWLSRSSSGGKDAKSPPAQPRRNTAASISTIASNPEM FT GRHHDGEDVDGLGHRKPRRSSLKDQFKQLRLREEGLVSENDEASVASGRASFTAGSPPP FT SIPEEGENGIAAAPRATSPPNGASTVNPKLAPGTVAGFSTSATDASAPVDWELWQQLVN FT NGAQALKGANSDELNAAIKRGIPQTIRGVIWQVLADSRNPELEEVYRELVARGTDKEKQ FT SSPNEKTIRRDLGARTSYSRYFVSQGNQEGLFGLCKAYALYDEAVGYAQGMNFIVMPLL FT FNMDEAEAFTLLVKLMNQYGLRELFIHDMPGLHRSLYLFERLLEDVEPALYCHLRRRGV FT PPQLYATQWFLTLFAYRFPLQLVLRVYDLIFEEGLENTILKFALAIMRRNADTLLGMKD FT MAPLTTFLKERLFDVYIDKQPSASSILESVYRADIMVQDACAIPLEPETIRAYTAEWEE FT MVRTEKEREQELDNLRHTVATQSARIRLLEEQAEASDKEHVQLASELVHLKVENEELTD FT MNDAMKMQVTELKNVVDKQPAEVEEKLRTEMDRIMKRNMEVQNENRSMVEQMAEMEKEL FT VEAKMKWAEIHDEHENLKQKWSDLRKALN" FT mRNA complement(join(<140013..140075,140131..140600, FT 140637..141072,141139..141308,141516..142692, FT 142756..>142788)) FT /locus_tag="An04g06080" FT exon complement(140013..140075) FT /locus_tag="An04g06080" FT /number=1 FT intron complement(140076..140130) FT /locus_tag="An04g06080" FT /number=1 FT exon complement(140131..140600) FT /locus_tag="An04g06080" FT /number=2 FT intron complement(140601..140636) FT /locus_tag="An04g06080" FT /number=2 FT exon complement(140637..141072) FT /locus_tag="An04g06080" FT /number=3 FT intron complement(141073..141138) FT /locus_tag="An04g06080" FT /number=3 FT exon complement(141139..141308) FT /locus_tag="An04g06080" FT /number=4 FT intron complement(141309..141515) FT /locus_tag="An04g06080" FT /number=4 FT exon complement(141516..142692) FT /locus_tag="An04g06080" FT /number=5 FT intron complement(142693..142755) FT /locus_tag="An04g06080" FT /number=5 FT exon complement(142756..142788) FT /locus_tag="An04g06080" FT /number=6 FT CDS complement(join(144030..144359,144379..145068, FT 145191..145235)) FT /locus_tag="An04g06090" FT /EC_number="2.5.-.-" FT /note="Function: S. cerevisiae BET4 is required for the FT prenylation of Rab GTP-binding proteins which leads to FT their membrane attachment and subsequent activity in the FT regulation of vesicular traffic." FT /note="Title: similarity to geranylgeranyltransferase FT type-II alpha chain Bet4 - Saccharomyces cerevisiae" FT /db_xref="GOA:A2QJ76" FT /db_xref="InterPro:IPR002088" FT /db_xref="InterPro:IPR008940" FT /db_xref="UniProtKB/TrEMBL:A2QJ76" FT /citation=[30] FT /inference="profile:COGS:COG5536" FT /inference="profile:PFAM:PF01239" FT /inference="similar to AA sequence:PIR:S48301" FT /protein_id="CAK38870.1" FT /translation="MGFPATRSKASRPKKIAEQQYTPETLEKIAELLTSNPEYYTVWNY FT RRQVLRNEFSRAASAGSNEAAAEQIATLIKNDLLFTVPLLRSFPKCYWIWNYRTWLLDE FT AKRLLPVPAAQKFWQEELGLVGKMLTLDSRNFHGWGYRRFVVETLRELKSEEQEGQQMT FT QTEYEYAKKMIGANLSNFSAWHYRTKLIQRMLNEKSASDVERKAMLDNGTSSPLSSAWP FT GDSVRVCVLTYHTGRIGLDPSCPSLWFYHQNLMCVFDPSVADQTLAPHLSDAERLDYLR FT QEIDEIQEMLDGAEDCKYIYQALIDCTMLAWKVEGNAPSGETKKKVQHWLSELKKLDPL FT RLQRWLDLEHSLSR" FT mRNA complement(join(<144030..144359,144379..145068, FT 145191..>145235)) FT /locus_tag="An04g06090" FT exon complement(144030..144359) FT /locus_tag="An04g06090" FT /number=1 FT intron complement(144360..144378) FT /locus_tag="An04g06090" FT /number=1 FT exon complement(144379..145068) FT /locus_tag="An04g06090" FT /number=2 FT intron complement(145069..145190) FT /locus_tag="An04g06090" FT /number=2 FT exon complement(145191..145235) FT /locus_tag="An04g06090" FT /number=3 FT CDS join(145739..146771,147014..147716,147936..148653) FT /locus_tag="An04g06100" FT /note="Complex: human CDC20 binds to APC, a hMAD2 FT tetramer,cyclin A, BUBR1 and the kinase aurora2/Aik." FT /note="Function: activation of the anaphase-promoting FT complex (APC) by binding of human CDC20 in metaphase and FT CDH1 in telophase is required for anaphase and for exit FT from mitosis." FT /note="Function: the human checkpoint protein hMAD2 FT prevents activation of APC by forming a hMAD2-CDC20-APC FT complex." FT /note="Regulation: the phosphorylation of Cdc20 by FT Cdc2-Cyclin B and cyclinA-cyclin A-associated kinase FT influences activity of the CDC20-APC complex." FT /note="Remark: an alternative name for human CDC20 is FT p55CDC." FT /note="Similarity: similarity is from the central region of FT the predicted A. niger protein to human CDC20, which is 400 FT aa shorter." FT /note="Title: similarity to cell cycle protein CDC20 - Homo FT sapiens" FT /note="nucleus" FT /db_xref="InterPro:IPR001680" FT /db_xref="InterPro:IPR011046" FT /db_xref="InterPro:IPR015943" FT /db_xref="InterPro:IPR017986" FT /db_xref="InterPro:IPR019781" FT /db_xref="InterPro:IPR019782" FT /db_xref="UniProtKB/TrEMBL:A2QJ77" FT /citation=[16] FT /citation=[45] FT /citation=[54] FT /citation=[59] FT /citation=[62] FT /inference="profile:COGS:COG2319" FT /inference="profile:COGS:COG5635" FT /inference="profile:PFAM:PF00400" FT /protein_id="CAK38871.1" FT /translation="MNHSTTHSRRSSILAGEKDAFPEPRPFDSTGRKRNAVASTYLNAH FT TPPQLAPITHSKLNLNTLSAGEPKGKGKSIEERSQSPRRVARSFESRSDVTHTSTKKHQ FT SLKFPGPVRKSHNRIRKTIALETLGIDRKGPVLPDRFIPRRENNITPSTPFRVGKCTRE FT LSSEERLLRQRLPKEDPFLPTRSGRSISAPRIPSDRICSTHYGPHLVIDPAVPSSDFAH FT GSRDFSRQVSNGAVWNVGGTSAALGRRSMATPNGSGGQFASGTTAPMFAAKFLPHVAST FT EEREKHKSRVALALDIDPARRLLKTCKLWHLLESLPSPSSPDFEKYSPFVWKDNAWRRA FT EKYQWMVVPKEGERVVPNRPFRILDAPLLRDDFYCSTLAYSSTSGILAVGLGHRVYLWS FT EHLGVQHPPLSDQHPSNYVTSLAFSSENGGKSILAVGRQSGMLSLWSTFDSDVRFEISH FT PDSITCLAFRPTKSRRLSERLRHLEVDVEDLAVGDDLGNIWYYSVEWPDNEEWDEYDFN FT GSMTLLAKITAHTQQICGITWSPEGSYLATGGNDNCCLLFDLHDILPPREHKPSSQDHT FT PHQHRLVHGAAVKAIAFAPWQPSLLATGGGSNDRAIHFYHAPTGACLATINVYAQVTSL FT IWSRTRREIVATFGFAQPEHPFRIAVFAWPSCEQIAAIPWGPHGSSWDSPESDMIDCGR FT ALCAVSYPGRPRDCEDHRPDQESRSPTSMVMHDRLAEQSRSEPGRRSTVREVVRPRARE FT GGLWCSRTVQEGCIIVASSDQSVKFHEVWSGPKRGAAVVAGPLGGSGILEGLEGLEIIG FT DEIIR" FT mRNA join(<145739..146771,147014..147716,147936..>148653) FT /locus_tag="An04g06100" FT exon 145739..146771 FT /locus_tag="An04g06100" FT /number=1 FT intron 146772..147013 FT /locus_tag="An04g06100" FT /number=1 FT exon 147014..147716 FT /locus_tag="An04g06100" FT /number=2 FT intron 147717..147935 FT /locus_tag="An04g06100" FT /number=2 FT exon 147936..148653 FT /locus_tag="An04g06100" FT /number=3 FT CDS join(149131..149444,149588..149699,149877..149893, FT 150057..150087,150183..150197) FT /locus_tag="An04g06110" FT /product="hypothetical protein" FT /note="Remark: blastp with the predicted A. niger protein FT only retrieves random hits to threonine rich proteins." FT /db_xref="UniProtKB/TrEMBL:A2QJ78" FT /protein_id="CAK38872.1" FT /translation="MPLLHTLLTTFLAASTTALAASPNPTTTSSTTTTFPNTLNITTLT FT AHNNQSVLECWALDPGYSTSAQAGVSGTAMLNLGPVTSNATNLLIPGEYNGGLHNAPTI FT QWVIFLSGVAHITLPNSTDEAWIVGGKNGAILALDTAEIVWLSCTHSQACYEGVYSAP" FT mRNA join(<149131..149444,149588..149699,149877..149893, FT 150057..150087,150183..>150197) FT /locus_tag="An04g06110" FT exon 149131..149444 FT /locus_tag="An04g06110" FT /number=1 FT sig_peptide 149131..149190 FT /locus_tag="An04g06110" FT /inference="protein motif:SignalP:2.0" FT mat_peptide join(149191..149444,149588..149699,149877..149893, FT 150057..150087,150183..150194) FT /locus_tag="An04g06110" FT /product="hypothetical protein" FT intron 149445..149587 FT /locus_tag="An04g06110" FT /number=1 FT exon 149588..149699 FT /locus_tag="An04g06110" FT /number=2 FT intron 149700..149876 FT /locus_tag="An04g06110" FT /number=2 FT exon 149877..149893 FT /locus_tag="An04g06110" FT /number=3 FT intron 149894..150056 FT /locus_tag="An04g06110" FT /number=3 FT exon 150057..150087 FT /locus_tag="An04g06110" FT /number=4 FT intron 150088..150182 FT /locus_tag="An04g06110" FT /number=4 FT exon 150183..150197 FT /locus_tag="An04g06110" FT /number=5 FT CDS complement(join(150494..152477,152536..153101)) FT /locus_tag="An04g06120" FT /note="Similarity: the ORF shows also strong similarity to FT EST EMBLEST:BE759148 an_3476 from Aspergillus niger." FT /note="Title: strong similarity to hypothetical protein FT YDR398w - Saccharomyces cerevisiae" FT /db_xref="InterPro:IPR011046" FT /db_xref="InterPro:IPR012979" FT /db_xref="InterPro:IPR015943" FT /db_xref="UniProtKB/TrEMBL:A2QJ79" FT /inference="profile:COGS:COG1511" FT /inference="profile:COGS:COG5271" FT /inference="similar to AA sequence:PIR:S69681" FT /protein_id="CAK38873.1" FT /translation="MGKKASRPPATKTSSAASPAASGLTYTGNKSSILKASFAPSEYQL FT ALFASVIQGLDAQHLRIHDTNTGRLQCEHVLGPKETVTSLDWGYYSSTKKERDQQSKKK FT RKRPSDVNGNGFDQGDVVVAIGTSASEIRMYSPVEDKIVGTLANGHEKGIRDFKFTSGR FT PGQEGWSIGGDNKLVQWDLFTGKTTRTIHIPSTSALSTLARPLPSNPPVICASQTPYVV FT SVEKDEAPVTFDAMRNPIKNIIPSSTDSAAAGLFLAADGDRYITVFDVEKRKLALNLVA FT ENGVSSVSLYTGAERKGITLPAEKQVIAAVTEDGTIELFTRPFVLPNDQSNAKGAASLK FT ARSKQAIRRADSQIKVTVSATSNALVSMVAASFEGPDLVVAWAEGGVVPVFERIKWLNE FT ETDDLLFTGTKQIVKSKSGSVLGSVTTNGARAANENQVDESKAVVEQGNVIEDDIEMQD FT SKDAASVAGSDEESDDEEAEPKQKNESKQLQKKTDADSDVEMGNAQESGSEEDEEDETG FT EPSFGELMRANQEVDVEAELEDDVHMGSLVPGKPSAAVQQIPTGVSLSTVLTQSLKTND FT NAMLESCFHTGELSIIRSTIQRLDSSLAATLLQKLAERLSTRPGRYGHLLVWVQWTCVA FT HGGALAGKPELLKRMSTLFKVMEQRSSSLPSLLLLKGKLDMLDAQLGLRRSIRGGEEAM FT ESEDEENIIYVEGQEEDEDEDSDVDAKNMTTPRKSIRDQAFDEEESMMNGVQTGDESED FT EEDDGSEEEEEEDENILDVEAEESAGSSDAEESLEEDEDEDDEDAESAGSMVDFIADTE FT DEESEDEQALSTSKPPPSKKARLSGGGRGKGKNKGRK" FT mRNA complement(join(<150494..152477,152536..>153101)) FT /locus_tag="An04g06120" FT exon complement(150494..152477) FT /locus_tag="An04g06120" FT /number=1 FT intron complement(152478..152535) FT /locus_tag="An04g06120" FT /number=1 FT exon complement(152536..153101) FT /locus_tag="An04g06120" FT /number=2 FT CDS complement(join(154402..154475,154525..154630, FT 154705..155095,155273..155586,155699..155749)) FT /locus_tag="An04g06130" FT /note="Title: weak similarity to transcription factor SoxP1 FT - Oncorhynchus mykiss" FT /db_xref="UniProtKB/TrEMBL:A2QJ80" FT /citation=[25] FT /protein_id="CAK38874.1" FT /translation="MTEDTQGQTGVLRRPQMGGGRKIACSHVVRQVPVTKREANKKSPD FT RRGKKTEFNERKGLGGKQQVREDEIRRMSVGAQMLVNPQSARAKPRWLPEARNQVLVPG FT VRAERDWGGRSDEEDTVKKERWSAVQGQPRTQRAVGGGVNGRVKGKRDRRAAALSSAPE FT TETEKVGGGARILKYERSRCARPSSAANSIGHASPNYSSSSHSAAADWSRDDAFYEIRV FT VIGCNQPWTVDPGSGYQKFPLSETSKTTREAFHNLPNLGGITIGTEPPSSHFIDKMHRD FT DTGSESEVHHGFGVKPVELDAEPGCGGHQT" FT mRNA complement(join(<154402..154475,154525..154630, FT 154705..155095,155273..155586,155699..>155749)) FT /locus_tag="An04g06130" FT exon complement(154402..154475) FT /locus_tag="An04g06130" FT /number=1 FT intron complement(154476..154524) FT /locus_tag="An04g06130" FT /number=1 FT exon complement(154525..154630) FT /locus_tag="An04g06130" FT /number=2 FT intron complement(154631..154704) FT /locus_tag="An04g06130" FT /number=2 FT exon complement(154705..155095) FT /locus_tag="An04g06130" FT /number=3 FT intron complement(155096..155272) FT /locus_tag="An04g06130" FT /number=3 FT exon complement(155273..155586) FT /locus_tag="An04g06130" FT /number=4 FT intron complement(155587..155698) FT /locus_tag="An04g06130" FT /number=4 FT exon complement(155699..155749) FT /locus_tag="An04g06130" FT /number=5 FT CDS join(155962..156065,156124..157192,157229..157244, FT 157335..158194,158253..158585) FT /locus_tag="An04g06140" FT /note="Function: S. cerevisiae BDF1 is transcription factor FT involved in control of snRNA expression." FT /note="Function: in S. cerevisiae most cells from the bdf1 FT null mutant fail to undergo one or both meiotic FT divisions,and there is an absolute defect in spore FT formation." FT /note="Similarity: S. cerevisiae BDF1 contains two FT bromodomains." FT /note="Title: similarity to transcription factor Bdf1 FT -Saccharomyces cerevisiae" FT /note="nucleus" FT /db_xref="InterPro:IPR001487" FT /db_xref="InterPro:IPR018359" FT /db_xref="UniProtKB/TrEMBL:A2QJ81" FT /citation=[20] FT /citation=[21] FT /inference="profile:COGS:COG5076" FT /inference="profile:PFAM:PF00439" FT /inference="similar to AA sequence:SWISSPROT:BDF1.YEAST" FT /protein_id="CAK38875.1" FT /translation="MATPPPEAPSAIKEEKPQLPPSPNGVSPADTGRTGVQDAVVNAKS FT DAPVNGAEKPIEETKSATANGTTAESTSNTNGVAATASPPKSPSLPTADTSAQPAVASE FT EAKPSNVDSAATGEKETASEKTSAAAQASGEGASGAKSKDTQALQDASKPSTDAPSDAK FT VESTAQPSQDTAAVKTELPHHPSNAKPESTMQTEAASTAPSVPPLQNVDQEMRDAPDVP FT ASPTKISRERERDPSDEPAAKRTKIGGEGAAASADFKVPDLPTPTESRSERATNGETTM FT TKVQHKFLSKSIQSLKRMHDSRFYREPVDPIKLNVPHYPQFIKRPMDLGTIEKKLKNNV FT YRTAQAVIDDFNLMVQNALTFNGPDHLVAQEGQKLKITFDKQMANLPRADEPSTAIRLP FT LIRRDSANADGRPKRSIHPPKRDLPYSTKPKKKKYQWELRFCQEVLDELHKPKHYTYAM FT PFYHPVDPVALNIPTYHSIIKKPMDFSTVQSKLRAGQYENAKEFELDMRLILKNCFKFN FT IPGDPTYMAGQRLEEEFNKKWAQKTRYLEQHEPHVEHHSAESSEEESEEDAEESDYDAE FT KLSLLQKQMEEMTRQIEAITKKKKTPPGSKKLGKTKPGKKESKKPSTMGLAKKESKKST FT TKVSAKPEKQHWVTYHEKQIISNGISSLPDKKMQEALKIIQTNVPALKGTQEAEIELDI FT DELPNDVLLMLLRFVKKNAPHVVEEDPASAAAANAAAPKPKKNKPMSKYEQEAQINMLE FT SNLSRFQGGGGGRSPDPMPSVEANESSDDSEDDSEESEEE" FT mRNA join(<155962..156065,156124..157192,157229..157244, FT 157335..158194,158253..>158585) FT /locus_tag="An04g06140" FT exon 155962..156065 FT /locus_tag="An04g06140" FT /number=1 FT intron 156066..156123 FT /locus_tag="An04g06140" FT /number=1 FT exon 156124..157192 FT /locus_tag="An04g06140" FT /number=2 FT intron 157193..157228 FT /locus_tag="An04g06140" FT /number=2 FT exon 157229..157244 FT /locus_tag="An04g06140" FT /number=3 FT intron 157245..157334 FT /locus_tag="An04g06140" FT /number=3 FT exon 157335..158194 FT /locus_tag="An04g06140" FT /number=4 FT intron 158195..158252 FT /locus_tag="An04g06140" FT /number=4 FT exon 158253..158585 FT /locus_tag="An04g06140" FT /number=5 FT CDS join(159247..159390,159471..159569,159638..160200, FT 160271..160496,160720..161010,161099..161161) FT /locus_tag="An04g06150" FT /note="Function: S. cerevisiae DPH gene products catalyse FT the post translational modification of a histidine residue FT in translation elongation factor-2 (EF-2) to a diphthamide FT residue." FT /note="Similarity: similarity is from the C-terminal region FT of the predicted A. niger protein to the N-terminal region FT of S. cerevisiae DPH3." FT /note="Title: weak similarity to DPH3 from patent FT WO9953762-A1 - Saccharomyces cerevisiae" FT /db_xref="InterPro:IPR007872" FT /db_xref="UniProtKB/TrEMBL:A2QJ82" FT /inference="profile:COGS:COG2214" FT /inference="profile:COGS:COG5216" FT /inference="profile:PFAM:PF05207" FT /protein_id="CAK38876.1" FT /translation="MIPPCDPVILENNPQFKRLYTHLTTTLLNPDGSTRAQDAQPARQA FT VVEEVKACRIRDAKKQIKKQALRRLAFDPDSGLPDDCRDPVAIITLYLESSPDLLKLDD FT DPSDAATDAQLLLAPDIDEFYSNLPLLATPLSNVLSQTLNDIRTIANAGSSDSSDSGST FT SRPNEPPRTTRARNRQAMLRSIAQVSLASQLGDRIRALRQIQLTELPAARTRMAATAAE FT VLATRAAVLERTVMLLERAKHGAMARAAKAKADHLVAVAQGIEGKLNVTKLEILATIHT FT PEVVDALRRYYQHLRETRERLEERRAMALDELKSYEDSIDGAGRGPMKELARQYGSLIR FT EVEDPTLFLCSGTRSPQLSILPEQKNPSHYIKTRIKMADEALSIYDEIEIEDMTFDPVL FT QIYHYPCPCGDRFEIAIDDLRDGEDIGVCPSCSLMIRVIFDQADLPKDSDDKNGSAAVA FT VQA" FT mRNA join(<159247..159390,159471..159569,159638..160200, FT 160271..160496,160720..161010,161099..>161161) FT /locus_tag="An04g06150" FT exon 159247..159390 FT /locus_tag="An04g06150" FT /number=1 FT intron 159391..159470 FT /locus_tag="An04g06150" FT /number=1 FT exon 159471..159569 FT /locus_tag="An04g06150" FT /number=2 FT intron 159570..159637 FT /locus_tag="An04g06150" FT /number=2 FT exon 159638..160200 FT /locus_tag="An04g06150" FT /number=3 FT intron 160201..160270 FT /locus_tag="An04g06150" FT /number=3 FT exon 160271..160496 FT /locus_tag="An04g06150" FT /number=4 FT intron 160497..160719 FT /locus_tag="An04g06150" FT /number=4 FT exon 160720..161010 FT /locus_tag="An04g06150" FT /number=5 FT intron 161011..161098 FT /locus_tag="An04g06150" FT /number=5 FT exon 161099..161161 FT /locus_tag="An04g06150" FT /number=6 FT CDS complement(join(161772..162047,162141..162509)) FT /locus_tag="An04g06160" FT /note="Function: S. cerevisiae frataxin (YFH1) is necessary FT for FeS cluster assembly into ferredoxin." FT /note="Function: S. cerevisiae yfh1 mutations are highly FT sensitive to oxidants, such as H2O2, iron and copper and FT their mitochondria contain 10 times more iron than FT wild-type." FT /note="Function: expansion of GAA repeats in human frataxin FT causes Friedreich's ataxia, an autosomal FT recessive,degenerative disease of central and peripheral FT nervous systems and the heart." FT /note="Title: strong similarity to mitochondrial frataxin FT Yfh1 - Saccharomyces cerevisiae" FT /note="localisation:mitochondrion" FT /db_xref="InterPro:IPR002908" FT /db_xref="InterPro:IPR017789" FT /db_xref="UniProtKB/TrEMBL:A2QJ83" FT /citation=[26] FT /citation=[37] FT /citation=[38] FT /citation=[86] FT /inference="profile:COGS:COG1965" FT /inference="profile:PFAM:PF01491" FT /inference="similar to AA sequence:PIR:S67663" FT /protein_id="CAK38877.1" FT /translation="MYSRLPRAILSPAAATAARPSLRVGARFATATPFQQPQPQPQLPR FT RCFHATSAPRKGIFPDSADPPAPHPQSSNVAGAATHVTEPSPLTDAQYHDHAEHYLNVV FT QNEIEKAQEEGSDIEAEYSAGVMNIIVPGVGTYVLNKQPPNKQIWLSSPISGPKRYDWV FT VEGDQMHEKQESREFINGQWIYLRDGSNLTDLLNHELTLSLPRDVYSEVLE" FT mRNA complement(join(<161772..162047,162141..>162509)) FT /locus_tag="An04g06160" FT exon complement(161772..162047) FT /locus_tag="An04g06160" FT /number=1 FT mat_peptide complement(join(161775..162047,162141..162416)) FT /locus_tag="An04g06160" FT intron complement(162048..162140) FT /locus_tag="An04g06160" FT /number=1 FT exon complement(162141..162509) FT /locus_tag="An04g06160" FT /number=2 FT sig_peptide complement(162417..162509) FT /locus_tag="An04g06160" FT /inference="protein motif:SignalP:2.0" FT CDS join(162940..163491,163573..164139) FT /locus_tag="An04g06170" FT /note="Title: similarity to hypothetical protein B7N4.10 FT -Neurospora crassa" FT /db_xref="UniProtKB/TrEMBL:A2QJ84" FT /inference="similar to AA sequence:PIR:T51194" FT /protein_id="CAK38878.1" FT /translation="MSNPRPNPNPKKEKRPPLTHFLCLPLINATSLPQLESSLATFKAS FT VPTFQPPQDQHQHHHEHHQHQPQPLIPPSAHRPVGTLHLTLGVMSLPTPDRLSQAIRFL FT HSLDLEAMLRETPQSEAASSAAAAAPEATASPFLISLESLHAIPRAKAATVLHAAPVDP FT TNRLYPFCVRLRDRFLEEGFLEQQRQMDLAEDSAREGGMMVPAPTSATAAAPVESKPKV FT RPLLLHATIVNTIYAKGKGGGHGGRGGRGGRGGDGKGDKRKRQYTFDAREILARYRNYT FT SPGESVESTEAVPNAAVPDNEGSGSEGEGSLSKRKGTPFVWARDFPIESVCICEMGAKK FT LVPDLNGKDEGMNARLGEKYRVVAEKSLLFGL" FT mRNA join(<162940..163491,163573..>164139) FT /locus_tag="An04g06170" FT exon 162940..163491 FT /locus_tag="An04g06170" FT /number=1 FT intron 163492..163572 FT /locus_tag="An04g06170" FT /number=1 FT exon 163573..164139 FT /locus_tag="An04g06170" FT /number=2 FT exon complement(164285..166558) FT /locus_tag="An04g06180" FT /number=1 FT CDS complement(164285..166558) FT /locus_tag="An04g06180" FT /note="Complex: Sec6p of S. cerevisiae and six other FT proteins (Sec15p, Sec8p, Sec3p, Sec5p, Sec10p and Exo70p) FT together form the exocyst complex." FT /note="Function: S. cerevisiae Sec6 is a cytoplasmic FT protein involved in the last step of the secretory FT pathway,the fusion of post-Golgi vesicles with the plasma FT membrane." FT /note="Function: S. cerevisiae Sec6 is a subunit of the FT Exocyst complex, which is required for exocytosis." FT /note="Localization: the exocyst of S. cerevisiae is found FT in the cytoplasm and associated with the plasma FT membrane,where it is specifically located at sites of FT vesicle fusion." FT /note="Title: strong similarity to exocyst subunit Sec6 FT -Saccharomyces cerevisiae" FT /note="plasma membrane" FT /db_xref="InterPro:IPR010326" FT /db_xref="UniProtKB/TrEMBL:A2QJ85" FT /citation=[18] FT /citation=[32] FT /citation=[50] FT /citation=[5] FT /citation=[70] FT /inference="profile:COGS:COG5173" FT /inference="similar to AA sequence:PIR:S48411" FT /protein_id="CAK38879.1" FT /translation="MARDDDGTVAMPRLEDILRHPEDLDKIMGLKAEYSRKKAAVDSQL FT REGLRDQLETVQRSINALTEGQRQVSKTKDELQGIDKLCAESQTSVEDFSQIDKLAKVQ FT RNFEATLTMKKGLEEFSENLAVVEDLLREDDDDLENQPNLLRAHMQISRLRDFRDEAMD FT QIRKAQDPSSEETLADYFQGLDGVVDWFDDHLGTACMNLIPLVQSDNPGMVVRLAVVVM FT NEEKNDQTVRALQEAQKDHQDLADRFKSMNVGPKTVRGYKEKFLQAIEFYAQNQFDATK FT EDFLAQPDNLDKNFRWFFNDLYTVQQGMQPLMPKKWKIYKTYTEIYHRMMHDFFIGLIN FT DPELPADNLLAIIHWTEKYYKKMNKLGWKQADLKPNILDDREPELIRQWQNIIIRAVED FT WTNRITETDRKGLVERIPDSLDTNPEGCFRTKTLPDMWRMLHEQIMASGASSRTDVVEG FT IIDAMFRVLKARQVAWQTLIDEECAKYKAPGGDLLDGLQLLQDWLVAVANDQIACIDDN FT EETGQLGYLSRFKRDFETIVDPSYMASRAIPELDALRDGYVDLSTHCLTQFVELIFAVD FT FRTTIPDFFTQKWYGDFAVKRITSTFEDYMADYSPVLHPSLTDILVEELSDELLVKYLS FT SVRNKGVKFRHNTDPYTDKFKDDVLTVFAFFQNYPDSFAGTIKMKWRLVDWLVRLLESE FT KGPALVAVYENFKTEYWDLQLSWVEAVLRTRDDFERSMISAVKAKAAELSVERGMETLM FT SKVR" FT mRNA complement(<164285..>166558) FT /locus_tag="An04g06180" FT exon 167199..167486 FT /locus_tag="An04g06190" FT /number=1 FT CDS 167199..167486 FT /locus_tag="An04g06190" FT /note="Remark: an alternative name for S. cerevisiae MRPL33 FT is YML33." FT /note="Title: strong similarity to mitochondrial ribosomal FT protein of the large subunit L30 - Saccharomyces FT cerevisiae" FT /note="localisation:mitochondrion" FT /db_xref="GOA:A2QJ86" FT /db_xref="InterPro:IPR000517" FT /db_xref="InterPro:IPR005996" FT /db_xref="InterPro:IPR016082" FT /db_xref="UniProtKB/TrEMBL:A2QJ86" FT /citation=[7] FT /inference="profile:COGS:COG1841" FT /inference="similar to AA sequence:PIR:S54593" FT /protein_id="CAK38880.1" FT /translation="MSSYFRVTLMRSAIGLPRRTNDVLKALGLKKRMATVFHPVSPSVA FT GQIMKVKELVQVQEVDRRLTKQEVHLERKPDPGYYVEKTSGVEFEENRLA" FT mRNA <167199..>167486 FT /locus_tag="An04g06190" FT CDS complement(join(168027..169038,169090..169223, FT 169272..169749,169870..170156)) FT /locus_tag="An04g06200" FT /note="Function: S. cerevisae DPL1 is required for the FT breakdown of long-chain-base phosphates like FT sphingosine-1-phosphate (PHS-1-P) and FT dihydrosphingosine-1-phosphate (DHS-1-P), which have been FT implicated as signaling molecules specifically stimulating FT a calcium-signaling mechanism." FT /note="Function: S. cerevisae dpl1delta deletion FT mutant,which accumulates endogenous phosphorylated FT sphingoid bases , exhibit unregulated proliferation upon FT approach to stationary phase." FT /note="Title: strong similarity to FT dihydrosphingosine/sphingosine phosphate lyase Dpl1 FT -Saccharomyces cerevisiae" FT /db_xref="GOA:A2QJ87" FT /db_xref="InterPro:IPR002129" FT /db_xref="InterPro:IPR015421" FT /db_xref="InterPro:IPR015424" FT /db_xref="UniProtKB/TrEMBL:A2QJ87" FT /citation=[48] FT /citation=[52] FT /citation=[87] FT /inference="profile:COGS:COG0076" FT /inference="similar to AA sequence:PIR:S70123" FT /protein_id="CAK38881.1" FT /translation="MREPRQFPDAPSAASQSLLSPPAPVPCIIRSIDLLSLPQSFSSPS FT VWRSSCPYSDPALFLLLTDMASSLLPVALQNKLLGYSRAPSTQLAAAHLDFLRNIVFVL FT FILRYVRKTFYSLRGYGIFGSIRNAYAAVRLFCYSIFLRFPGVRGQVDKQVSTAIENLE FT SKLVASGPGVNRYLNLPKEGWTAEQVRAELDKLANMEHTRWEDGRVSGAVYHGGQDLLK FT LQAEAFGQFGVANPIHPDVFPGVRKMEAEVVAMVLALFNAPSDGAGVTTSGGTESIIMA FT CLGARQKAFLERGVKEPEMIIPDTAHAAFIKACNYFKIKLHRVPCPAPEYKVDIPSVRR FT LINSNTVLIVGSAPNFPHGIVDDIPALSRLATSYKIPLHVDCCLGSFVVAFLKKAGFAS FT PYEEEGGFDFRLPGVTSISVDTHKYGFAPKGNSVLLYRNKTYRSYQYFIYPDWSGGVYA FT SPSVAGSRPGALIAGCWASLMSVGESGYIKSCLDIMGAAKKFESSIKEHPVLSKSLDIV FT GKPMVSVVAFYSKNDAVDIYDIADSLSAKGWHLNALQSPPAIHVAFTVPTAAAVDALTT FT DLVVAVEAELAKAEERKQQGKSYVVKRGDTAALYGVAGSMPDKSIVSRLAEGFLDTLYK FT A" FT mRNA complement(join(<168027..169038,169090..169223, FT 169272..169749,169870..>170156)) FT /locus_tag="An04g06200" FT exon complement(168027..169038) FT /locus_tag="An04g06200" FT /number=1 FT intron complement(169039..169089) FT /locus_tag="An04g06200" FT /number=1 FT exon complement(169090..169223) FT /locus_tag="An04g06200" FT /number=2 FT intron complement(169224..169271) FT /locus_tag="An04g06200" FT /number=2 FT exon complement(169272..169749) FT /locus_tag="An04g06200" FT /number=3 FT intron complement(169750..169869) FT /locus_tag="An04g06200" FT /number=3 FT exon complement(169870..170156) FT /locus_tag="An04g06200" FT /number=4 FT CDS complement(join(170674..171625,171685..171752, FT 171809..171889,171953..172182,172245..172311)) FT /locus_tag="An04g06210" FT /EC_number="2.3.3.14" FT /note="Catalytic activity: homocitrate synthases convert FT 2-hydroxybutane-1,2,4-tricarboxylate + CoA to acetyl-CoA + FT H(2)O + 2-oxoglutarate." FT /note="Function: P. chrysogenum lys1 catalyzes the first FT step of the lysine and penicillin pathway." FT /note="Title: strong similarity to homocitrate synthase FT lys1 - Penicillium chrysogenum" FT /db_xref="GOA:A2QJ88" FT /db_xref="InterPro:IPR000891" FT /db_xref="InterPro:IPR002034" FT /db_xref="InterPro:IPR011872" FT /db_xref="InterPro:IPR013785" FT /db_xref="UniProtKB/TrEMBL:A2QJ88" FT /citation=[47] FT /inference="profile:COGS:COG0119" FT /inference="profile:PFAM:PF00682" FT /inference="similar to AA sequence:UniProtKB:PCAJ3630.1" FT /protein_id="CAK38882.1" FT /translation="MCPGADHEPNGQANVANGNGNNGEHPGFTAVETRQNPHPSVSRNP FT YGHNVGVTDFLSNVSRFQIIESTLREGEQFANAFFDTEKKIEIAKALDEFGVDYIELTS FT PCASEQSRKDCEAICKLGLKAKILTHIRCHMDDARIAVETGVDGVDVVIGTSSYLREHS FT HGKDMTYIKNTAIEVIEFVKSKGIEIRFSSEDSFRSDLVDLLSIYSAVDKVGVNRVGIA FT DTVGCASPRQVYELVRVLRGVVSCDIETHFHNDTGCAIANAYCALEAGATHIDTSVLGI FT GERNGITPLGGLMARMMVADPEYVKSKYRLEKLKDIEDLVAEAVEVNIPFNNYITGFCA FT FTHKAGIHAKAILNNPSTYEIINPADFGMSRYVHFASRLTGWNAIKSRAQQLKIEMTDD FT QYKECTAKIKALADIRPIAVDDADSIIRAYYRNLKLGENKPLLDLTADEQAQFAAKEKE FT LAAQASA" FT mRNA complement(join(<170674..171625,171685..171752, FT 171809..171889,171953..172182,172245..>172311)) FT /locus_tag="An04g06210" FT exon complement(170674..171625) FT /locus_tag="An04g06210" FT /number=1 FT intron complement(171626..171684) FT /locus_tag="An04g06210" FT /number=1 FT exon complement(171685..171752) FT /locus_tag="An04g06210" FT /number=2 FT intron complement(171753..171808) FT /locus_tag="An04g06210" FT /number=2 FT exon complement(171809..171889) FT /locus_tag="An04g06210" FT /number=3 FT intron complement(171890..171952) FT /locus_tag="An04g06210" FT /number=3 FT exon complement(171953..172182) FT /locus_tag="An04g06210" FT /number=4 FT intron complement(172183..172244) FT /locus_tag="An04g06210" FT /number=4 FT exon complement(172245..172311) FT /locus_tag="An04g06210" FT /number=5 FT CDS join(172615..172776,172842..172964,173369..173461, FT 173628..173651) FT /locus_tag="An04g06220" FT /product="hypothetical protein" FT /db_xref="UniProtKB/TrEMBL:A2QJ89" FT /protein_id="CAK38883.1" FT /translation="MHWRLLGRSLSFALSFCGNDEIFALFFRLLELAYTPLVGNLDREL FT RIRQPQLLSVYSILLPTGCLGGLFMGGDGYVDLPLKGYANEQTNVPFLVQDLSHIQYVT FT NGRYRPSIFISWLFVGQPELRQSFSGTKY" FT mRNA join(<172615..172776,172842..172964,173369..173461, FT 173628..>173651) FT /locus_tag="An04g06220" FT exon 172615..172776 FT /locus_tag="An04g06220" FT /number=1 FT sig_peptide 172615..172686 FT /locus_tag="An04g06220" FT /inference="protein motif:SignalP:2.0" FT mat_peptide join(172687..172776,172842..172964,173369..173461, FT 173628..173648) FT /locus_tag="An04g06220" FT /product="hypothetical protein" FT intron 172777..172841 FT /locus_tag="An04g06220" FT /number=1 FT exon 172842..172964 FT /locus_tag="An04g06220" FT /number=2 FT intron 172965..173368 FT /locus_tag="An04g06220" FT /number=2 FT exon 173369..173461 FT /locus_tag="An04g06220" FT /number=3 FT intron 173462..173627 FT /locus_tag="An04g06220" FT /number=3 FT exon 173628..173651 FT /locus_tag="An04g06220" FT /number=4 FT CDS join(177774..177906,178107..178200,178381..178465) FT /locus_tag="An04g06230" FT /product="hypothetical protein" FT /db_xref="UniProtKB/TrEMBL:A2QJ90" FT /protein_id="CAK38884.1" FT /translation="MLQWLKYSWNNSPDISTDDCFSSLKSSARFTLQNGTSARPKRSQE FT NPSHTKLITDMRGQSAHVAADEGQAKMGDKGARMGSTGQSHPQKKLPAGAPTGWAVFA" FT mRNA join(<177774..177906,178107..178200,178381..>178465) FT /locus_tag="An04g06230" FT exon 177774..177906 FT /locus_tag="An04g06230" FT /number=1 FT intron 177907..178106 FT /locus_tag="An04g06230" FT /number=1 FT exon 178107..178200 FT /locus_tag="An04g06230" FT /number=2 FT intron 178201..178380 FT /locus_tag="An04g06230" FT /number=2 FT exon 178381..178465 FT /locus_tag="An04g06230" FT /number=3 FT CDS join(180176..180465,180678..181464,181518..182417) FT /locus_tag="An04g06240" FT /note="Function: TRI10 of F. sporotrichioides controls FT expression of trichothecene toxin synthesis genes." FT /note="Phenotype: disruption of TRI10 in F. FT sporotrichioides abolished T-2 toxin production and FT dramatically decreased the transcript accumulation for four FT trichothecene genes (Tri4, Tri5, Tri6, and Tri101) and an FT apparent farnesyl pyrophosphate synthetase (Fpps) gene." FT /note="Remark: disruption of TRI10 additionally increased FT sensitivity to T-2 toxin under certain growth conditions." FT /note="Remark: trichothecenes are sesquiterpenoid FT mycotoxins and act as protein synthesis inhibitors for FT eukaryotic organisms." FT /note="Title: similarity to transcription regulator TRI10 FT -Fusarium sporotrichioides" FT /db_xref="UniProtKB/TrEMBL:A2QJ91" FT /citation=[91] FT /inference="similar to AA sequence:UniProtKB:AF359360.13" FT /protein_id="CAK38885.1" FT /translation="MAAATKIRKPNCSLLLVLCCAQHPGSHTYIPCLLFQPHEASMVAG FT HAVSAGRNAMRLARHAPDASPWTSSATDTVRGRIGWTMGPCKMSKPRSSGRCTLVYSTV FT PLHQLPTPEGTSVFPEEDYTTFSKQLEWAHNPSSPSSSVEGILTPNVLETQEPGIVWGD FT MMNSDDFGLAMSKSSLSDLDDLMWSASLDSPHLQKEPTLSPDPTSLQPTSGMHMLAAAT FT CGQTISWPGTPLDPIPGSRSEDELLMHYLDRVFYIQYPFYHTQDRQGRGWLLSLLRRIK FT PAYYASLALSELDLLSASLPKSELPARLAQLRTKDGYHDLALQGMQRIMADSFSWNAQS FT QITHSLEGLVSILQLLYWEIFAGGTKNWQWLLRLAGNLMPVFMQVRMPSTPHETSSQIC FT PSIPLDNQSPSPEDDSTARLLLGSLVSMDIIASASTRRAPFLDIDHVQVLDRFGISLES FT LIGCRNSIMALIADVSALDRWKKESEGARKLSIIELAQRGGQLEQRLRRELVDPEQMSA FT SEPFAAWGSSATPGVSRAHPGINKAFGLGAIAYLHVVLSGAHPELPEIAQTVSEAILVF FT QVLRDQRLLSSVVWPFCIVGCLAQPEQQPSFRELFTTAEATEGTLAEAYRVMEECWKAR FT KSRTSDCDWVSVMNERGDYVLLR" FT mRNA join(<180176..180465,180678..181464,181518..>182417) FT /locus_tag="An04g06240" FT exon 180176..180465 FT /locus_tag="An04g06240" FT /number=1 FT sig_peptide 180176..180259 FT /locus_tag="An04g06240" FT /inference="protein motif:SignalP:2.0" FT mat_peptide join(180260..180465,180678..181464,181518..182414) FT /locus_tag="An04g06240" FT intron 180466..180677 FT /locus_tag="An04g06240" FT /number=1 FT exon 180678..181464 FT /locus_tag="An04g06240" FT /number=2 FT intron 181465..181517 FT /locus_tag="An04g06240" FT /number=2 FT exon 181518..182417 FT /locus_tag="An04g06240" FT /number=3 FT exon 183237..184916 FT /locus_tag="An04g06250" FT /number=1 FT CDS 183237..184916 FT /locus_tag="An04g06250" FT /note="Function: it has been proposed that C. carbonum TOXA FT encodes an HC-toxin efflux pump which contributes to FT self-protection against HC-toxin and/or the secretion of FT HC-toxin into the extracellular milieu." FT /note="Remark: the predicted A. niger protein occurs from a FT genomic region containing a peptide synthase biosynthesis." FT /note="Similarity: C. carbonum TOXA is a member of the FT major facilitator superfamily." FT /note="Title: strong similarity to HC-toxin efflux pump FT TOXA - Cochliobolus carbonum" FT /note="plasma membrane" FT /db_xref="GOA:A2QJ92" FT /db_xref="InterPro:IPR011701" FT /db_xref="InterPro:IPR016196" FT /db_xref="UniProtKB/TrEMBL:A2QJ92" FT /citation=[29] FT /inference="profile:COGS:COG0477" FT /protein_id="CAK38886.1" FT /translation="MAADAMMNHPSLEKEEGQLSEKSAASNLDSEDQQVDASKEDEAPP FT RDITGWKWAIVVAAIYSSQFLFALDNTIVANIQPTIVEDFNSISKLSWISVAFLIGAAS FT TNLVWGKIFAQFNAKWTYIICIAIFEIGSAVCGSAPTMNAFIVGRAICGFSGAGMYVGL FT MTMLAVTTSMKERPTYVGGAGFTWGVGTVLGPIIGGAFTDSSAGWRWSFYINLCIGAVC FT APVYIFMLPNKDPRPGVSLGARAREIDYLGGVLTIGAFISGVMAISFGGATYPWNSAKI FT IGLFCCSGVLFILLGIQQGIPVFTTKERRLFPVEFLRSRTILILFAMTAAGGTLIFLPV FT YMCPLFFQFTRGDSALESGVRLLPFIILMIVAVIGNGAILSAHGLYMPWFLAGGILCLI FT GSALMYTVGLTTSVAHIYGYTVLIGFGVGLFSQASFSIAQAVAEPHMAPSAVGFITCAQ FT ISGCTIALAIANAVFLNKSVEGIKAVLPNVSSSEVELAITGTGSQLFDGLSQETKDRVL FT EAIVKALNNSYILSMVAAALVVVLSVCMKREKLFIAGGAGGV" FT mRNA <183237..>184916 FT /locus_tag="An04g06250" FT CDS join(185659..191402,191573..192410) FT /locus_tag="An04g06260" FT /note="Function: B. brevis TycC is composed of six modules FT that each incorporate one amino acid into the peptide FT product." FT /note="Similarity: the predicted A. niger protein shows FT modular repetetive similarity to B. brevis TycC, which is FT 3500 aa longer." FT /note="Title: strong similarity to peptide synthase TycC FT -Bacillus brevis" FT /db_xref="GOA:A2QJ93" FT /db_xref="InterPro:IPR000873" FT /db_xref="InterPro:IPR001242" FT /db_xref="InterPro:IPR006162" FT /db_xref="InterPro:IPR006163" FT /db_xref="InterPro:IPR009081" FT /db_xref="InterPro:IPR010071" FT /db_xref="InterPro:IPR020845" FT /db_xref="UniProtKB/TrEMBL:A2QJ93" FT /citation=[39] FT /inference="profile:COGS:COG1020" FT /inference="profile:PFAM:PF00501" FT /inference="profile:PFAM:PF00668" FT /protein_id="CAK38887.1" FT /translation="MISYYEIQDAHPVSPPTYQSLKGHEQISSQPIQDSEQAAEYWTDL FT FSHVGAQPQLHSFPLDHQWPRSETTIRAPEHLFEAALDFSERYNIRLDDLIYGIWAFVS FT IRHTAGGHRTAIFTVAGRDRSFFGSDSTQQGLEDQEDFPLVLTVPEGIEALSWMRYVGT FT VSAEAATHSHLGYKQILARTGAAPPQVKVSIIPDDSEEVMTADADFPLVLNLSASSGLK FT LSMRHNLAVPRTNVRVLLDHFAATLQQVVENPLVNIAAVNPTSPAERQLLHEYGKAAIR FT ARRGLVHALVEKQARLRPDAHAVQFELDAPLPYGTLNKRANQLARLLRAYGASYIPVHM FT RTSADFIVALLAILKAGAAYVILDPDAPASRKSFIVEDVQANFVLVDSDTAGEFPHEHK FT VRDLLSESMGNDDSDLSLDQDASALAYVIYTSGSTGKPKAVLLEHQAAYNGLLAFPKML FT DLRQLLFFNPVFSAAQRSMWATLSVGGCLCLASKANLTVHLARTISSMHITSVDMTSTT FT ASLLSPDNVPSLRRMVLGGELVNPAVVQTWSHRVELLSSYGLSECTQLNWRYRLQDTQS FT SSRIIGQPFDTTTSYILVPGTTALSPLLIPGELCLGGAQLARGYLNNAEETARRFIPNP FT FGQGKLYRTGDLAVRHADGSIEMIGRIDFQVKINGQRVDPAEPNAVIQSYEEVKQSAVV FT PAVVGGKTALVGVVVSRADGDWASLVANLRTYLASRVPRYMVPGFWVPLAALPTNANGK FT LDMAAVRAIVEDFAKSGQLLPDRPKNESNGVVWTEKEMIVRALWARFLSFAEEDITVED FT SFVALGGTSLEAIQVVSQLQTEHEMILRVEDIILGQSLAQVAGLIQTGGSAVNGHAPFT FT LLRETPSFERFGINMADVEDAFPVTPFQEAIIANTMLGGTKYIYSRSYSFTGHSASAVK FT RALTSLMDREIFLRSTFIPDGVSFMQVVRKSAPVPWEMSSMDVKSYMREQIQKPMHAGG FT LWWRAAALPDNILVITIHHALFDYWSSEFLPQDLTSLLTGSAPIQRPLFSQYVKHLQQH FT DEPTMQTFWKEYLDGAVPTRLGAQTEQQTLVSASLTTDLKSTASTLKVTPSMLLYAAWS FT LVLARATSSTDVVLGVTLSGREAPIPGILQMSGPTLMIAPLRVKLDRNNSFEAHLASVQ FT ASLWDVARHAQYGLRKILKVSRQPKDLFDTTVNFLIKVDSMPATAGGLTILPEKNYGTH FT DYIKLELSNEDLGQVTLSSMLKDGYARVLVQSVADILKVAAEAPGTRIKELELVREGVV FT NGVEREIDGPVEVAKVSPADDELGHSAFHRIACTYPSRTAVEDATGASITYAGMAIKVN FT QLAGLLRAKGVVLEQVVPLLLEKSISTIIAMLGVMVSGGAFLPLGPENPRERNLGIMED FT CEAKVVITDRQSARFFDDLTYEVIVIDDLDWDAMPIQREIVPDLTPDNLAYLIYTSGST FT GKPKGTLLTHRALATAVEGIIESTQMDNSHRILWALNYTFDGSFFSLFSALATGCTLCV FT APQNTIVGNLAGLINAMQVTAVCVTPTMAGLFHPDDVPTLQILATGGEPVTPHMQTVWA FT PRITVHSAYGPTEATICVTTTHVTPDMNLRNIGRPYRNVSAQILDPDTLQPVPAGEVGE FT LCLAGPQLARGYLKRPDATDKVFRNRPDGRIYQTGDLARWLPNGDIELFGRKDDQVKIN FT GYRIELGEIESVIMQTGLFSQCAVIAATVLKKKQLVAFCSTSAPGSREVVLLAPEQAPI FT LDEIKDHLTTLPKYMVPSIWLPLSDFPLMGSGKIDRKRLLALAQGLADDELKAYLPAEE FT ISAITSPAEHRLQHLWAKLFDTPADDIHANSTFHALGGDSISALNLVSLLRQDGYQVRV FT NDILSSRTLRDQAALLIDEPAEAAAPSPAPAAPTFQPTETILTTQLTQHNQILRALYLY FT ADESCDPRTAVQVILRDATLNLTYHTYSSEEEKQSLLDSNWERRFDPARPFVRYALLTD FT ATTGDRDLVIKLDHASYDGTLLHIFDDQFLALARNEPIPECTPFKEYINYITSLPKQPQ FT LDYWTTLLKPYHNDTTTTPYLSTLTNPSLNNIITYPIPADMGIEALATTHNVTPSVIFQ FT TAFSLLLSHLSATPQTQIVYDTLITARNVPLPNPQSITGTCANFLPFLSTIDPSQSIRS FT LLQDTQRDFWDVSGPRCRLIVRNI" FT mRNA join(<185659..191402,191573..>192410) FT /locus_tag="An04g06260" FT exon 185659..191402 FT /locus_tag="An04g06260" FT /number=1 FT intron 191403..191572 FT /locus_tag="An04g06260" FT /number=1 FT exon 191573..192410 FT /locus_tag="An04g06260" FT /number=2 FT CDS complement(join(193000..193027,193363..193490, FT 193672..193820,193894..194147,194214..194389)) FT /locus_tag="An04g06270" FT /EC_number="2.1.1.-" FT /note="Title: similarity to hypothetical methyltransferase FT AAO27746.2 - Fusarium sporotrichioides" FT /db_xref="GOA:A2QJ94" FT /db_xref="InterPro:IPR013217" FT /db_xref="UniProtKB/TrEMBL:A2QJ94" FT /inference="profile:COGS:COG0500" FT /inference="profile:COGS:COG2226" FT /protein_id="CAK38888.1" FT /translation="MGSTDPYRLGRDVIASTRLNLQHYIWKENIGYLLHPSIRFPNASS FT NSDISIADVGTGTGIWLLDLHRQYPNATLHGFDISSEQYPAPGFLPSNISLRHLNILEE FT IPEEYVEKYDVVHARLLVQVVLQAGGDPRPVIKNLMKLVKPGGYIQWEEPNDDAGNRPL FT VKSDPETTVSESSEELMRRIDGKFRSKNAFMNYLGLFGELISKVPGVEKEELNELLEKA FT AVEARGGVAWKVRSFVSCAFMP" FT mRNA complement(join(<193000..193027,193363..193490, FT 193672..193820,193894..194147,194214..>194389)) FT /locus_tag="An04g06270" FT exon complement(193000..193027) FT /locus_tag="An04g06270" FT /number=1 FT intron complement(193028..193362) FT /locus_tag="An04g06270" FT /number=1 FT exon complement(193363..193490) FT /locus_tag="An04g06270" FT /number=2 FT intron complement(193491..193671) FT /locus_tag="An04g06270" FT /number=2 FT exon complement(193672..193820) FT /locus_tag="An04g06270" FT /number=3 FT intron complement(193821..193893) FT /locus_tag="An04g06270" FT /number=3 FT exon complement(193894..194147) FT /locus_tag="An04g06270" FT /number=4 FT intron complement(194148..194213) FT /locus_tag="An04g06270" FT /number=4 FT exon complement(194214..194389) FT /locus_tag="An04g06270" FT /number=5 FT exon 195032..195658 FT /locus_tag="An04g06280" FT /number=1 FT CDS 195032..195658 FT /locus_tag="An04g06280" FT /note="Title: strong similarity to hypothetical protein FT BAC47520.1 - Bradyrhizobium japonicum" FT /db_xref="UniProtKB/TrEMBL:A2QJ95" FT /protein_id="CAK38889.1" FT /translation="MTTKYPLIEGIDIHNPSPAHEANAAFLRSFPIDRAVFRLYARSPG FT TFLPIMSVLDSILSGEKRTIQLLDYQLIVLRMTGLINAEYLFGINEPISRLNGLGDDKI FT EALRKGLTSKELIAMGTWTERQQCILTLVEESIRTYDNKEETILWAKRIMSDDEVVECF FT VVLGFYTTIARMTKGLRVQKDPVIPHLETAIVDTITKNERDGVEA" FT mRNA <195032..>195658 FT /locus_tag="An04g06280" FT CDS complement(join(195836..196402,196453..196888, FT 196963..197126)) FT /locus_tag="An04g06290" FT /note="Similarity: similarity is from the predicted A. FT niger protein to the central region of S. pombe zas1, which FT is 500 aa longer." FT /note="Similarity: the predicted A. niger protein contains FT a fungal Gal4-type Zn(2)-Cys(6) DNA-binding domain." FT /note="Title: weak similarity to C2H2 zinc finger protein FT zas1p - Schizosaccharomyces pombe" FT /db_xref="GOA:A2QJ96" FT /db_xref="InterPro:IPR001138" FT /db_xref="InterPro:IPR007087" FT /db_xref="InterPro:IPR013087" FT /db_xref="InterPro:IPR015880" FT /db_xref="InterPro:IPR018869" FT /db_xref="UniProtKB/TrEMBL:A2QJ96" FT /inference="profile:COGS:COG5048" FT /inference="profile:PFAM:PF00096" FT /protein_id="CAK38890.1" FT /translation="MDKLTRNDPLGEFVCRFPNCDARYRRKEHLRRHEAKHIQDRTYPC FT SICGQEFGRNDTLRRHLRVKHQLNEPVHRARRACSNCRAIKARCEGKPVCTECQHRGIR FT CSLREAEDSPAPEPRPASVSPRPAVSREEQFVKMFFELFHPHWPFVHRGTFRIRHEIPM FT LVQSMVVLGLWASGERGARCAAVELHEQLNSAILQQKEKWDVSNEVPIPQAGSWPLPIY FT QAILLHVIFSLIYKTHGSLGIDLKPSGLRTDTELLLKCLIRSCRLRGMFYYPRILQQYQ FT EPAIAQYMLVSIEEVKRFNIALYKVCTTIYGSTALSQMVDGASMGNILLTADELQFPLP FT ENHELWDAGTQSEWDRALEGMSVDGLGEYREEEWISKQARMMHVLGNI" FT mRNA complement(join(<195836..196402,196453..196888, FT 196963..>197126)) FT /locus_tag="An04g06290" FT exon complement(195836..196402) FT /locus_tag="An04g06290" FT /number=1 FT intron complement(196403..196452) FT /locus_tag="An04g06290" FT /number=1 FT exon complement(196453..196888) FT /locus_tag="An04g06290" FT /number=2 FT intron complement(196889..196962) FT /locus_tag="An04g06290" FT /number=2 FT exon complement(196963..197126) FT /locus_tag="An04g06290" FT /number=3 FT CDS complement(join(197541..198322,198373..198496)) FT /locus_tag="An04g06300" FT /note="Title: similarity to hypothetical protein CAE76440.1 FT - Neurospora crassa" FT /db_xref="UniProtKB/TrEMBL:A2QJ97" FT /protein_id="CAK38891.1" FT /translation="MIQSWRKAGACCLVLAAMACFSFGEAIYIVAGKNGAIVHSKAMTE FT RIEPPPNSTMTIRRSSPTPGDFPICRDPRGAARPFCLPEDGANVTVGGTYYITWDADFY FT PLNATITIELRYADSVEGDSTFTSDRTDNSYGYTHIHMQQEWLQGKQQNPLTLYIIELD FT SVSDKRASARRGPTVVLHPKPVQHLLSPPPTSFNKLALYIGLPVSLSVVILVVAGLYFG FT MRESRRIDLGNIGGPGYGIRKSKVQRLGRNRGESAEERNVEETNSDITEVAQPGRKGAL FT ERGLSFGCKHDSSRTKSWQV" FT mRNA complement(join(<197541..198322,198373..>198496)) FT /locus_tag="An04g06300" FT exon complement(197541..198322) FT /locus_tag="An04g06300" FT /number=1 FT mat_peptide complement(join(197544..198322,198373..198418)) FT /locus_tag="An04g06300" FT intron complement(198323..198372) FT /locus_tag="An04g06300" FT /number=1 FT exon complement(198373..198496) FT /locus_tag="An04g06300" FT /number=2 FT sig_peptide complement(198419..198496) FT /locus_tag="An04g06300" FT /inference="protein motif:SignalP:2.0" FT CDS join(199378..199701,199778..200175,200238..200289) FT /locus_tag="An04g06310" FT /note="Remark: a splice site was detected upstream of the FT START codon." FT /note="Title: strong similarity to hypothetical protein FT CAB91735.2 - Neurospora crassa" FT /db_xref="UniProtKB/TrEMBL:A2QJ98" FT /inference="similar to AA sequence:UniProtKB:NCB14D6.26" FT /protein_id="CAK38892.1" FT /translation="MRFTPVVALLPALAVAQEQVPLADRVQGWFNKAKSYLPTATPVAP FT AAAVVEKVVEKTKIQEKTVSEFNLTNWQSYLEPASEPQDWLVYITGGNKTCFGRCDKAD FT KAFNESVLLFSADPTSPNLGKLDCEENKVLCSAWGAGAPSVWYLQVPQAQLGEERPTTP FT LYTVYLNSTTVTPETIYKVHSEKVYEKTAPYDGPLHPTDGWLAQNHLLLPLGYVIYGFS FT AIPSWLFMIGISFFSRTFMSRRLGNVGGAPAPRPN" FT mRNA join(<199378..199701,199778..200175,200238..>200289) FT /locus_tag="An04g06310" FT exon 199378..199701 FT /locus_tag="An04g06310" FT /number=1 FT sig_peptide 199378..199425 FT /locus_tag="An04g06310" FT /inference="protein motif:SignalP:2.0" FT mat_peptide join(199426..199701,199778..200175,200238..200286) FT /locus_tag="An04g06310" FT intron 199702..199777 FT /locus_tag="An04g06310" FT /number=1 FT exon 199778..200175 FT /locus_tag="An04g06310" FT /number=2 FT intron 200176..200237 FT /locus_tag="An04g06310" FT /number=2 FT exon 200238..200289 FT /locus_tag="An04g06310" FT /number=3 FT CDS join(200675..200990,201076..201407) FT /locus_tag="An04g06320" FT /note="Similarity: the ORF shows also strong similarity to FT EST 3917 of patent WO200056762-A2 from A. niger." FT /note="Title: strong similarity to hypothetical protein FT SPAC19A8.14 - Schizosaccharomyces pombe" FT /db_xref="GOA:A2QJ99" FT /db_xref="InterPro:IPR002833" FT /db_xref="UniProtKB/TrEMBL:A2QJ99" FT /inference="profile:COGS:COG1990" FT /inference="profile:PFAM:PF01981" FT /inference="similar to AA sequence:PIR:T37947" FT /protein_id="CAK38893.1" FT /translation="MSDLDRTPPSTAAYVVATAILAGITGYFIGQGSTLGLFSNKEKEG FT WPNSYNVKPHLDSSDEDYESEEEEEDSEEEGDGTELANFDSSNEEVKLVLVVRTDLGMT FT KAHADSSDVAGKIAAQCSHATLACYKYLTAYTPNSGILRRWESQGQAKIALQVKSEEEM FT EEMQAKAISLGLCARVITDAGRTQIASGSRTVLGVLGPKSVVDSVTGHLKLL" FT mRNA join(<200675..200990,201076..>201407) FT /locus_tag="An04g06320" FT exon 200675..200990 FT /locus_tag="An04g06320" FT /number=1 FT intron 200991..201075 FT /locus_tag="An04g06320" FT /number=1 FT exon 201076..201407 FT /locus_tag="An04g06320" FT /number=2 FT CDS complement(join(201982..202457,202520..203011, FT 203079..203145)) FT /locus_tag="An04g06330" FT /note="Complex: N. crassa NMR interacts via specific FT protein-protein binding with two distinct regions of NIT2." FT /note="Function: N. crassa NMR is a repressor of nitrogen FT metabolismus, acting via inhibition of transcriptional FT activation by NIT2." FT /note="Title: similarity to repressor of nitrogen FT metabolism NMR - Neurospora crassa" FT /db_xref="GOA:A2QJA0" FT /db_xref="InterPro:IPR008030" FT /db_xref="InterPro:IPR016040" FT /db_xref="UniProtKB/TrEMBL:A2QJA0" FT /citation=[41] FT /inference="profile:COGS:COG0451" FT /inference="profile:COGS:COG1087" FT /inference="profile:COGS:COG1088" FT /protein_id="CAK38894.1" FT /translation="MSNLKDILVIGGTGAQGIPVVHALAKSGRYSVRVLTRNPTSARAQ FT ALLQLPNVRLIQGSQDNQSDLHTAFRGVYGAWVNTDGFTLGEKNELFYGIRAYEIARAE FT GVQHYVWANIEYVLKNAGWNEDYHCGHMDGKGRIGQFILAQGQEGIMKSSILTTGPYMD FT MLFDAMFVPQKQEDGSFLWANPARDGKIPLTALHDVGHYSLWLFDNIKESAGLDLVVGT FT EEVSFSEIAKTFSSVTGKVSVHVYVPLEQYLPAAEPYPGAPANWALGSDTPRDESVQTW FT RANFSAWWRYWGEGHAIKRDFVMLDKIHPQRIKSLAEWMKKVGYEGEPKRVLKGMEDRA FT GNMK" FT mRNA complement(join(<201982..202457,202520..203011, FT 203079..>203145)) FT /locus_tag="An04g06330" FT exon complement(201982..202457) FT /locus_tag="An04g06330" FT /number=1 FT intron complement(202458..202519) FT /locus_tag="An04g06330" FT /number=1 FT exon complement(202520..203011) FT /locus_tag="An04g06330" FT /number=2 FT intron complement(203012..203078) FT /locus_tag="An04g06330" FT /number=2 FT exon complement(203079..203145) FT /locus_tag="An04g06330" FT /number=3 FT CDS join(203773..203949,204007..204294) FT /locus_tag="An04g06340" FT /note="Similarity: the ORF shows strong similarity to the FT A. niger protein An12g01370. The ORF, however, is much FT shorter than An12g01370 (154 compared to 667 amino acids)." FT /note="Title: strong similarity to hypothetical protein FT encoded by An12g01370 - Aspergillus niger" FT /db_xref="GOA:A2QJA1" FT /db_xref="InterPro:IPR004370" FT /db_xref="UniProtKB/TrEMBL:A2QJA1" FT /protein_id="CAK38895.1" FT /translation="MPDWRIYHPTGTFTDPEHKEKLADAITSMYTQVGLPAFYVVVIFI FT EMPPGTLYRAGVSCHAKGVKPFVRLTFSHIARHFPPGESPERTAFMNRVHKTVKPYLAD FT KGYNWEVNGEELEREFVHINGLRIPPTGSEDEQRWFRDNEPSPWGPYLTA" FT mRNA join(<203773..203949,204007..>204294) FT /locus_tag="An04g06340" FT exon 203773..203949 FT /locus_tag="An04g06340" FT /number=1 FT intron 203950..204006 FT /locus_tag="An04g06340" FT /number=1 FT exon 204007..204294 FT /locus_tag="An04g06340" FT /number=2 FT CDS join(206574..206994,207067..207647) FT /locus_tag="An04g06350" FT /EC_number="1.1.1.219" FT /note="Catalytic activity: dihydrokaempferol 4-reductases FT convert to Cis-3,4-leucopelargonidin + NADP(+) to FT (+)-dihydrokaempferol + NADPH." FT /note="Function: P. hybrida DFR is involved in FT flavonoid-biosynthetis." FT /note="Title: similarity to dihydroflavenol 4-reductase DFR FT - Petunia hybrida" FT /db_xref="GOA:A2QJA2" FT /db_xref="InterPro:IPR001509" FT /db_xref="InterPro:IPR016040" FT /db_xref="UniProtKB/TrEMBL:A2QJA2" FT /citation=[9] FT /inference="profile:COGS:COG0451" FT /inference="profile:COGS:COG1088" FT /protein_id="CAK38896.1" FT /translation="MPCGLVFITGATGFIGSAVAIKTLQAGYSLRISVRKEEQIPKIKA FT ALSEFEDKIDFVVTPDITQQSSFAGRLDGANYVLHIASPMPHGTNPETYFGPAVKGTTA FT ILKEAAKVSSIKKVVITSSIAALIPISGLPEGGVIKENNDWDLSVDQTADLTGTNDEAT FT SMKLYHASKLLANQASWDFKKSENPNFSLVTIHPAFVYGRNPLQTTAEELSGTNALFFL FT TVADGKPLAPITAVHIDDVAESHVKALADNIPDGSSYLLAGKKAFWKDVAKIVKKEYPH FT LGFKISEEIASEPWPVDTTKAETELGMQWRSLEQMTRDVIDQQIELRSQAKF" FT mRNA join(<206574..206994,207067..>207647) FT /locus_tag="An04g06350" FT exon 206574..206994 FT /locus_tag="An04g06350" FT /number=1 FT sig_peptide 206574..206633 FT /locus_tag="An04g06350" FT /inference="protein motif:SignalP:2.0" FT mat_peptide join(206634..206994,207067..207644) FT /locus_tag="An04g06350" FT intron 206995..207066 FT /locus_tag="An04g06350" FT /number=1 FT exon 207067..207647 FT /locus_tag="An04g06350" FT /number=2 FT exon complement(207956..208156) FT /locus_tag="An04g06360" FT /number=1 FT CDS complement(207956..208156) FT /locus_tag="An04g06360" FT /note="Remark: ORF classified questionable due to lenght FT below 100 aa and no significant blastp similarity." FT /note="Title: questionable ORF" FT /db_xref="UniProtKB/TrEMBL:A2QJA3" FT /protein_id="CAK38897.1" FT /translation="MAQMLMVLQAVQFAEPGQVTHPADALDEMRERFLMFGVRAPFGWI FT TRLREYGKKIQTSTTIMGYIN" FT mRNA complement(<207956..>208156) FT /locus_tag="An04g06360" FT mat_peptide complement(207959..208108) FT /locus_tag="An04g06360" FT sig_peptide complement(208109..208156) FT /locus_tag="An04g06360" FT /inference="protein motif:SignalP:2.0" FT exon complement(208845..209309) FT /locus_tag="An04g06367" FT /number=1 FT CDS complement(208845..209309) FT /locus_tag="An04g06367" FT /product="hypothetical protein" FT /db_xref="UniProtKB/TrEMBL:A2QJA4" FT /protein_id="CAK38898.1" FT /translation="MAQHHHQSSLETVLNFSPVFLFTILIKAKGPGASQYLHLALWPRI FT MRVIWLRLNGWLSTLAVILSTCSLCVDNHCSNPGLPSKSSSGPDSKLSTLLSQSLRQSV FT FVKLLIWSSCRRKNRGSSFSKDLGGDYSGPGRAGSTGGPGRYQAGRWLDP" FT mRNA complement(<208845..>209309) FT /locus_tag="An04g06367" FT CDS join(210266..212269,212447..212520,212607..212643) FT /locus_tag="An04g06370" FT /note="Function: the mouse homologe of T. nigroviridis FT SART1, Haf, is a DNA-binding factor involved in FT transcriptional activation induced by hypoxia." FT /note="Title: similarity to hypoxia-associated FT transcriptional activator SART1 - Tetraodon nigroviridis" FT /db_xref="InterPro:IPR005011" FT /db_xref="UniProtKB/TrEMBL:A2QJA5" FT /citation=[71] FT /citation=[89] FT /inference="profile:PFAM:PF03343" FT /inference="similar to AA sequence:UniProtKB:AF299060.1" FT /protein_id="CAK38899.1" FT /translation="MADAVSIEQNNKIRAALGLKPLPVPGAEYEDDSDSSASEDEDPGS FT TLESREAMAGSNWKKMQDDAEAKRKREERNAAIKRARELAQRDAKLQGTTLGESGDADQ FT DTKAWLMQAKKRQKKIEKERARKLAEELEERERAAEYTAVDLAGIKVGHEVGDFEGGED FT HILTLKDATIDENEEEGDELENVDLREREKATERTELKKRKPAYDPTEENSSILAQYDE FT EIDGKKRKRFTLDAQGSTVEEREAKRQEVSGKLNKNIVSLDLETETTTPASDYMDISEI FT KIKKPKKKKAKATKQRAILDDDELFPTTESTTTPNDNAMDVDTNNGAPVPAPAPRKWAS FT EDVSFVDDDDLQASLTRQRRAAFKKRQKVRPEDLARQLREEGSQTPMESGTPDGNEEEP FT GLVIDETSEFVSNLQKPTLPERRERQTTTPADESRAKSEGPSIKAEDEDVEMGTYNDIE FT DEEDLKARIKREESQAQQQISTTGLDEEATLDQGLGATLNMLKQRGLVKGSDAADNNSL FT LRDRHRFLQEKMRMETEAEKRARQQRERDRASGKLDRMSAREREEYARWENKQRDQQEA FT RHMAEVFNREYKPDVQLKYVDEHGRAMNQKEAFKHLSHQFHGKGSGKMKTEKRLKKIEE FT EKKREAMSALDSSQHTGMNNAMGATARKNRQAGIDPFSVVDKASKQHAVLSDVGWVERL FT GVWGNLTEAE" FT mRNA join(<210266..212269,212447..212520,212607..>212643) FT /locus_tag="An04g06370" FT exon 210266..212269 FT /locus_tag="An04g06370" FT /number=1 FT intron 212270..212446 FT /locus_tag="An04g06370" FT /number=1 FT exon 212447..212520 FT /locus_tag="An04g06370" FT /number=2 FT intron 212521..212606 FT /locus_tag="An04g06370" FT /number=2 FT exon 212607..212643 FT /locus_tag="An04g06370" FT /number=3 FT CDS join(213513..213632,213696..213774,213886..214526, FT 214581..214868,214918..214977,215026..215127) FT /locus_tag="An04g06380" FT /EC_number="2.6.1.1" FT /note="Catalytic activity: aspartate aminotransferases FT convert L-aspartate + 2-oxoglutarate to oxaloacetate + FT L-glutamate." FT /note="Function: aspartate aminotransferases are involved FT in amino acid and nitrogen metabolism." FT /note="Localization: there are two aspartate FT aminotransferase isozymes in M. musculus, one is located in FT the mitochondrion and one in the cytoplasm." FT /note="Title: strong similarity to mitochondrial aspartate FT aminotransferase mAspAT - Mus musculus" FT /db_xref="GOA:A2QJA6" FT /db_xref="InterPro:IPR000796" FT /db_xref="InterPro:IPR004838" FT /db_xref="InterPro:IPR004839" FT /db_xref="InterPro:IPR015421" FT /db_xref="InterPro:IPR015424" FT /db_xref="UniProtKB/TrEMBL:A2QJA6" FT /citation=[11] FT /citation=[14] FT /citation=[15] FT /inference="profile:COGS:COG1448" FT /inference="profile:PFAM:PF00155" FT /inference="similar to AA sequence:SWISSPROT:AATM.MOUSE" FT /protein_id="CAK38900.1" FT /translation="MLSTLRVASRKAATRDASVRTVIVGARHASAWSNVPQGPPDAILG FT ITEAYKADTFKEKINLGVGAYRDDQGKPYVLPSVRAAEDKVVATRLDKEYAGITGIPAF FT TKAAAELAYGADSAVLKEDRLVITQTISGTGALRIGGAFLQRFYPHAKKVYLPTPSWAN FT HAAVFKDAGLEVDKYRYYNKDTIGLDFDGLLADIKAAPENSIILLHACAHNPTGVDPTQ FT EQWRQISDVMKQKGHFAFFDMAYQGFASGNADQDAFAPRHFVKEGHNIALCQSFAKNMG FT LYGERVGAFSLVCESAEEKKRVDSQIKILIRPFYSNPPIHGARIASTIMNDAKLNEQWL FT GEVKGMADRIIEMRALLRKNLEELGSKHDWSHITSQIGMFAYTGLKPEQMDALAKEHSV FT YATKDGRISVAGITSGNVKRLAESIYKITG" FT mRNA join(<213513..213632,213696..213774,213886..214526, FT 214581..214868,214918..214977,215026..>215127) FT /locus_tag="An04g06380" FT exon 213513..213632 FT /locus_tag="An04g06380" FT /number=1 FT intron 213633..213695 FT /locus_tag="An04g06380" FT /number=1 FT exon 213696..213774 FT /locus_tag="An04g06380" FT /number=2 FT intron 213775..213885 FT /locus_tag="An04g06380" FT /number=2 FT exon 213886..214526 FT /locus_tag="An04g06380" FT /number=3 FT intron 214527..214580 FT /locus_tag="An04g06380" FT /number=3 FT exon 214581..214868 FT /locus_tag="An04g06380" FT /number=4 FT intron 214869..214917 FT /locus_tag="An04g06380" FT /number=4 FT exon 214918..214977 FT /locus_tag="An04g06380" FT /number=5 FT intron 214978..215025 FT /locus_tag="An04g06380" FT /number=5 FT exon 215026..215127 FT /locus_tag="An04g06380" FT /number=6 XX SQ Sequence 215932 BP; 52498 A; 55485 C; 55242 G; 52707 T; 0 other; catgctatcc catgaagcag gtgttgtggt gagtccattc ctgactagaa actacagcat 60 gctgcttgct accttaacta gcctctgatc accagaggca cacctgcacc tcgactgagc 120 cacaattttg tgatatagca atactcacga tgtcagttta acatgtatta cagtgagaat 180 cattgctgca ataacatcca tcacttgact gcccaggcaa ctgctgagat cccaatcttg 240 atttattgca aatacatgac ttctgggaac agcgaacaac cattgtagat cttgtagctt 300 tactcttggt cagttattgc cagatcctag ttctgagtga tgttggtctc tattcctctc 360 attaaaaacg cgccttgtcc tccccggacg cgttgttgga tcttcgattt tgcatcaatg 420 ccccatagaa tgctcaaaat aagatattaa taaccaggct gaaagtgagc aaatgtggca 480 caatccaaat ttactgatca atcactgacg gtacaaactt ggcgggctct cagaagaagg 540 gtggctacct gctcagcagt atggggcctc taaaaaggaa cgaatccttg atggccgaaa 600 actcttaagg gcgccagtcc agatgagcta gaaaagatga agcaaggtcg gccatttcgg 660 aatcacgaaa gtccttctag cttagacact tgtatcaatc ctactagcaa tcggtcttgt 720 agtcattggc caaatggtaa tgcttttggt catgaatcct tctcatagaa ggccaagata 780 tcaacaagat cactcatcat tgagtttcat actaatacta tgcactacta agtatgcttt 840 ctatcaatac agtggttgca ctactagtac tccattctgg atatattctg agcattttac 900 cacaattcag taacgaactt ggcccaggaa gcttggacgg agattgaaga tatatttaaa 960 catcctaagc tagtacttac tgacggtaac acggaatgca cactccatgg tactactact 1020 actatgaacc agaatctctg attcaaacca tgaacagcta taacatctac acacaagcac 1080 ccaaatgcca cccaaaccct ctccccccac aagtagcacc ccataaagct atacaccagc 1140 atcacgtgac taccacatca ccagcggagc cggccgttat gcggccacca catcacagat 1200 aatcaccgat taccgccgcc gcaacaatct gtggctcaat tcacatttcc ctccacattc 1260 acctcaatcc ctggagcgat ctccaatcgc tctcacagag ctattcgtcc taacaattta 1320 ccagaaagac atccaccttt gctggcgcca taacagccca aacaattcaa ccagaccgat 1380 tgaacttacg tcacccaaaa catctcacga cagaagtaca gccacacgac caacaaacct 1440 cacaagaata aaaaaaggag gataagataa aagaggaaga accatgtcct cagccgaaga 1500 atcccccgcc cagcgagcag cccgcctgcg ccgcgaacgc cgcgaagcca aaatcaaagg 1560 cgatggagca gctcgtctag acaagattac cagtttgagt ggacggacac ctgctagtcg 1620 tatgtaccac actattcaac cccccccctt atacaatctt aagcgaaagg aacaaagata 1680 atatgataat gaaactaacg aaatccttct tgctacgtat tagtccgcga agaaacctct 1740 ccctctccct ctccttctcc ggctccggcc gcagcacaag ctaccactac agcactaagc 1800 cccagcccga gcccaagccc ggcccccgaa ccccgaacca ctcaaccttc cttcccaagc 1860 caagcccccc agcaacagca agaactcgac cccgaaacgc tccaagcaca gcaggagctc 1920 ttccgcgccc tactccgcca gtctggccag cctggcgact cgcccagcgg aagcccagga 1980 ccccaaccag gaggaccagg aggtatggga ggaatgggag gtctaggcgg cgaagcggac 2040 gacccgacgc tgaaacttct ctcgagccta atggccgggg ataccagtgc actgggcgag 2100 ggctcactgc ctggaggcca atcgcccgcg gacttactga cggggttggg agttccgcca 2160 tttgtggcga gtatgttggg agaggcgacg cggaagaaga gtgatgaaga gaagcgggag 2220 attctggtgt ggaaggtgct gcatgtggtg ttttctgtgt tgattggggt gtatttgttg 2280 gtgttaattg gttcgtcggt ggcgacgttt gggagtcagc cgccgccgcc ggcgacggcg 2340 aggaatccgt tcttgttctt tacgacgggg gaggtggtgc ttactggggc gagagttatg 2400 atgaagaggg ggggaggggg tttagggttg tgggtgcagt tggttagaga tattgcgagg 2460 gacgggagta ttgtgttgtt tttgtttggg atggcgaatt ggtggcatcg ggagtggacg 2520 gctaattaga tagggagtac gtagtactct ctagtgatca ggggactggg tttggtcgtg 2580 ggtatctttt cttctcttgt ggattatggc atagttgttt catgctgtgc ttatgaatac 2640 attttgcagt tcttgcatat tgcatgtgaa aattgttgac ataacatatg atcgtctgat 2700 gcttgctggg gcggttcttt tgccatcgac tatactaagc ggcataagtg cagtcgcagc 2760 tcccacgtgc ttgaatgcaa atgtccaaaa gtacggtggg ctaggggaca cacttacgtg 2820 cgagatatat tggtcccccc ttcaaccctg tactatcatc gtaggaactt ggttctggcc 2880 cggttgattt ctcctccgga ctccgactgg cctgtgcgct cgctcccaga aacgaggttg 2940 atattagctg tgagaagtga aaacttctcg cagccattac caatgtctca ccgaacttgg 3000 ccacagcaca acgcgtactg atccatcggg tgaactaagg aaatcaataa cgggcaggcc 3060 aagacgttat taatttgcac ttgcaggggg gcctattggg acggactttc ctaccgccgt 3120 gtttagttga tgcaggacgg gccagaaatc cgccgtctct aaccatccga gcctacaccg 3180 gttggctcag caaagtgacc actaaagact ggcggcgggc tcagacgtcg aaatggtaga 3240 agcggaccga gaagcttagt gcggccggga ctaaactata gcgcaggcgg gaaaggccac 3300 ggcctctggg tcctggttga gaaaggtagg gctcaagcag gacgacaacg accctttctg 3360 agtattgaga gaaggcgtat tctctcaccg gttggggtac gtaacccggt gtacatctcg 3420 aatgcagtat ccaggtaata accacgcagg caattataca aatgcaatat cttgtagata 3480 cgccacgccg tgcagggggc taccgagata actgattgac aatgataagc ggaaacgggg 3540 ggtatggtgg gcttgacacc gtatcgggag gctccctaga ggctgggata agagaagtgg 3600 ccgagccacc ggcgaccatt gaggacgttg atttgctaac agatggaggg tctcgattag 3660 catgagggct ctgtagtcgg cagtgtgggt agggactaaa cgggacaccc gggacccgaa 3720 cgcactcacc ttattaccac acacggacgc gaaggagtaa ggattgaaga tcactcacgg 3780 gagagaagcg acgaaaggga cgatgtatcc ttaattagta ttgggcaaga gtatggttcc 3840 cttaccggac cgatgctaca tgttagaggg agcaagccga gtatcgatgg gggcctgcgc 3900 aagttgaacg gaattctgcc ggacggcctc cacaatatta atgctcctag tcctgatggt 3960 ggaagttgct ccgtaatggc attataaaca tgaacaaacc gttcttgtcg gatcgatggt 4020 ctaatccaca tccaatcaag gctgccacac ccacaaagct ccccacaaat tgagggaact 4080 gtggtacttt ggccttagtt gtggtggggg ggttgtgttt gtaggctctc ttagggagtt 4140 ttgactctgc tctcgttgcg agatcagtcc taagtcgatc tcaccccatg aaagatgtgc 4200 catagcagac aatgccattt ccagaatttt gagttctgaa tattcggctg ttcgaaggta 4260 caagatgtaa gagcttccag ttctccgtgc agggaagctg gagagagtca aaagcctagg 4320 tccgagagat gtccgcggga acggggagaa ggagcaaaga gccaggcagc gatagccgaa 4380 ccccagcaag cagtaccacg gttatcccga ttgtccctcg acccgcgtgt cgaggaaagt 4440 gtttcgtccc agcccagctg atcattttgt ctttaccgag agggcgaaaa tagcagacaa 4500 tccccttttc ggcattgttg agagatgggc aagtcacggg cagcttcatt ggcgtaatgg 4560 gccacagtct tcctcgttag ggaaagtact gccgtaacgt tccgtagcct gaattattcc 4620 ttctaccgat tatactgggt gaagatcgga aatggttatt actttcagga cacatgaaag 4680 ataaatcaga ggcatagatt catcttcctt atccactaat atgcaccttc gtggaatgtg 4740 atgattgtta tgtgcacgat caggtcaggt gggtaggcat ttggtttcgt tgatggatat 4800 ctgtactaag gcacctctgc ggatatggca aatgaacaac agcaataact atcaagcact 4860 cttcccagct tgacttgcta ctgactataa tatactcact tatgcctgtg atagccgtaa 4920 cctgggtgtg cctgcaaaga acatccattt tactcaggcc tcggctctgc aaggccatct 4980 ttttccacgt tctgttcacc ggcaatatct cactaatgca agatgacctc ctatttacct 5040 atctccctcg taattagtat tttgaactac tgcatcttcc tggtcagccc tccaggcact 5100 ggctgcgggc catacagggg gtccctaatc cggcttgagt gaaacttccg cgaacagcac 5160 cacatccagt gatataggcg tctcattgga ccgcccaccg aggttgaggt agtatcttgg 5220 tccaggggat gctcacagcg atctatctct gaggtgcatg tggtttgtgt agctaaatga 5280 tgattagctt gactactatc tacttcacct ccccatattg ctctctgaga aatcagactg 5340 ctccaagagt actagatccg ctcactctct ttccctctca tccaaggtcc tgccaaatct 5400 tactctgagc agtcccattc aaagggcacg actaaggttt tggttccccc gcacggttca 5460 agcctcgcag taagaatgga cacgttccag tgctaattga cccctccgat cggggtgctt 5520 ggcgagtgtt cttgtgatac cgtcccgcca tcccccggaa acccaaaagt ttcaaccccc 5580 cgtctgcttg tgaacgaatc tggggcagag cccgatgaag atgatgttgg tcggctggac 5640 gccacaggat cacgccgcta atatatccct gtgctatgtc atgccatggc gtaccatggt 5700 tacgaatgag cacagtgctg tcggaggtga ccacctagat taataacttg cctctgctgg 5760 gagaattacc ttagtgggca attgacgata ggtctgctgt ccaatgatgg acaagaaccg 5820 agtcgactac agtcctaagg tcacaatcag cacctggcag acgggagcgt cgcaatagtg 5880 taccggagtg aataggagtc cccgtgtagt gggaggaggg gggaagggaa ataacgagat 5940 ggttgttcgc tagttgatca tcgactgcct tccccggagc aacggaaacg agagcctgtc 6000 aagccccgca tggccgagcc caacctttgg cggcgcgttt gaactacgct gaactagtct 6060 tggatagtgc gagcgaatgc gacagactga gattgcagcc gccaatgcag gaggtcgtcc 6120 atccagtgac attgcgaggg cctgccggga aaagactgtc cctccattta gtatcaatga 6180 cccgcatcca gaacagtcct tccccccccc tccctcctcc caccctgttc atttattata 6240 agtattatag gattttttct tttctttttt tttttttttt ttctgaaatt attatatgct 6300 acagtagtcg tggctttccc gatagtggag aagcgcttag agcgacaggc atgactagtc 6360 aggtatgtaa gaagtatgga ttgtccatgg tgggaagtag accagcgcct ccaaacgcat 6420 catgatctca acccaatgag ggaggggaac aattgggagg aggggggaaa ctgctgctct 6480 ggaactcaca cccggtaaga tctaggttaa cctgcatagc cgatccagta aagtaaggat 6540 tgggattgaa ccctggaccg acaaggttaa tcatacttac gcggtcgcgc ggaagggaaa 6600 gaaaggtaga cttggggtag gatggacgga tggataaggg gattacggta agtaagtagt 6660 aagtaggagt agtaaccaag tagtactgag gaggtacctt agcagcccgg gagcagtaca 6720 accttgccca aattgaagct acgacggtac caagcctgaa ccaagcctga agtagcaacg 6780 cctccacccg gacaccgggg gagcgggact ctcaacaatt aaaatcataa atgtctctct 6840 ttctcaaagg gacatctctc ttttttagtt cgggcattgg gttcaataaa taactgtctc 6900 tcttccccat cctgggcacc agttgctttc ttttcccccc tctcttcctc atttcttcct 6960 aatctttcta ttctctttcc tctctactcc tctctctctc cctcctctct tactccctcc 7020 tacacttctc cctctcttcc cccccctcgc gaaagtttgc ctgaacccca ccaaccagca 7080 ctgctgcaat tcttttgaca agtgagctta atcccccgcg cccgcaaact cacgtgcgct 7140 ccggcgctac gaatggaatt tctcgtcttt ttgcccaaca gaacgagagt tacctttcaa 7200 ttggagtgtc tcatcaattc taacattgca cagttcaaac acacagtttc gttgggacac 7260 aacaaaacat ggccgacggc agtgttatgc cccccaagtc ctccgtggta agaaatcgcg 7320 cgtgtttggc cgagttatcg ccgggtcccc gtgctaatcc cgtcggtttc aggtggtcga 7380 ggcccacgaa gtcgacacct tccatgtccc cgaagcattc caccagaagc acccgacagg 7440 tacccacttg aaagaccttg acgagtacaa gaagctctat gaggagtcca tccgcagccc 7500 agacactttt tgggctcgca tggcccgcga acttcttcac ttcgaccaag acttccagac 7560 cacccacagt gggtcgctgg agaatggcga caatgcctgg tttgtcgagg gtcgtctgaa 7620 cgcctcctac aactgcgtcg atcgccatgc cttcaagaac cccgacaagg tcgccattat 7680 ctacgaggcc gatgagccca gcgagggccg cacaatcacc tacggtgagc tcctgcgcga 7740 ggtgtctcgt gtggcctggg ttctccgcca gcagggtgtg aagaagggtg acaccgttgc 7800 tatctacctt cccatgattc cggaggccat tgtcgctttc ttggcttgct ctcgtatcgg 7860 tgccgtccac tccgttgttt tcgccggttt ctcgtccgac tctctccggg accgtgtcct 7920 ggacgctggc tccaaggtcg tcatcacgac cgatgagggc aagcgtggag gaaaggtcat 7980 tggcaccaag cgcattgtcg atgaagccct gaagcagtgc cccgatgtca ctagcgtcct 8040 ggtctacaag cgcaccggcg cggaggtccc ctggaccaag ggccgtgatg tctggtggca 8100 cgaggaggtc gagaagtacc ccaactacct tgctcctgag ccggtgaact cggaagatcc 8160 cctcttcctg ctctacacct ctggttctac cggaaagccc aagggtgtca tgcacaccac 8220 ggctggttac cttttgggtg ctgccatgac cggcaagtat gtctttgata tccacgacga 8280 tgaccgctac ttctgtggtg gtgatgttgg ctggatcacc ggccacacgt acgtcgtata 8340 tgcacccttg ctgctcggat gctctaccgt ggtcttcgag agtaccccgg cttaccccaa 8400 cttctcccgt tactgggacg tgatcgagaa gcacaaggtg acccaattct acgtcgcccc 8460 cactgccctg cgacttctga agcgggctgg cgacgagcac attcaccaca agatggcaca 8520 cctgcgtgtc ctgggctctg tcggtgagcc tattgctgcc gaggtctgga aatggtactt 8580 cgaggtggtc ggaaaggaag aagcccacat ctgcgatgta agtgacttgt tgggtttttc 8640 ttgacttgga atgatagtct aatgcgcttc cacagaccta ctggcagact gagacgggtt 8700 cgaatgtcat cactcccctg ggtggtatta ccccgacgaa acccggaagc gcgtcgcttc 8760 ccttctttgg cattgagccc gccatcattg acccggtctc tggtgaggag atcactggca 8820 acgatgtgga gggtgtgctt gccttcaagc aaccctggcc gagcatggcc cgtaccgtgt 8880 ggggcgccca caagcgctac atggatacct acttgaacgt ttacaagggc tactacgtaa 8940 gcgacattca aaaacgaatg ctcaatggac agttgctgac tgatgggcgc ttatagttca 9000 ctggagatgg tgcaggccgc gatcacgacg gatactactg gatccggggt cgtgttgacg 9060 atgtggtcaa cgtttccgga caccgtctgt ccacggctga gattgaagcc gccctcattg 9120 agcaccgtaa gttaccacaa tgatcatcca tatatatata acaacaacta atcggttatg 9180 atagacatgg tggctgaggc tgctgtcgtc ggtattgccg acgagcttac cggtcaggcc 9240 gtcaacgcat tcgtggccct gaaagagggc aacgagacca gcgaccaggt ccgcaaggat 9300 ctgatcatgc aggttcgtcg gtccatcgga cctttcgctg cccccaaggc cgtctacgtt 9360 gtcgaggatc tccccaagac ccgtagcggt aagatcatgc gccgtattct ccggaagatc 9420 ctgagcggcg aggaggacag cctgggtgac acttctactg taagattaca actactcttg 9480 cctatgctgg gtatgcagga aactaactaa atatcttaca gctgtcggac ccttcggttg 9540 ttgacaagat cattgccacg gtgcacgctg cccgtggcaa ataagatctt caaatgaacc 9600 gaatccaaga cgagcgatat tcacagccat gaaatgaaag cgattaatca ggatgttatg 9660 atgagttgat tagcattatt gggtggacac aattgtccgg aggcgcagtc atattcctat 9720 aaaccccgtt tcgtgattcc caacgtgttt gagagatgaa cattatgggt ggtcgctgat 9780 caccttttca atatacataa gttctattct tcatagtaat gttcttttgt tcttaaatgt 9840 agtatgggcc gttcctttac atgacagcgg ttgtcggggt cccttcccac tactagattg 9900 ggaacgtccg gggtgacacc ttgggaacag tccctcattg caatgataca ctgatccggg 9960 gttcgggctc ctcaagcata ctccggggag ctaacgtaat gtataatgta gataggcgca 10020 tatgtggtgg aatcttgcca cagctatgat aatcgggatg cagacatccc agtgttaata 10080 ttcttttggc gacccggtcg ggctcccgat tcagtctccg tcgcatcacg tgccatcgtg 10140 gtaatgtaac ggtatcaaca ccagaccatt tggtcccatt ccccacttca ctgagcacac 10200 cgccccgtca caccgtgacc gtgaccgtac catacctgac atggccgacc tttcccatag 10260 ttaagcgaca gcaacgagcc agtcaggcag gaagggaacc tgccgtcgct ctccctctct 10320 ctcttctctt ccttggctct cgcagcttct tccctcgacc accgtcgcgc gtcctcctcc 10380 ctctacttca cctcgccatt atttccccga ctgtcactca agtcgattcc cttcagactt 10440 gctcacctac tagctccgac ggtacttttc cgtctgtagc tagtgtggcc ttttcttgtc 10500 acttttaccc ttttaccttt tttttcttct tttcttccct tctcaaaaca aacacctgtg 10560 ctcacctgcg cgtcgacatc gtccttccaa ttctacgcaa cgttgtcgct ttctactagg 10620 cttgcgcgct gcagttctct tcttcgcgaa atcttcattc acacggagct ctaattatcg 10680 tcgttcttac gatcttcttc cgagccttcc aaccttcgat cgcagacgtc cttcgaaccg 10740 aatgactccc taatctaaag catcatcact cagcaagatg ttcggaggtt tcggacagaa 10800 taaccagcaa agctccggct tcggggcagg ctctggcttc ggtggcacga gtactggtgg 10860 aggtaggtgt cttcgttcgg ttgcgatccc cgtcctcggt tatcccgggt tattattttt 10920 ttccttttac ctcgtccctt gagactctcc ggtgcaaaag gatcggtatt tgctggtagt 10980 tccgaacgtc gagctgcgac cgtcctatga ggctcctccc atcaccgact acctgtggat 11040 ggcttcgaca ctggggcaaa acagcagcac tgcaagagaa gggatcgcag cttcaataca 11100 gtctctgaca gcatctcccc cgtcatctag gctttggatc gacatcgtcc ccctttggtg 11160 gcggtaatac atccggtggt ggcttgtttg gaaacacctc cagtagcttt ggttccggtg 11220 gaggtacgtg cctgacggct atatctcagt gggcttggcg atcctttctc ttccacctgt 11280 gccttggggc ggacccctcg actttcctgt gctcgatcac cgatctgtga ccgaagtggc 11340 gttttcgagg accctcacca ctggctccta aggcaaaaag tctctggatt ggaagaatgc 11400 cttcacatca aatgtcgtcc attgaccgcc ggagatccat ggcccaagga tggattctaa 11460 tcagaagttc caggatctgt ctatttttgt gatttattag cgaaactgac tcaagctctc 11520 tcttattcta ggattcggaa ccggcacaca gaaccaatcg acgtctctat ttggaggaca 11580 aaatcgcacg agcgggttcg gtactggaac ttcgaccgga ggtggtcttt tcggaagtgg 11640 gactgccact gctggtggta gcggatttgg cggcttcgga tcgtcctcca acactggcgg 11700 aggtttcggc agcactggta ctggcactgg cgctgccgct agcactggag gtggcctgtt 11760 cggcaataaa accggggggt ttggcagctc aactggtacc ggtggtgcat tcggtacaag 11820 cggtggcact ggtggcttcg gcagcacccc atcgggcttc ggtagtggaa caggtactgc 11880 attccagcag gccattcctc cctccgatgg cactggaagc acgccgttta gtcccttcac 11940 tgagaaggac ggcaacacca ccgggatgaa tcactatcaa agtatcacct ttatggcgcc 12000 gtacagcaag tattcctttg aagagcttcg cctagctgat tacaaccaag gccgtaggtt 12060 cggcaatggt agtggccaag ccggtgcctt tggcacatcg gcctttggag gatccggctt 12120 tggacaacag tcgaccggcg gctttggaag cacttccaca ccattcggag gagggaccag 12180 tgctccttcg acctttggac agactcagac ggcgggtgga ttcggatcta gcaccaactc 12240 caaccccttg ttcggagcag caaagccggc cacttcatta tttgggggcg gaactggtgc 12300 tactggtact tctcagccgg gcctctttgg tggaaacaca gctactacta ctacgggtgg 12360 ttttggaagc ggtacaggaa ccaccggctt tggtggaacc ggcggatcgc tgtttggtgg 12420 cggcgcgaat aacgctaccc aacaacagaa gcctctattc ggaaacagtg gttccaccgg 12480 cacaggtttt ggcggcgcct ttggcgcgca aaacacaagc accgcctctc cttttggcgg 12540 tactgctgcg acttcctctc cctttggcgg ccaacaacag cagcaaaccg gcaccggctt 12600 gttcggaggt ggactcggcc agcagaacca agcccagaat cagcagcaga ctcagaacaa 12660 aggattgttt ggcgggttcg gctcaaacac gcagcagcag tccagcaccc cgagtctatt 12720 cggcaatact ggggctggca ccggcaccgg cacgactggc tcttctcttt ttggccagaa 12780 cactcagcaa ccacagcagc agtcgactgg tggatcgctc tttggaaaca accagcaaac 12840 cggcacaagc tcccttttcg gcggaggcca gcagcagggc caaaagagcc tgttcggcgg 12900 cagcacgcct gccaccggca ccggcaccgg caccagcgca ttcggcggct tcggtaatac 12960 tcagaaccag cagacgggtg gtggtggcct gttcggaggc gctcaaaacc agcaacagca 13020 gaagccgagt ctgtttggcg gtggcactgg gaccggtggt tctctctttg gaggacagag 13080 cactacaact ccaagcaccg gcggttcact tttcggtaac acgcagagtc agcctcagca 13140 gactgggggc cttggtactt ccagtctttt tggcggaagc cagcaagcgc agccccagca 13200 agctcagcag tcccagccgg cccctggtag cttgcaggcc tcacttctgg acggcaaccc 13260 ctatggtaac cagtcgatct tctccggctt gccagctccc agcgcctcca gccccggccc 13320 cttggcgacg ccgctttcgt ctgccgccaa gcagaagcag cggactcctc tccctgtcta 13380 taagatcacc cccaatgctg ctaatcgcct tcttacaccc cccaaacgac agggatacgg 13440 gttctcttac tctacctatg gctcaccttc gagctctact ggtactccta acggacttgg 13500 tggcagcgtg ctgggtggaa gcctacgtgg cagtgtcaat ggaagtcttg ggcgtaccag 13560 cttcagcaag agtttgtcca ccagcaatct gcgcaagacg ttcgaccctg ataccgacag 13620 cgtcttgtcc cccggcgcac ttacctctgg cagctcccgt ctgtcaagcg gcagcttgaa 13680 gcgtcttacc atcgatcgca gcttgaggaa tgacctcttt gctcgcccag ctagtacccc 13740 agctgccccg atcaccatcg gcgaagacgc agcacagcca gccgacaaga tgaagaagaa 13800 ggtcagcttt gattcgtcgt cggatacgcc agccactgga ggagaaatcg ttccggtgca 13860 gtctcaaagc cccgagccga ctccggagga attgggattc ctgcgctcca tccgcaagag 13920 caacaccgtc aatggcctca atggtattaa gcctaccgag acctctgctc gtcctgagat 13980 ggagtctgtt cgtggtaatg aacttgccgt tgtccccgag aatgcggcca cggcttcaac 14040 tactcctgag ggcccctctc gtctgccttt cgttcctggt ggggacccgc agccgggcga 14100 gtactggatg aggcccaccc gcgcggagat cagcaagctg agccgagaac agcagaagaa 14160 gtttgttggc tttaccgttg gtcgtcaaag gtgcggtcag gtgacgttcg atgagcccgt 14220 tgatctgacc actgtggact tggaccgcat tttcggcgac ctggtagaca tcggtgtgcg 14280 caagatcacc gtctatccgg atgaaaccat caagcctccc aggggcaagg gcctgaacgt 14340 tccctccacc cttcgcatcg aaaactcttg gcctcggggt cgcgacaaga agtcaccttc 14400 ccctctcacc agcggccctc tatttgataa gcacgtcgac cgcttgataa aggtgcacaa 14460 caccgagttc gtggactacg aaaaggagac cggcacatgg gtgttccggg tgccccatta 14520 caccacctat ggtcttgatt atgatagcga cgaggaagaa gaaggtgaga gcctcaacca 14580 aagcactttt agtgctgctc ctgacactcc gactccgaag gctcaaaccc ccgccaaccc 14640 cgatacgacc atgggctcgg agatgatgtc tgccttctcc actgatgact cctttgtggg 14700 ttccatggcc ggcgtcgacg atgatacctt tgatttcaaa aagcgtaaga ttgttccggg 14760 tgcgtttggc aaccaaatga tggagacggt tgaggacgag cgctcggttt ctggagacga 14820 cgaggagtct tttttagggg aaggctccac gggttcgact attgagcaag acggcgatga 14880 tatcaccgaa agccaacatt ctggcgagtc actagtcgaa ttggatgagg gcgaggaaat 14940 ggacatggcg ggcacctttc cagacctcca tcctaccgtg gagcgcgacg acacccaaag 15000 taccgatacc tttatggaga ccacccagcc tatactgaag ccttggaaca cgccttcgaa 15060 gcctcgtctc gatctgactg gggactgggc cgagcatttg caacgcacca taagtccccg 15120 gaagcaagac cgcgatgcac ttcgtgagat ccaagccaat gccttcaccg atcggtccct 15180 ccgtgaggac acccccaagc catctgccgc cgataccagg caaaagggct tcgccaccag 15240 catcgatttg atgaattctt tgtttcagca accgcgcaaa caacaggccg catctccttt 15300 gaaggcacaa agcgtgcggc ccaatggtct cgaggtttga ccccttcttt tccttttttt 15360 ttaatagccc tctattatca ctattggaag ttgtattgta ggaagcgatg cgatacaata 15420 tgtcttagca ctgcgaacca tcgtttatca atagcataaa ctaataccat ctgtccctac 15480 agtggcctta taacaagaag cccaagacat ttgctggcga atcccacgag ctaagcgaag 15540 acgaccttgc gttccatcac tcattcaagc cgcgctgggg cacgctgaac tctcttcttt 15600 gcgtcaagaa tgatatggcg gacgtgcagg cgggggatag cgcttggagg cacaagctct 15660 ctttgactag cgaaggaaga gatgtggctc tcttggagtt caacacgccc gtggaaccga 15720 gtgagatgct ggatgcccag aggaagctga ctgctgtttc acgtgttgac ggggttccct 15780 ttgctcgtct ggcaaaggcc gatttccggg aattcgtgca agcttcgaac ttggtacaat 15840 ctgaccacga gcgactcctc tggcagctgg ccaacatcct cttcaacgac aagactgagg 15900 atgacatctc tgctggtgtg ccacccaatc ttcgttccaa atacattcac cggatcaaga 15960 aagaccgcct gacccgtctg tgggagggta tcgtacgtga aaagcatgca caggctgtgg 16020 ctaaggccag ctcggctgaa gagcgtgcct tttacttgtt atgctcgcat cgggtcgagg 16080 aggcttgcaa ggtcctggtt gccagtcaga atttccatct cgcgacacta gttgctcaga 16140 tcgcacgcga tcccacgacg cgcactgata tggcaaaaca gattgaaatg tggcgccaga 16200 acaatgttta ttctgaaatg agcgagcccg tcagagcttt gtacgaactt ctggccggca 16260 acgcccttcg cagcgaaggt aaatccactg gtgcgctgga ggatcgtctt tctactttca 16320 cattctctga gcgatttgag ctggattggt tccaggcttt cggccttcgt ctttggtatg 16380 gtattaccga cgatgagccc atcgaagccg ccgtctgcca gttcgtggat gacctctacg 16440 aagggaatga gccggccctt ccgacgcctc ttaatcagga agacatcgtt gatcgcgaat 16500 ctcctctgtg ggtcttgctg aaagtgtatg ccacgacaac tggtggagct tctcggacgg 16560 ccaatctcca tccgcaggag ttcccggccg ttctcctgcc tgagtcggtc agcggggata 16620 agcagtcaag ccggctgtcc ttccagcttt gtcaacttct tgcagcagcc attgggcgac 16680 acgaaagctt ccaagtcaac acagcccaga tggaccagct cgtgtgggac tatgcttggg 16740 agctttgctg cagtgggact ttgaaccgag cattgttcgt cctcctccac ctttctcacg 16800 catcggatcg cgagcgtgct gtgaaggaga ctcttgcccg atttgcgccc caactgccgg 16860 agccggtcac ctcggacggc caaaccaatg tgatgtggca ctatctcacg caggatcttc 16920 agctgcctga gagctggatc tgggtctcga aggcgcttta tgctcgcgac acgggtgatg 16980 cggcacgcga agtggattat cttgtccgtg gcaagaactg gaacgatgca cacgctacgt 17040 tctgtcgtgt tgtggcgcca acagccgtga ttgagggtga ctatggcacg ctagagatgc 17100 tggtgtcggg ctttggcgag gagcctgagc gcaaggtgcg cggctgggcc aatggtggtg 17160 gcatttacga cgacttcctg cgcctggcta cggccaggag cggcaagcgc gatgctaccc 17220 ggcttgcccg gttagtcagt gccttggtga agatgggcga gaaggtcagt cagggatcgg 17280 gtgtggaagg attagaggag cgtgtagcct tccgggaaat gagtcgcgtg gttgccacct 17340 ggactgggca cgaggactca aaggtatgtt gttccactga catgcctcgc gaaaattctg 17400 gttctgacaa agtactactt caggcaatcg agctgtccag cgtgcttagt ctgcctttga 17460 cgggcgatgc acgccttgca cagacggcgg aaatgagtcg gcggtactac agtctcatca 17520 tggctggggg ctattgatct atgatttcgg gaatttgggt ggaagggact ccgttgtttg 17580 gatgcagcat accgagtact gttttgatgc tgaatctttg atatctcgca tctttttgtg 17640 tctatgggtt gacggaacga catgcagcca ttgtgtaact tagatactgt tttcacttct 17700 ctgtttttgt tcgtcttttt ctttttctat tttctttctg tgattcttgg atgcattccg 17760 tcctcggact ttgcagaggg cgcagaactc cgggtgtgta agttagctag ccggtcattg 17820 tgaacgaaac cgtaattgcg caaagtcatc atcacatatc catgtccaca gagtagcagt 17880 ccttcctcta attacgagca agtaacctag actcgattac ctttcgaaag acctcatctg 17940 atggctgctt ctgctgccga tgataatgac gcacacaccg gtctcaatac aggaaaggtt 18000 ctcttctctg aatttccctc tcccctttcc cttccattct cctcttctta atactctctt 18060 tatactctaa tatgaacgag agaaaaagca aaagccagta aacacttaga taaatacata 18120 gccactcacc aaggcagcac gaggttcgta tccatcgatc cagtcaaatc caatacccac 18180 cacttaacta gctagtcaaa taacctgcaa agccagcaat agaccagtca accaatgaag 18240 aaaaataata tatataatga gttaatttgc cagataccta tgtatcttct tacatttcgg 18300 tgggatatta atctaactaa ttagtgtatt gtttggttgg ttggttggta tggaggagag 18360 aggtgctgac tcctgtttgg ttttgattcg cattcttggt aagttggtaa agtagtcgat 18420 ttatcatcgt atgggcgtgg gcagattcta gtgcttagac taataagtta agtagttttg 18480 tgttcgtttt ggccattctt actcttactc ttactcctac ggttattctt cgctactaaa 18540 caattataca gtctaagtca ctcgaaggag taaaaaataa atcaaagaaa aagttcaatt 18600 gctaccagga ctgtacatga tcgagaacct aacacgacac gtaagatata aaaggaaaat 18660 atgagatggg taagagacaa ggggtaaaaa ggaaaagaac acacactccc tctaggaaat 18720 cgaaagaaaa agaaaagaaa aatttggcaa agattaactt cttctctttt ctctttttcc 18780 tctttttgtt tctttttccc tccctcgctt gccctgttgc tctattcctg acgaactgca 18840 gggtgtcgcg agcgaagcta ttctatcccc atagtggaag tcgtacacac acagagagag 18900 agaaagagat ttgagacagg tttatggtaa ttacatgcca ggagagatca gcttgccctc 18960 agcgcgggcc tccgggtgcc aaccaccagc gtaaggtcca tttccaccaa cctccttcga 19020 gtactcccgg atgcgggcct ccagctcggg gcggaagtga cggatcagac cctggatggg 19080 ccaggcaaag gcctcaccca aagcgcagat ggtgtgaccc tcgacctgct tggtcagctc 19140 ctggagcatg tcgatctcac gctcgcgggc ctgacccttc tccatacgct gcatcatctg 19200 catggtccac ttgctgccct cacggcaggg agtgcactga ccgcaagact cgtgcttgta 19260 gaaggtggac agacgagaga tggcgcgaac aatgtcggtc gacttgtcca tgacgataac 19320 ggcagcggta ccgagaccac tctgagagtc cttcagggcg tcgaagtcca tgagctggtc 19380 gtcgcaaatg gtcttgggaa ggacgggagt cgaggatcca ccgggaatga cagcgaggag 19440 gttgtcccag ccgccacgga cacctccaca gtggcggtcg atcagctcgc gcagggagat 19500 agacatctcc tcctcgacag tgcaggggtt gttgacgtgt ccggagatac agaaaagctt 19560 ggtaccagcg ttgcgctcac ggccgaaaga cgagaaccag ctggcgccac gacgcatgat 19620 ggtgggggtg acggcgacag tctcgacgtt ggtgacggta ctggggcagc cgaagagacc 19680 gacagcagcg gggaacgggg gcttaagacg gggcttgccg gccttaccct cgatggactc 19740 gatgagggag gtctcctcac cacagacgta ggcgcccata ccacggtgga tgtagacgtc 19800 gaagtcgtac ccggtaccgc aggcgttctt gccgatcagg ccagcctcgt aggcctcgtt 19860 gatagcccgc tggagaacgg tagcttcttg gtaaaattca ccacggatgt agatgtaagc 19920 ggcattggcg ttcatggcac ggccaacgac gaggcaacct tcgatgagct tctgggggtc 19980 tttgcgcatg atttcacgat ccttgcaggt tccgggctca ccctcatcgg cgttgacgac 20040 gaggtaacgg ggtctggggt ccttatccca gtccttgaag ttcatgaagg actttaccac 20100 atcgattgag aaagttagac tggggcccga agactggcta tgtcatcaat tggtctcggt 20160 caggataact cacgtatttc aatccggagg ggaaaccagc accaccacga ccacgaagac 20220 cggaggcctt cagctcagag ataagctgca caggtcgaac acatttcaag tcagcactaa 20280 aatcatttcc gcatcttcca gcaattccgg gtccaatgga ccagcgaagg ggcagagcct 20340 acccagtcat ggcccttcag aacgatatcc ttagtccggt gccaatcacc atacttcatc 20400 gccgacttca gatcagctcc atggtgtccg tagaggttgg tgaagatccg atcctggtcc 20460 ttcagaccgc catagtgctt gaccgggggg gcgttgtcct ggacggtcgc gaaggaacgg 20520 gcggccgggg cctgggctcg gagggagcgg gaggagaggg aggcgatgga agacgaggga 20580 gccgccgctc gagatatcat ggtgaacact ggcccaattg acttgggagg gggaaaggag 20640 gggggaggaa aggtgggaga ttcgaggatg aacgacaagc cgtggcaggc gtggtttggg 20700 ttgagctgcc cgtcgcggca attcctgcgc ttgctgaata tccgcctttc gctcctccct 20760 gattggtcag atggggtcac ctgatccacg ctgactaacc acaacagatc tactcgttct 20820 tttgatcctg ttctatatat ggacggctta tctattggta gcactactta agtctttata 20880 tccatgtctc atcggtctac tcatatgcct cccctggcac atataggtag ttctccgtca 20940 tcagtctcac ctgagcccca ccttcagtcg ccaaaaactg cagtggatcc tcaggaatct 21000 gcacacactc ttgctcccca atcatccatc cccatcgcaa ccaattgggc gacagccacc 21060 agtcgtcttt ttgccagtct cccgtatacg gagccagatt ttcaaagacg cctgcattct 21120 gtgtcctcat cttctccagg gcctcgtcaa agagactcac aatgtgttca tcatcctcgt 21180 cctccaaggc ccaggccaca tcattcgggg gcggcgggta attctctagg aggaagctcg 21240 cccatctgga cagtctggga gggagctgag gtccctctga tgcactggat tggctagccg 21300 tgtgggctgc cgcaaccagg caaaggaaca tcgggaaggc aaagggcgac gacccaccac 21360 tgcctcttag cattgggata gcagattcag aaaccgacaa gatgtcctgg aagcaggcct 21420 tgcaaggttg ctgcatcgcc gttgggagaa ggttaggcaa ttcacccagc gtgaacaact 21480 ccccgttgtt tgtaaggaga gacttccgct ccaaaatccg cacttgcagc cgcgagaaca 21540 cctcatccgg gaactttccg gtggggatcc gacccatatg ggccccaagg agtctcttgg 21600 tttcctccca ggtcccggtg aagttgtgtt gccgcgcacg gcccagtgtc catgctgcga 21660 caactagagc ggtctcggac aacatgattt ggctgtcccg gtagactttc gcatgagtct 21720 gtttgaggtt tgacggtgtc tggaggtctt cccctgaagg cctcagcttg gcagcatgtg 21780 tgacgacctc aataataacc tgactcaagg cagcaagcag ggccctagaa tttccgtagg 21840 catttgggat cttgatccct tggcttgtga tttccagagt ctccaattcc cgattgttgg 21900 cagccaggac cgacacggcg tcaagcaggg caggtgagaa gatggaatgc tccattgaca 21960 tgtcaggagc gaggagaggg tagaacacgt tgaagacgta gtagtgatct tccgtttccc 22020 caccagcaag gtcaggatac atctgcagct gatgggactt tgccatgtag aggggacttc 22080 caggcggtgc tcgtaaactg acaatgcggt gatcgcaagg atttccggga atgcagaaac 22140 cgtagttcat cataactgtt attcgtcagt cgctaatcta tggagaaatc ctagagaaga 22200 cacctacgtt gctcgttatt ccggggtccg tagttgttac tgatctcctg acccgcccac 22260 acgtcttcca ggaccacaaa ggcaatatcg tccttaccag cccgccactc caccttggct 22320 agcggacgat gatttcccat atcgatgatg ggcagaagga cagataattt ctcctctgac 22380 agatctgtct caggaaagac tccagacagc actttcgccg agaaggcacg cgaaatgaac 22440 attgaagctg cccacagata gaggtccctg aaaacacatc gctgttgtca atgtcgcttc 22500 ttaatccaga cttgaaactg aaggaacact cttgctgacc taccatgtat acgcatcagc 22560 accctcgaac ccagcattgc gcagctccgt cgaacccttc tcatacttct ccttcagaac 22620 ctccagtctc ttctccctag ccgccaacaa gctagtgcca tccaaccact gcagatcttc 22680 cccttcatag taaggaggag tagtcaagga gccaggctga ggcaacgtcc gaatatacgg 22740 gtaccaaaag ccctctgtgc ctcgtagata ctgaccgatt aagaagaaga tagttgattc 22800 cttttctccg acagcgtcaa caaacgactg tgggaaatgc aggccatggg ctgaaaaaga 22860 gacagagtcg gcggtgtaat taacgacatt gaagtaagac attgtcgcag ccaaaggcgt 22920 cttgatgatg tgtgtgtcgg tggggacagc attcttccaa tcctttttaa cttggagatg 22980 aacaccacgg ctttcatcct tggctatctg gacgctctcg tgcagatgcc ctccattgtt 23040 gaccatccaa tcgagcagat cgaagtagat ctgtagactg gcatcatctc cagacctagg 23100 agctactggt cagattctgg attttgcatc gtgaagtggg catgcgggca gtgtgatggt 23160 gggatggtgg gggaggagtg agttccatgc ttcacagcca tacatcatgc atagtgcttg 23220 aggatgtgtt tcattggtat tatgcatgaa cttccgttct gcagatagct tggaccggga 23280 ataatgcata tgttgaggcg ataattgaac catgaaagca tcaggcataa aacacattgc 23340 agccccgaga tggacccgaa aacgtcatcg cggagatagc catgaaaata ataagggaaa 23400 aacgcttacc tcggaggccc tgacggcgca cttgccatgg ccgcgaagga gagtatggga 23460 aggaatacta ctcgttatga attatttgag tactgcaaga ttcgaggtaa acccctggta 23520 ctgcttcagt tcccccgagc gacgaaagtt gcaaaagcga aaagtgggtt tctggcaggt 23580 gcggaaggca ggaatggaaa gattgaatgc ggcgtcccac tttccctccc gcatcaacac 23640 aaggcatatc tctacgagcc attttctgca acatcattgt aaacacaatc attcagatca 23700 atccttattg cccggaattt cgcttggtcc actcgtcgag gtatacaatc atgaaccgga 23760 gcatatacaa aactgccatg cgatcaaata gtgtacatca tgggaattga actaatccaa 23820 aagcaaaaga tgaaaatcag aaaagaaaag aggccgggaa cagaaccaat cagagtaccg 23880 ccaaaaagat aaaaagataa aaaagtttgg aaaacgttgc atacataaca gaaagggaca 23940 tcaagcatca tgtgcaaact aatgggatga tgtggacgaa gtggaagcct tcctcccagg 24000 gacgagaatc tcgactaaac cgtcatcctc cccatcacta ctgtcgtctt catcatcgcc 24060 aaatggtgag gcacccatcc gagatcgacc gaagcttctg taacgtcccg aggcgatatc 24120 cggatatccc agggattcat tcatgatggc ctcatcctct tcgtccgagt ccatcatgcc 24180 cgacccaagc gaaggcccta ccatctcccc catgtcgtcc tcctcatcaa cctccagggg 24240 aacccgttcc ttacgtctcg tgccctccga tctacctact ccttcctcgt cggaggagtt 24300 ggtcgagaac gagtcggggg ggctgaatcc agagtccggg aatgtaggcg atgagaaggg 24360 ttcatccttg ctagcagggg ggaaatcagt tgaggggaag gcagcactgg caggtgagtt 24420 ggagccatcg gcatcctcgt ccaagccggc aatcacgaat ggattggtgg gccattgcat 24480 atcatgttcg cttggctgat tattacttga atcttcacca ccctcgaaat tctcggcggc 24540 ctgttgttta tgggcagcca gtcgggctgc tagctgccgg cgtgcgcgag acggaccttg 24600 actcaacggt gctggaggtg gggggaggat cgggattggc tggctggtag agttggtaga 24660 ggcctatcac attttagtta gtccacaggc tctgttccat ttagatagga tagtagatga 24720 cgaggtaaat gcgtgaagcg aaggatcggg ttagggatac atcaaaagcg acgtcaacac 24780 ctaggcggca agccaaaaga aactactggt gtgaccggca agcacatgct tagttccaga 24840 gagttgcaac atgatagcgg ggagcaggag ttctttagaa tgacttcata cgtaaagtaa 24900 agcgctggag aacgctctat gtgcaaggcc cttcacgacc tccatcgctc ctcttgtcca 24960 tcatgcgcta tcccagccgc agcatgaaat gtataccagc ccaaggcccg aatccagaga 25020 aagatcaacc aacacagggt gtaccatatg atgcaaagat ggccgcagaa gaagaagaag 25080 gggaaaggta gggaagagag ggatgtccgg gattgcgtca agcatcgcgc atatcgacat 25140 cagtgaaaag gtgatgaccc acattgtcag agccgccttc agcggaaggc tcagcaagat 25200 tccgatcatc ttgatcttcc atttcttcgt cctcatcgtc atcactggaa ctagcgaatc 25260 cgctgagtag ggaattcccg ctgtttagcc cgaaagctcc gccagaaaca cttccttggt 25320 tcatcatgtc aaagccctgg aacccggagc ctcccaccga gccattcaag ccagcttcag 25380 caagcgccga tgatgtgttc gcgctctggc cagaattgag catgccttgg cgatgtccaa 25440 tcgacatgtc agggcgcacc ccgccaagaa tggcgttgtc acgctccctg gtttcagaaa 25500 gcgtttgttc aacatagtct atccactccg gattcagcac attctccatg actgtagggg 25560 aaagcaactc gggcgggtgc cgttcgctaa acttgacaac ctcttcggca atcaaggtca 25620 agtggcccat atatcctaat cggatctgtt tggttcgctg cgcctcatca cttcgctttt 25680 ggccttccac aatgctctgg gtgatgcggc cggtctcaaa aacgtcaatg gccagcagac 25740 gattgtagcc gcggtccatg ggaccgttga acacttgttg gacaacatca tagacgacgt 25800 tgtgaaggaa gttgttccac gggaatcgga aaaagaagtc ctaagaaata tcagtcagaa 25860 actgtccgta acacacaatt tgcatgcgga cttaccaaga tagtcggtac tacccgattc 25920 tcaacgaaca tgatcttaag atagtcacca acgacgggtt gaccattaga atcaatctga 25980 acgtctggat gcaactgtcg aggtacatca ccatcgtttg gctgggcgta tgccgattcg 26040 gaagcgggtg gggctgagct tgaagcatcg ccgacctggc cagcagtatc aggcgtcaag 26100 gagctctgtt gattattttg ttggtctaca agaggagccg actccgttcc ggcgtgagaa 26160 gacgctgtgg tctgttcctc tataccgttg gaagccgctt ctgcagctgg ttggctttcc 26220 ttggtagtct gtccaccgcc caggctgact tctgctattc ctgacgcagt agctgacaca 26280 ggatcggaag gaggcgtttg tgctcgagcc tgactcgcag ggttttcatt gtctgagccg 26340 tcctccgacg tgccatttga cgcattttcg gcagtctctg tcggggcctg ctgcgaggaa 26400 gctgcggact ccgccttagt ctcggggctg ctggtgtcct taacttcagc atccttttcc 26460 ttgtcgacaa gaactccgga tgcgctgacg tcctcgaagc tttcctcgcc cgtatttgca 26520 acctcaagca ccctagagcc ctcaggggag ccgtagccaa tgacggatcc attgacaaaa 26580 tccaccgtag aatcattccc atcaaatgcc gatgtttctt cgcgatgcgg attgaagacg 26640 ccctcgcgca tcagcctctc tcgctcagca tcacgctgcc gtacgtaatc gtcactacca 26700 ggctcattca agaggcccat gttactgcaa tgtagcagtt cggccatcaa ttcgcatgtc 26760 ttgaatctgt caaagcccag aggctcgatc ttggcacccc atgctgagtt gagcttgccc 26820 ctttctacac ttctaacctt gcccccatcg ttcacagtgt gtttggagct ttgaatcagc 26880 gccatgaagt caggtatgtg tttggcaaaa agccgaagca gatttccgag gtagatcgga 26940 tcgtatgttg ttgggagcga gtccggacca ttgatgttct caggatcgta gtcggagttg 27000 ttcttccgga tcacttcaat gacgatgcca acaccaactg tcaagggatt tccaccttgt 27060 agcatggcct tgattagact ttccacacat ggcatggaga ccaactgacg ggtgaggctg 27120 ttagggccaa tgcaggattg gtcattctgg gttgcgtttg cggatatagt gataatagct 27180 ttgagaaagt ccccggctga tgtttgcact gaggcagggt gatccgggga taggaatgag 27240 aggagcgtgg gtataaggtt ttgggttttc aaccactgcg gacagttatc agcatggatc 27300 acttacaggc gagagacggt tactctcaac ttacatcaac aatgccatgg ccaccttcga 27360 ccttctccaa gcttatgatt ttgagtagga ggtccatgac catagggttg tccacgtgct 27420 gcaagattgc cggtacaatc ccctccattg acttgaatag ctccagcatt tcactggttt 27480 tcttgtcgaa tagggtttca ttcactttcg taaagtaact cgcctgggca gagtccaaag 27540 gtggcgtgcg ccgcaaaaac ccccagaaat ctcgtaagtt gtcaggattg agcagaatag 27600 actccacgat cgaccatatc tccgatgata gaatttcgca tgcgacgtag gctcgcttca 27660 tgcgatcctt ctccgcccgc tccaggtctt cggggtccag aatatcctta agggggtctc 27720 cccccttggc ctcttccgtt gcatcatctt tgttcgtctg cgcattgttc tcgtgatcgt 27780 catcttcgtc atcttcgttc accagactag gcgcagtaac ataatccatg agtcgtttta 27840 gaacattatc ttctcgtaag aattctatga gcttcgtatt attttgtttg agctcttgga 27900 tgagctcaga ctcatccaac agctcttcaa gggtgacatc gggcttgtct agcagggtat 27960 caatggcgga gatacttgca tatcctccga aacgccaaaa catgatgaat tatataactg 28020 ggcgaaaaga gtcatggaaa ggaagcacag tagcacgagc acttttgatc gcaggtcgtc 28080 gccgaaacgt cgttacggag agccgggtat gatacaaaac cgtggtaagc ggtcaaatct 28140 agtaaatgag gttcatgcaa agtgcaagta tgcaatggtt ggtcggtaga aagtcatata 28200 tcgaacagat tccggaaggg ctgagtcgtt acgatcgaat cgtcccagga cacaaggtag 28260 gagaggagag gagaacgata ggcaagataa accgggtctg agcggccaag cgctacatgc 28320 gcgaaataga caaagttagt aaggttgcat gcgcctcaag cgtcatagaa aaagatcggt 28380 gaatatgggc tgaagaatta tcaggggtgg gcttctcagg aagttgagga aggagtcaag 28440 tctcgaagag cctatgcgag cggcaagcga caagctttag gggatgacag cagcagcagc 28500 agcacagagt gcattgccat aaaatctgaa aagggcaagg aaggagggag gtccagacca 28560 cgtacctttc acgacctgag agagtgacaa acgaagacga aacaagagca aggtccttgt 28620 ttgggagggc tgaagcgacc cacgggcaat gtaatcactt tgtcagcccg gcactgcaca 28680 ggcgaaacca gtccgtcaga tgaaggagga aggataattg agggtcaacc caagggctta 28740 aagtcaggaa tcacaggctg acagtcgcag gatcacgttg actgtggtgc gctggcggga 28800 gtgtctggat cggccggcaa gactgatccc tggaaggtga cgatgaacaa gcagggcgga 28860 aatacccaac aagcccgagg agcgacggcg gggaaccaaa accagatacg cgagggagag 28920 ggggcaatgg atgggtttcc agcgcttctg cgaagaaccg cgagtggatg gtcagttcag 28980 gcgcttaata atccggggcg aagacggtag ttatacaatt ccctaccggt tatcctcctt 29040 ctagaagtcc aatggtcgtg tggattggcg tgggaatggc gatgatgttg atgaggctgt 29100 cctccagacg ttcgcgtaac actccgatgc cttcagacgc acgagtcgtt attacctgct 29160 ccttgcaggt tttggtgcaa agaccggcaa gtatcaggta ccgcactggc cttatccgct 29220 tgtgcacaga tacaagtacc gggtactctg tctgtttcgt ttcaccggag cttggggggg 29280 ggaagcactg ggcggtatct taccgtcact ttcttacaat agaactgact gccttatcat 29340 caatgccatc tgattctcat ctcacctttg tgaatcgtgg tgtcaaattc agccaggcca 29400 tactaacaag cacatatata ttcacccggg gacttggttg agcaggcgtg tgcttactag 29460 gttagactcg ggggccagta agcaaattag ccttgcagtc actagagaga taccccatac 29520 tccgtcgctc cggttcatct gcctcggacc aggtgagggg acaaaccgag tcagtctgga 29580 tctgatcatc aggacaattc aggttactgg gattatattt ctcctacggc agagcaatca 29640 tatctgtcag ctaaagaatt cactcgccag attacactga ccaatttaac cagaacggca 29700 catagccgta ccttcaggat attaccacat cttactgtat tataccccat cacgtggggg 29760 caattctagg tagcagccta agcttcgtct cgagcgcaac tgataacatc caccccgcta 29820 ctccatattc ttttctaata gttgaaatta ttactggact actcacatcc tcactggcgc 29880 tcactatcag tctcgtctct tgcaatctct gaagacttcg tttgcacaaa gtcccaactc 29940 acagaaacac ccgacacagc tctatactcc cgaccggtat ctccaaggcg gcgaggccgc 30000 ggccgctaag accaaccaga ccatatctac cccccagttc ggtgcctgtt caagacctca 30060 agcttgccac aagagttcac ttccaatcct cacacctagc cagccaaaat gaatcggcta 30120 ttcggtacga agaacacggc acccaagcca acgctagatg gggccataac caatgtacgt 30180 ttcccctttt cccttccaac cttcgtcatt catcattgtt gcccaactct ccgaattcat 30240 ctcgtccctt atccgcctga ccccgcatga ttaacatttc cccgacaggt ggaaacacgc 30300 atttccagca ttgacgtcaa gctggcggct ctcaactcgg aactatctac ctatcaaacc 30360 aagatctcca agatgcgcga cgggccggga aaaaccgcgt tacggcagaa agccctcaag 30420 gttctccagc gacggaaaca gtacgaagcg cagcgggatc agctgtcgca gcagtcatgg 30480 aatatggagc aggcgggcat gatgcaggat aatctgaaga atgtgatgac gacggttgat 30540 gctatgaaga cgacaaccaa gaccctcaag aagcagtatg gtcagattga tattgataag 30600 attgaacggc tgcaggatga gatggcggat ttgatggacg tggggaatga aatccaggaa 30660 agtatatcgc gggcgtatga cgttcccgag gatgtcgatg aggcggaact cgatgcggaa 30720 ttggaggcgc taggcgagga gactatgatg gagagctcga tggctgatag tgctatgcct 30780 agcttcctgc aagatgaggt ggcgccgccg cagttcattg atgagccccc agagcagact 30840 aaggttaagg agcctgctag tgggttgggt taggattaca tgttttacga gaatagcgtt 30900 taggagttca gatcatggtg gcatcggagt ttggattttt cttgttcact ttttcttccc 30960 cttaaatgaa tcgactaagc tgtgttcatt ctacgagctt ttattatcta tgttctttct 31020 gcgctctccc gtcccctatg tgtctgcatc ttcggagtgt atcttactat gtgtccacta 31080 ttctgagcca cacggcttgc acattccagc gaaacttcct tctgaaaaga tgttgttccc 31140 tggattcggc gttccatgcg tttctcgctc tcaggctttg ccgagcccaa taaggatgag 31200 caaagcaacg ttcatgaccg caatgattac ccaaacaatg acagcgatgg cagtaacaag 31260 ccagttgttt ctcatcttga ctccgtcagc cgaggaatcc tcgccagtga agtttctgtc 31320 cgtaggaaca gtcatgtaac ggttgcggca cgtaaagtaa actagaggag cggtgacaaa 31380 cggaaggatg acactcaata ccacttgact ggcgttgaga gttttgttca atccctcctt 31440 gccgacagca gctgcaatga ttatgctagg gatgatactg atggaccgcg tgaccagtcg 31500 gcgaagccaa ggtctgatgc tccagttcag cattccctcg ctaaccattt gcccagccat 31560 ggtacagaca atgccggccg agatacctga gagaagtagg gccagtgcaa agataagacc 31620 tgcagccgga gcaatggagc tggagagaag attgtagatg ccccagaggt ctgcttcatc 31680 agctcccgac gttccgtaca gggaagcacc agcaactatg agaatggcgc tgttgacgaa 31740 gagggcaaat gtaaaaaggg acaacgtaag ctcaatgacg gaatacttca gacagcccct 31800 aatcgcctgg attgacggcc tgtattccac ttctccgttg gtgcttccaa ggcagacgga 31860 gggatcgacg tagccttggg taacatcgaa ttccttcagt cgcgattgga caactccgct 31920 gccaagaaac atggagtgag gcatcactgt agcaccgagg ataccacagc tttgatacag 31980 actggaaaac aatatattag caaactcagt gtttccagtc atatacaaat cgggctactc 32040 acccattgga ctgcactatg gcagacgaag gcaagtagcc ccggaaaaca gctccgaccg 32100 actgttcttt gataagggca agctggatgc aaaagcatat gacaactccc agaaccaaca 32160 gcatgacgaa gaactcgaat agacgcagtc cccacatggc gccattcggt cggtagaata 32220 tcaggatgaa aagaacatcg gctaatgtga ttgcgcatcc agccaccaga gggattttca 32280 ggagaaggtt gagcgaaatc gcagacccga caacctagga aaccagctta gcaccagcgt 32340 cagaaaacag ggaggggaaa cattggctgc gtacctctgc gatatcggtt gccacgatgg 32400 cggcctccgc aaaaacatac aggatgtagt tcaaccactt gggcagatgc tccctgcagt 32460 tttccgccag attgagccct gtcactgtgc cgagtttgat acacagcgac tgtagaaaaa 32520 tagcaaaaag gttggacact aggacgatga agagcaaagc atagcgaaac tccgcgcctg 32580 cggcgacatc ggtggagtag tttcccggat caatgtaggc taccgcgatc aggaatccag 32640 ggcccacgaa gcgaccaaac ttcttgatac tttgagctag acggagaaag aaagatatag 32700 ttgatttttt gaaaggacgg cgaggtgatt cgctgctcgt cctgggtgat tggtccccag 32760 gagcggcagc aatcacttcg ccgggtgtct tcttctccat ctcgggctcg tttccatcta 32820 gactatttgg tctatgatcc atcgccgcaa taccttcagc tgcagcccct cccataccgc 32880 ctgcatgtct ccgatgcacc ttcgagttcg caatgccgtt gaagtcgctt cgagtggtaa 32940 tgtcggcatt cagcgccggc ggattctggt tccatcccgg gtgctcgagg gtgtcatcgg 33000 tgcgcgaagg acaattcatg gcggactgag aagctcttca gtgacacaac ttgaaatatt 33060 agcaattgca gctattccga tagccacgag atcggggtat ttaggcaacg ccacttcggg 33120 acgtcagtct aggactcaag gaccctgcgg ggaagcctgc ccgaaactgc ccgattgcgg 33180 tagtcgctgt agacacgtcc actgcggaac agggaagaga gccggaggaa atagatagat 33240 cgactgctat gtgttcaagt gcagttgtta cgacggaaga tgggtccaaa agatgaaatc 33300 agtgactttc actccagtcg gaagcaggag agggaagaga agggggaaat tcagaatttt 33360 ggtagcatga cggcatgcgg tttcgaggct gttcgcggtg aagtgtggcc aactgggccg 33420 cgcccagacc gactaaaaac aacagttcta ggcaacattg tgttctcgta gattcggtga 33480 cacattggtt ttcagcgaaa aacggactct gcatggatac cccatgggta accggaaaga 33540 aaggctcaat gagcacagaa gatgaacata tgatagaaga ttgaggtggt ttggcagcca 33600 agttatggaa tccttgtaat cccgtgatgc gccttgtcct tctcccttgc tgcagctgat 33660 cgatctgctt ggccttatct tccctctgat tcgataagct ccatgggatt taagcgccta 33720 gatctgcttc ttcatagtac acaacggcag catttacttg atgataatgg ccatattggg 33780 ttgtagaatt acagataggg ccgcagtctg gaaccgcgag attctgatgt ttccgtgcgg 33840 ctgctgccgc gtcggcaatc aatgggacca agatctttat tcgatatcgg accattcatg 33900 caaatggaac cgcaccgttg tggcttcgga atactacatt gtggaaaaca ccattccaaa 33960 tcactttaat cgcgcaattg ggttgatgga ttcgccaacc cttgagccaa gcgtctagat 34020 tccatgctag agcggctcca gaggtttctt cccaacgcca tgctatcgaa ttcacaagat 34080 aggggaccag atgcctcggc cagcatatta tgtggtttcc gaacaatttc ttggtatacc 34140 gattgcgggt caaagaacgc gtaatggcaa tcagaaaaag acgcactctc caagacccta 34200 ctccagtggt gaccctttcg atggctattt attgcgagag ctcccccaac tgatatccag 34260 tgcacgacga ctattacctt gggcaagttg actagatggg cagtcaccgt ttcacaaaag 34320 tcttttcaat gtaccaggga ctcgaaagct acccaagacg aatgctagtc accaaatcat 34380 ctgttttcga cattgaggaa cttgtctgag tcccctatat tcaggcgtct tcagcctaaa 34440 ccagatggaa tgcgctgata caactggctg ttatgttggt atgtctaaat tgaagacagc 34500 ttatagctta caaaattatg gttctactgc tctactgatg tagccatgag gccaatgaag 34560 tcagatcttt gatcaacgct aggctttttt gaccctctaa atatcggtac gataaagttg 34620 acaacccaca taggtctccc gacaatgtcc atggcaccct ttacgggtct ctagatacag 34680 tatatgcatg aagatttcag ttagaactac gtccggctgt agaccttttt gtgtggttat 34740 tctctgttgt agactaacct gaacaagtat cctctgaaat agtacaggac ctttagtgac 34800 tgcttgaaag gttgagtctt caataccatt tgcatcaagc atcctgtata cattgtgtag 34860 cattaagcaa aagatcacta acattgtgtg tcctgaacgt ctcacggatc tcagatagcg 34920 tgtggaaatc ctggtccttt tccccgtatg ggaccaatca cttgtttatc atctgattac 34980 tgtgaggtag tgttctttag ttaaatctaa gaggttgcat tcctgctacc acagatcaca 35040 caaattgttt cagttcttcc gagtgatatc ccttttttga tgtcgctctt gtcagactcg 35100 agaggcggtt ccgattccag agactctgtg tcatagacca tgatatgact acctagaaca 35160 gtgaggaggt catcttcttt aagttcgtgt aagatatggg ggcaatcttc atcccttgcc 35220 tattatttag accgtttggt atcgagccag agcttctgag atctgcatgc ggacgaccta 35280 atcaatagcc gaatgaaggg gtttcactga tcaaagcttg aaaagaataa acaaaagagg 35340 aatcgaatat tgtatacttc caaacagata ttgagtgaga aggagaacat gatgaaacag 35400 agagagcata gaggtagtta ataggctaga ctggtagtaa ctacttacta tatcatgcgc 35460 cggactagtc cctattcggt acaccaccag atctctcgag tccatcatgt tgacatctga 35520 cggtggacac ttaagtacta tgagcaagag aagaggaaca ataaacccat caattcctac 35580 cggtcataat gatgacagca taatagttgg actattatac tgtccatatt cccggttgtc 35640 aaatgaatat aactatatga cctctcgccc actccgacgc aggtagattg tgatggtcca 35700 ttcaatagcc ggttccatgc cgggtattcc tccactatga catcgacccc aatttccatc 35760 gcgacggggc ccagctcacg atgacgggcg atcggatgtt ctttggacgg gctggacacg 35820 gaggatgatg gaagtgatat gattgcccga tcaattaact gcccgattga tagatagacg 35880 atcatgacgg ggtgatgcac tctccggcgc gaccggaggc gcggttgccc ccagcaacct 35940 ccctgcccgc acagtgttta caccctccgc ttcactgcgg tgcacccatc tccagccgtt 36000 tggcaacggc gttggcagac taggctatgc agtgggggaa tgcttacggc tcctgcccgt 36060 cttagacctt tgaagggctt caaattccca gtctacccac ctgagattga ctctttggtg 36120 tttgctgttg ctgctgtgtc tcctgttcct tcgcaccggt gtcttctctt ctcttcctta 36180 gttacagttc tttaacctca tttccttctc ctaattgacg ttcatcaatg tcgtcggtat 36240 tttactcttg catgtcctcg ttatcctgct ctgcatagaa ttttccgcta ctttcgtatc 36300 cttcgctggt gttcgatcta tctttacgcg ggagcaactt tcaccgtgag tcgcctgcgc 36360 ctacccgttc cataaccttc ctctgatggc tgtcctcatc tgctaacaca gcctgtggct 36420 tcctaatcag tttcgggcca aaggcgataa gacatggctc ccagcataca acccccgagc 36480 atctttgacg attcctcccg tggtcctacc aagccttccg tcctgcgagc aatctggtca 36540 tccaaggccc acaaacggac ttcatctgca gatgatgtcc tcgcccctag agtcgttgat 36600 aaaggccagc ctagtggcag cccatatgcg cccccagtcg atggacctta caaccctgcg 36660 gaacagccac tggcagaaat agccctcaac cgggatacag cagacgttag ttcaacccag 36720 agatcacctg gaaagcaagg gaaacacact ctacacaaga aaacaaaaag cgccgtctca 36780 ctgaaatctc tcaagagcta tatggaacgc aaggacaagt cggatgagac gccagatgac 36840 gaagcagcga atctgaagcc gaagaaagca aagtcggcca acagtctcac ggctatcttg 36900 aaacgatccc aacgcggaag gaaaggagaa aactcgaaga gcactcggga caaagagaac 36960 cgcagcccat cggaccctgt cgatagcatg ccctctccaa tgtggaacca ctacccaacg 37020 ccgccgtact acaaccaacc tgaggttacc agttcccagc acaagcgtag gactctacag 37080 gaggaggttt ctctctacac ccctagggag tatggaccca ctcttcagcg aaatttctat 37140 gattacgatg gaccctctct cagagcccgc ggggatccaa agccacgtcc aaaatcggac 37200 tacctcgcgg gaaatcgcaa ggtgaaagaa ctgatggatc ctatagatgg catgacggcg 37260 aaccagctgg cttcgggtaa ccagccagaa cctgcctcgc ccaagaaaca cggaaggccc 37320 agggcactct cacgcccgga ataccatccc ccagcggaat ccaggcccga agcaagcccg 37380 aaacgactct ctcgcgtcca agcggcaata tcagctttca atgcaaaaga gcaggaggct 37440 gaactgcaga aacgcttgac cggcaaggag cttgagaacg agttcgaaaa gctactggtt 37500 agtaatcccg aactactctc gtcgaacacc cagagcctag actaatgacg agacaggatg 37560 ctaggaatat tcctcataac atgcgagaca agatgaggtc tctggatacc aacataaaag 37620 cagacttcat tatgaaggat cgagccgaaa atactgcgcc gcacagcact agtgctagtg 37680 gtacggatag taccggtcgt cgggggcgca agaaggagcc aaaggaggac cgccatggcc 37740 aagacagcaa aggatctcgc tcgcgatccc gcagtcgcgg cttctcattc tccaaaggca 37800 gctcttcgcc taagaagcag cgccccgaca gcgggagttt ctataggcgt cccaaatccg 37860 ccgactattc acagcccaca ggattctcca ggctcggaac cccgtcagct tccactacct 37920 cactctctgc cacagcttgt gatactgcag ctgacccgtc ggactttgtg cattatctga 37980 gagaaatcca gaagccagaa atggtcgagg ttgggaaaat gcacaagctt cgcatcctcc 38040 tccggaatga aactgtcagc tgggttgata cgttcattgc ggacggtggt atggatgagg 38100 tggtgcaact gctttacagg attatgaagg ttgaatggag gtaagttata cgtattctcc 38160 gatttgggga accggagctc ataaattgga tagggaagag catgaagata ccctgcttca 38220 cgaaaccttg ttatgcttga aagctctttg tacaacatcc atcgctctgc agcatctcac 38280 caacatcgag ggcgagcttt tccccgcatt gctgcgaatg ctatttgacg aagagaagaa 38340 gggcccaagc gagtacacaa cccgtgggat tatcatcaat ctcctgttta ctcagctctc 38400 tgctgtatca tccgacgaga tggctgccag ccgggcttca cgcatcttat cctacctgcg 38460 cgacccgtct cccccggagg acagtcagcc tctgagtttt atcgcaaaca tatatcagtc 38520 acgcccctac cgagtctggt gcaaggaggt taccaatgtg accaaggaag ttttctggat 38580 cttcctgcat catctcaacg tgatcccgat cttgaaagac gataaaccgg gtgtgagcta 38640 ccgagaacgt catttccctg cccctaggcc tccagttccc gccgctccat atgttggtgg 38700 cgtggaatgg gatgcgacca actacttggc tgcgcacctg gacctcatga atggcctggt 38760 ggcgtcgttg ccaacgagcg aagaacgtaa ccagcttcga gatgaatttc gagcctcggg 38820 attcgagaag gtcatgggcg gcagtttgcg aacatgcaag gagaagtttt attcctccgt 38880 gcacgattgc ctaaagacat gggttgctgc agctgtagct gatgggtggc catacacatc 38940 ggtccgcgaa ggtcctccgc ggccggagcc tgggtcgccg agcaaaaccg cgatcaaagc 39000 agcagctgga agccccagaa agggtgtctt ggacgaacag cctcccaagc tggaacttgc 39060 gctggatgtc cctgctggtc gtggcggggc ccaaggcaac agtggccttg ggaattggct 39120 ctagacatga gtctattgct gcgcggaccg gtcatcatgt ctccactaat cggcgacatt 39180 gacacggcat tatgacagct tttatctttt ttgacttgtt gttgttacct tgtctgttag 39240 ttgttcatca ttgtgacttt ggagaattgg gattggacgg cgttggcatt tctgcggtgt 39300 ttgggtgcat ctcaccgtca cttgacggcc acggcgaaac gactcatgac ggcatagggc 39360 cacagacctg acgatatttg acgttctttg attgcatgtc aggccgatca ttctttttct 39420 tggacagatg cgttatagca ggcacgacat gaccgaggtg gattatgctt agttttctac 39480 tattgtcaac atgagcggct taagcttcgc tgtcattata ttcaaatcat atgatagttg 39540 tacaggatag gatactatac agtgtagatt gaacgaaatg gtctagtcta atgatatcca 39600 gctgtaaaac cctccagcac ctggcttggc ttgttcgtta tttattgcgc acctgactca 39660 tcctccgacc tcttcaccgg acgaggaggc ggcggcgtcg agaaagcacc cttgacacca 39720 gcaaagaacg tccgtcgaat ctaaccacag taagctcacc tgcctcaacc atactcagca 39780 ggtagataaa tatcactcac ctcatcaaac ggactcccgc gctcatccca ctccatgaag 39840 agcaacgcat acaccagaac gactaaatcc cataatgtac gttagccttc ccaatctagc 39900 aagcaatgtc acgccacacg tgtgattcgc cgccatctcc aaaccaaaca gtatcggtgg 39960 gaatagattg tacatacacc caataaccac ccactgagta atcttggtcg ctttaaccca 40020 cttcggccga gcgtatttca gcgccgcgcg acgccggtac ttccgttcta aacggaactg 40080 gtgcttcgga gagagcttcg acatgtccgg tggccattgg cgtttcggtt tgtaggggct 40140 gtagtattcg ccttcggcat cttcgggagt gtatgtgttg ggattgttgg tggtgaggcg 40200 gaagggggac gagaggtggt gcggggtgtg gagagggggc gggtctagtt tttgtttgca 40260 tttgttagat tgggttggtg tactagggtg tgtgtgtgtg tttctggttg ggtttgggga 40320 ttgtacctgt tgtatttgag tggtgttgtg cttgtggtga aggtatgatg ggagggcgcg 40380 ggtagctgct gctgctgttg ttgcttgtgg tgttaggaat aggggctttg ataaggtgag 40440 cgcggcgagg agccgggaga gaaggaaggt cgaggtcatt ggtttgagtg tgtctgttag 40500 ctggtggtgg attggaggtt gaggatgata tagatgaaga agatcgatgg agtgatcttg 40560 aattgcggag gaaaagttgt cgggtgggat tccgcccgcg gagagactag cccgatggcg 40620 taggttggtt tccgctcggt ggtgattggt tcgtcacgga gtggcatctt ggtttgaatg 40680 gcttacttac cagtacttag tactacgaag tacgtaggag agagaaggat ggagtttttg 40740 gttttcgatc caatactatc tgttatatat ttgttacatt gcatgaggag gagaaatgtt 40800 gagggcttta gaacaggttc aaggtactaa tataagacga tatatatata ttaggctctg 40860 aaaccaattg catagtagca aacatgtgac actacggatg catcaagatc actaatcact 40920 gcactgcaga acagtaccag accatgtttg cctctcatct ttggtcctgc tgatcgcatg 40980 acgtaccagt acgcatcacc tcccaaaaaa gcagcacatg caaccacctg agcatcagcc 41040 gttctggtgc attgcttttt cacatgaaac cgctgcctcg tggaccgaca tcccgtgacc 41100 cgcctccgcg gaacaacgat gatgcgcata agcctcggtt cattgtagca gagctgagca 41160 gccagccggt ttgattgcaa gtgaccggct ttactccacg ttgccccaga ttcttataag 41220 accaggagtc cggttctttg tagcttcaga cccctttaaa ctattctctc cttttctact 41280 ggagatatca ctggcgcatc tctcttctac ttcttcgagt ctccgttgac gtcatcatgt 41340 cttccggtaa gtctacagta gcctttgtcg gttctcaaaa gggctctaaa ctaacggcca 41400 cactttacta gcccagcagc gtctttccca agtggcctcc cacttcggcc ctggtggcaa 41460 gaagggagtc tccgccatca cggagaagca ccccgatgat atcgttgtga cctgcgctct 41520 gcgtacggct cttacaaagg gtggaaaggg tggtttcaag gacaccgctg ccgccgactt 41580 gctggccggt gtcttcaagg gggtcatcga ccgcagcggc atcgacccaa gccaggttaa 41640 cgacatcgct gtcggctccg tccttccccc tggtggtggt gcgacggaat tccgtgctgc 41700 cgccctggtg gcgggcttcc ctgagtctac tgccgttaag agtctgaacc gtcagtgctc 41760 tagcggtctc caggcgattg tggacattgc caatgccctg aaatcaggca tgatcgatgt 41820 tggtattggt gctggtgtcg agagcatgtc gtctcaatac gggtaagttt ctgctccctt 41880 cacccctcta tgatatgtaa gctgacgagc atcgtcagcc ccggtgccgt gaccgagttc 41940 tccgagcttc tcgaggccca ccccgagtcg gccaactgca aggttcccat gggtgttctg 42000 tccgagcaga tggccaagga tcgcaacgtc actcgtgcag cccaggacgc cttcgccgcc 42060 tcgtcgtacc agaaggccgt caaggcccag aaggccggtc tcttcaacga agagatcatc 42120 cctctgcagg tcaagtggac ggaccctaag tccggcgagg agaagaccat caccgtcaag 42180 gccgacgacg gcatccgcga cggcattacc cccgagtcgc tgggcaagat ccgacctgca 42240 ttcgccaagg acggatccat ccacgccgga aacgcctccc agatctccga cggtgctgcc 42300 gccgtgctgc tgatgaagcg ttctacggcc gagcgcctgg gacagaagat catcggcaag 42360 tacgtcgctg ctagcgtcgt cggtgtcaag cctctgctca tgggtatcgg cccgtggaag 42420 gccatccccg tggccttgga gaaggccggc atcaccaagg acgacgtgga tatctatgag 42480 atcaacgaag cgtttgcctc gcagtgcgtc tggtgcatca acgagctggg tctgccgcag 42540 gagaagatca atcccaaggg tggtgcgatt gcctttggac acccgctcgg ctgcacgggt 42600 tcgcgccaga tcagcacgct gctgacggag ctgaagcgga cgaacaagaa gattggtgtt 42660 agcagcatgt gcgtcggaac gggtatgggt atggcagccg tttgggttgc ggagtaaagt 42720 aaaaggctgt aacttagatt gatgatttgt ttttcttatc tctagcgatg tatctatctt 42780 attttcgtat attccaagct ggtcttcaca ccactttata taccatactg cagaagatta 42840 gcctcacaaa ttgaaaccta ccgaccatta cttactgtac cttttaacat ccattccacc 42900 cctatagact tagatcttcc ccctaaactt cccaaatgcc tcaaacacac tcattccccc 42960 ctccaccgcc tccttgacct tatcatccat ccccgccaac ttcggcatca gctcgagaac 43020 ccgatccagc aagtcccgag gtatagccac cacccctcct tcctcgtaat cgcagaagat 43080 gatgtctccc tgcacacaca ttagccaacc caacccaatt ctcaaaacac ttacaacaaa 43140 aagaaagaaa gaaagacata cctcccgtac agtaaccccc gaaacacaca cctccccacc 43200 catctcgccc ggcttcgcct cggccccact ccccaccgtc gaccctcccc tcgcccagat 43260 ccccaatcca gaggccttga gctccgcgcg atcgcgcact cttccgtcga ccaccacgcc 43320 gagcaccccc cgaactttca tccgaagggc catgatgcct ccgactacgg cgcagtgctg 43380 gtctgggggt tgagagatga caagtattgt atttggggtg gtgaggtcgg accagtgcgt 43440 ggagggtggg atgctgctgc tggtgggggt ggggttggat ttggggatga attgaagggt 43500 gctggcgggg gcgattagtt tggtgggtgt ggtggtgttt ggagggtagg gggctgtttt 43560 tagtagatgg ggtttgttag taatttggta gcggtggtgg ttgacgatgg gtgtatatac 43620 ttaggtctgc gatgtagcct gctcggggtg gggtatttga agggacggat tggagtttga 43680 ggagggcgtc ggagacctgg ttttcatgag ttagtagtgt ttgatgggtt gaatatggtt 43740 aaggggatgt acatcgcagg ccgagtagtt gtgtaagagg gagatctttt cttcgagggt 43800 cgacatggtg gctgtactgg attgaaatga gtagatagta gatagtagta ggcggagtat 43860 aaggtagcag attcatatat gaggggcatg gataagagta tatacgaacc gtgaaatccg 43920 atcagataag ctgcaaagaa tccttcttgc ataaccgagg atcactgcat tgacatcatg 43980 tgtcgagcag atctcttaag tagtcacaac atcctactgt gtaagagtca cacaagatag 44040 atactaactt cagtttccat ccattcgacc ggatcagcat gcatcgcgtc tgctaaactc 44100 cgctcctctc ttccccattt acccgatatc acattgtggt actttttatt ccatagataa 44160 ataccatatt tcccctcgga tcgtccctga caatgccact cccgaacatt ggatagatgt 44220 gggggaacca tcggatccag tcgagtcagt ctcctccaat taattatcaa atagtatctg 44280 ctttagttta gttcctgggg taaaactccc cgtccgcaaa aatgccgccg gatctccgta 44340 aagtccctga cagctggctt ggccacattt cagttcctga tatcgccaga atacaccttt 44400 catttactct cttcttggat agagccacat acataccctc atagtagatt tgtgtatatc 44460 atatccacta tggcatcaaa tacctacacc cccgaccaac tcacccttta ccttgagcgg 44520 atccactacg gctccaacac cagcagacta gaacaactac aacaagccgt gaagaacgac 44580 cccctcggta ccctattcga gatccaacgg cgccatctta ctttcattcc ctggggtaac 44640 tcagccctgc attactccaa tcaccggacc atcgatatcc gtcctgcatg cgtgttcgaa 44700 aagctggtca cgcgcaagct ggatggctac tgcatggaga ataataccct gctgcatggg 44760 atattgaagt ctctggggta tgctgtctat gctacgggtg ggagagtgtg tttggctgcg 44820 acggggcggg cggaggaggg gttggagaag ttgtatacgg ggatgtaagt tattttccta 44880 tactagtagt attccccatg gagatggaaa tggaagggtt gggtttggct ggtctaagta 44940 tactaatgat ggtataggtc gcatatggtg ctgattgtgc tgattgatgg gcagaagtac 45000 gcggtatgta tctaggtatc ctacggggta gtgactacga agctaatggt atatgcaggt 45060 ggacgtcggc ttcgggggta atgggcctac ccggcctttg ccgctcaaag aggattccgt 45120 ttcggtctgc atggctccga cggagatgcg tctcgttcat gaggccctgc ctgagtacgt 45180 ggaccagacg caaaaggtct ggatctatca gatcaggtat acgcctgaca gtaggtggat 45240 tcccatgtac tcgttcctgg ggacggagtt cctgccccaa gatttcgaaa ttatgaacta 45300 tgcgacgagt cagcggccca cgagctggtt cacgcagtcg ctggtttgtg ctaggatgtt 45360 catggatgag gcggagagtg aagtgcaggg gatgtatatt cttgctgggc gggaggtgaa 45420 aaagagacag tttggacagt cggaggttct agagacgctg gagagcgatg cagatcgcgt 45480 caaagctctg gcaaagtggt ttgatatgca tcttcgcgat tatgaagcgg aggctatccg 45540 cggttttgta tctgagatca aatagatgtc ggtttggaaa caaaggctaa gatagaatct 45600 acctggcggt gtacccagag ccggccagat atcttttata gtatgataca aacaatcttt 45660 cattgcgtgg atatttctct cgaaagtaat gcggccgaat aaataaggaa caggcgggaa 45720 taatgacatg acgtgtgaca acccatgctg tctagaaaat ccgtttctcg atctgccatg 45780 gttcagtatt ttgcttcgct cactgctgct gattgtgctg gtccgtacct tccaggggtt 45840 gctgagctcg aatcccttgg gagcttccgg gttgctcgat tgtcctcgtt tcgtgcccgt 45900 gattctcagg tctctctcca tcactggtag gtggggggtg tcgagagtta gctcgctgtt 45960 tctctttcaa gatcggaaat aggagatctc caattggatg ttgcacgaca tcaatcgagg 46020 ttataacata ctttgctgta aaagagttag tacgtctgat cccggtcgca tcgggtaagt 46080 ggcaggttca cttactctat cccacttatc cttgttccac cgcggcatct tgccctcgtt 46140 gtcccatctc cggatagccc acaagccggc accgccgaca gtgaacgact gtgtcacgca 46200 ttggtcagta cttaccacgt cgaaaacaaa tggggagagg aaatggtcgc tgaacgtact 46260 ccgatgatga tgccgaaggg aaggagagcc tcgaaaggga cacccatgat gacgatagga 46320 gtcaaggaga caggaataga gcaatgcaca aggctcaatt ggagtagcag cgaggggaaa 46380 ggtgaagctg gtgtggccgc gggaatccgc cgttcgtcga cgaggtctgg aggttggccc 46440 aaagcggttt aggcgggacg gctgagtcag cacggccgtc aacctcacag gcaggagaag 46500 gggcaaagag gccgccgtcg attgcgttga ttgcgcaagt agacttgaga cggcgtttcc 46560 ctggctgtta cacgcgtcta cttctgcttg atccggagta tctgctcttt tcgtgggaac 46620 ggtacgtttt ccgccctgtt gctacacgtg ttgcttgcca ttgtccgctt cccgctgctg 46680 ctacctactc ctcactgacc ttgcttggaa agcatgcgct tgctgtaggg aatcgaactt 46740 tctatcttgc gtggattccc cttttacagt gcgtggtctt cagagctgtg gcgccccagg 46800 caattcgttc tatgcttccc gatgcccgtt tcacgcggca ccagatgatc gtctactttc 46860 gcggggagcc tgaatagcct caactcttgg gcttgccttg tatttcaaat ccccgaatca 46920 ttatctggcg actattgtga cagccctggc gaccaccgtg acatacacta tgccggctat 46980 cgtaccgctg gccaacgacc ccgggtcgaa gaccccggcg gatatggtgg acagtgacca 47040 ggacgcggag ggggaggagg aaacggacct gtatcagatg gatcagcagc ttcaggatgc 47100 cgcgcaccgc gctttcaccg gagaggctgc ggacgatgct gcgactggcg acctcgggga 47160 ggatcaggac gcagaagggg agccagataa cgagatgagt ctggtcggag atcagaacga 47220 taccgagccg gttggcgcag tcaaggtgcc tcagaatggc cagtctgccg acgacgagga 47280 cgcagcttcg gaggccgctg acgcggaggc agatccggcg ttcgaaaacc agagtgatag 47340 cgaccaggaa gcgcaccgtt cttcgtcgag cagtcaggag tccgatgagg agtgggaagg 47400 cgaaagcaat gaccaggagg atgcggaggc ggagacaacg gtccgcggaa actgcatgtg 47460 agtggggacc tggcccatgc cttgttcgac aatataccca tggaatctag gctgacgact 47520 ggatcgatag attttgtgga caagatgaag ataatgaccc gagtgaggag ttcgaggaat 47580 atttgacatg cgcagtttgc ggcgatcatt gtacgttggg ttgcggcccc atccaaacta 47640 taatttcccc ggatattggg cgatcattac tgactcggca acccggcagc tcatcggcag 47700 tgtgctcgcg agcaaaacgc actaggagat gcagaaggta cgttgctttt tgaaacaaat 47760 tgtctctgga aagtccgagg gggcccttga gctgactcgt ttagatgcca acccgtggag 47820 gtgcccgacg tgcgtccgcg agaagttgaa gcctagtgcg gaagagggcg cggcgccgca 47880 acggaaaaac agacagaaaa acatgcgcaa ggagctcctg ccggctcata cgggtgaaga 47940 cggctccgac tttcattcaa ttttcaacac agtcactgtc aacgaggaac tgttgaatag 48000 ctctcggtcg ctgcgaaaga gaaagaccgt gtccctctcc gcagagatcg aggagcatgc 48060 acctgtgctt cgcaaacggc aacgccagac cccgttgcgc tacgatcgtg cggactcccg 48120 cgagcagatg gctgagacag ttgatggcat gtccccagta cggactcgtt cgcgacgtac 48180 gcgtaggaac gagcaagagc actgtcgcgt ggtgttgaag caatttgaac gtcttgtgat 48240 ggcgtttcgc ctcaacgagt ctaagctctc taagattctc aattctcgca gcaggtcaca 48300 gatgagaagc agaaggaccc caaagccacc acccgtcgct cacgagccac aggctcattt 48360 tgcaccgatc acacctgcct cttattacac accattctat tcatttagcg accgtgagac 48420 cgatgagctg aagggcaaac cgtacggggg catcctgtcc gaagcggatg cggatacctc 48480 caagacactg ccaacacacc tcgaccgcga aaggttcgaa aaggcccgcc aaaaagcgga 48540 ggaagagtgg caacgacgag ctctagaagc cgagagcaca ggcgaaactg tacagcatgc 48600 gtcgcagaag gtgtccggac ccccatctag aattaagtac atcaacttcg gcggctacga 48660 gattgagact tggtacgctg caccataccc tgaggagtac agtcgcaatc gcattctcta 48720 catttgtgaa ttttgcttga aatacatgaa ctcagactat gtcgcgtggc gccataagct 48780 caaatgcccg gcgaaacacc ctccgggaga tgagatttac cgtgaagggt ccatatcgat 48840 tttcgaagtt gacggacgga aaaatcccgt ttactgtcaa aatttgtgcc tgctcgccaa 48900 gttgttcctg ggctcgaaga cactctacta tgatgtcgag ccattcctgt tctatgtcat 48960 gacggagttt gacgatttgg gctgccattt tgttggctac ttcagcaaag agaagcgccc 49020 tagttcggcg aacaatgtct cttgcattct tacactccct attcaccaac ggaaaggtta 49080 cgggaacctc ctcattgact tctcgtactt gctcacgcgc attgaaggca agacgggctc 49140 cccggagaag ccactctctg atatgggcct ggtttcttat aggaactact ggcgtcttat 49200 tctatcctac cagttgcgga gtcaaaggac gccactcagt ataaccgagc tatctgagcg 49260 gaccggtatg accgcagacg acatcgtgtc cggtctggaa gccttgcggg cgcttgtcag 49320 agacccggta acaaagacct acgccttgcg gcttgactac agatatttcg aagagtgcat 49380 cgccagctgg gaaagcaaag ggtatgtcca gcttaacccc gacgcgctcg tttggacacc 49440 ttacatcatg ggtcggagta accaatccca atttgatcgc gccccgttac acgccgtggc 49500 accccgcgag ggtctggagg atgaagaaag tgaggacgtg aaggagtctg ggaacgagga 49560 agaccagcag tcaccaacag atgctggcga ctctaaggag gatggctctg gtcctccgat 49620 cacgaatggg actggcgacg ccgactccga acagcttccc actgagccag ctggacctcc 49680 ttctaccgat atgctctcta aagtgaacgg cttccgccat ccgattacgg catccgcaac 49740 ctcgagtaca ccggccgagt ccaatcccgc tggagacgtc cctgcctgga gatttgagat 49800 ttatcctcct gtgcaagcac catcgcataa aaagcgtcct ggccgaccgt ttggtagcaa 49860 gtcttccaag acgggcggaa ctccaatcgc tgttcgaacc agtggccgta acactcccag 49920 acgagcatcc gttttgacgt ccgtgacccc ttctgcaaat ccagctagtg ttcggcgcgg 49980 gcgtagcgca aagctgatcg actcccctgc ggtggattct acgagcgcag agccggatgg 50040 tattgagaac gagccgtatg atgatatgga gaacacaccg gcagatgggc cggatacgac 50100 gtcccagacc catgtatcca ccgagcccga actgagcgcc aacccagctg tcggtgagga 50160 tgagctgccc acatccaatg gcactacgga tccggagaat gaagcggccg agacgcctaa 50220 tgtcgagcct gtaacccctt ccaaaggcaa gggtgtggag ggtaaaccca agctcaccaa 50280 gtcggttagc cgcaagtcct acgtggagaa gcttgagctt atggtgcctg ccgaagacac 50340 cgctctatcg gcgcacgaga acggcgttgc agacaaagcc gagcgcaacg gtaccgacgc 50400 ggacggagac gctgtgatgg agacctgatc ctgcgacatt gtcaagggac tcgaggtttc 50460 gaatgcattt ccaaaagatt ttcttattca cgaggcattt cccggggcgt tctttgcgac 50520 ttactattgt tgggcgtggg gtgtttttgt tttcttgact ctcaagtctg gctctggact 50580 ttgcttacgg ggatacactt catgacttca cctacttggc tttgtctctt tctgcctctc 50640 tctctcgtct atttgttctc tctgcacatt gtaccaagca aggagtgacg gggtcatccg 50700 gagtttttgg gttcgtctct tccttcgatg cacacttcag tgcattgcct acttactaca 50760 tcaatttcac agggctgttt tgtttcgggt cctgtgaaac ctttccatat tacatccctc 50820 ccccttttct tttcttaaac atttctcttc gcccaccatt gcacaccact catgtgagaa 50880 tttgatttta ttacacttaa acgtccttgc ctgttgcttc attatgtgcg ttacttcctc 50940 ttctcactta gcctactttt gtaacgtagc ttttctccca ccgggaatgg gatctgatct 51000 cataccaaac cacgaacgtc gctatctacc tacctacctg caatcttcaa ggtttaaatt 51060 tttcaaataa ccaactaaag ccatccacaa tcgaacaaga tagcttttga tctagatctc 51120 cagggctaca acatagacac ccattaacca cacaaacccc aaatcgataa aaaggtatgc 51180 aaagccacaa atacactttc cctccaacgt aagggcacca gaaattcccc ctacccaaga 51240 aggaatgcga gatccctccg atccttcaga aaactcaatc tgtcttcttt cccctcttgg 51300 tccactaaaa caccaactaa ttagccacat tcttactaaa cagatactac tttgcttgca 51360 gcgccacacc gccatcggaa tatgggggcg tttttgtttg ccccggaatg tggctgaaac 51420 aggttcagtt ccgctttcgg taggtggacg tcccacaacc ttgccgtata ccgtaagcaa 51480 gtaactaagt gctgctacta cattcaagat gggatattgc aagcggttgg atggggggtt 51540 cctggagatt ggaacagaag gtacctactt tggttacagt acagatatat cattattatg 51600 tctattctag tgaatactta ctgaggaggt gatgataagt agtaattagt gccaaatcaa 51660 gcaagactaa ttcctccaat gaaaaatgag agaccgtttt taattcaatc aatcgtttct 51720 tcttccttcg gaggtagacc gagagagaag gcaaaagaaa aaaaaagaaa ataataaaat 51780 aatgtagaat aaaaaaaaaa agagaagaag attatattag acaaggtaga gaaataaaaa 51840 aaaaaaggca aggcaactta gagtttggcc aggtggttct tgcagataac ttgcagcgtt 51900 ggatttgagg ggagaaaatg agagcagttg aaagaaagaa aaaagtgggt aaggttgcgt 51960 gagagtagat ttccaggaat tcatccagag acaagaggag tctgaaagtt tactttgcat 52020 ttactttgta gatacggaga gtaacttagg gtgtacttct tggacttttt ctcgtgggaa 52080 tatttttctt tttctttttt tttttgttta tttggtttat tattttatta ttttatttgg 52140 ttttatttct tctcttttct tttttgattt ggtgaggggg agtgactttc gctgcatgcg 52200 ttttgtgttt tcctcttctt tttgggctta ggaggggagg ggtatggccc ttgcctaggt 52260 agctacctac ctactttgtt actatccttc tactatggag tatctatctt tgctgtagaa 52320 agtgcgcagt atactcttac tctgtacaaa tacaatataa ttatcccttt tttttttttt 52380 tttttttttt ttttgctctc tcttcccggt ggctaaagac tcgaaacata gcgagattga 52440 ccatctacaa aatgcccctc tcgggcggtg gcggtatact cagcagcaag gaatgtggct 52500 tcgaggtcag cttttggaat ccttttccga ggaatccccg ttcggggtta gtggcttatt 52560 gatctactca ccaggccaga gtacacggaa atcacagcac tgtgaggggc gcacaggttg 52620 atttcattag tacgaaatgg atttagagag aatcctggat accgtgtaga gttgagcccg 52680 gtcgtttccc tcttctgatc agttactagt aggttacagg tcatcgcgtt gctgagtggg 52740 accacgaagc actcgacggg taggactttt ctcaagtccc cagccagaat gaaccgaggt 52800 gtggctcatg tgccgagcag ctccggactt cctgcacatc gtacttaatc ctgtgctgat 52860 gtggcgatgc ggctggcatg tacagtacgt ctgggctgca ttcatggtgg tgatagtgtc 52920 tgctaggtac aagcccaccc accccccgtg tggtgcagtg gagatgctgt ttcgcatcct 52980 gcgatctcga ctgcatgttt gatggagaat ttggaatttc acatgcccca ttcatgacaa 53040 tagccattgt gtggagtgtt tgtacagcgc tgcgtgatga cgttcgatct gggctgggtt 53100 ggcggtgaat ggcgatggtt tgctctgtgc ctcaattcat cccttccagg aggaaggaaa 53160 aggatatgga atcaaaagct tcggccgaaa agagggacaa aggaagtcac catatctgat 53220 cctggagcaa cgataagtca atcaatcgat aataatggcg agcccgtcat cgaatcaatt 53280 agcggatgag aggcgtctta gcccgtctga cctctcggat tctgtagatg atctgtcagt 53340 tagtcaggaa attttctctc cggcccatcc cctcctcccc gtcgccgtac ttcgtgcaat 53400 catctagcct tcttcttaca aatcacccgg ccttccctac tgatgctttc tgatcgcttc 53460 gataaaggct tcccggggtc ttttcggggt cttcgatagg cccggatccc tgttcgggca 53520 ctccttagtc ggaccagctg aggcgtcgat aattattact cgcgattagc gaaggattaa 53580 gattttcttt tgtgcacctt ccggcgcgga cgatgcaatg gaagaaggac tattctgtgg 53640 atggaacccc ggccgaaccg cgatcaggaa ttcttgttcc agtagtgaat caacaatcac 53700 aaacagggac tgggcgggcc tcggctgccg cctggagctc ctgaagaacc ggcgaggagc 53760 gaacccagga agttctagcc tccaaggaac ataccctggg tcagatcttc ttgaaattcg 53820 gaaccgcccc cagaccccga ataagcataa ctgtagcgta gactaagcgt tgatgaaagt 53880 ctggttcgga ctggggatgt tcggcggacc gctgtcaaca ataaccagga aaggtttcgc 53940 tccccgtgct agctggagtc tggacagaaa ggcaaccgct tgggtccgcc gaacacttca 54000 tcgtgcattt agtcggtgtc cccaccggat atgtaaatgg tcgaaagggg agagagggtc 54060 aactgttcga ttgttgagag acaggaaaag gaggggggaa atgtgcgaaa aaaaaaatta 54120 gttccttagt gttggtgatt ctctggcgct tctctttttt tccagttttc cttttatttt 54180 gttttttttt ttttacctta actctctttt ctaagtcatt tgcatttctt tacccaccct 54240 gattttatca gtaatttttt tctttcccct ctccagagtt cctttcgctg ctgtctttct 54300 gtggtaattt tcacctccct aatagggtca tggcggtagg gaaaatattc cttcaaacta 54360 agaatccaca gtgggctttc cactgcctgt tctcggtgtg tgtgtgtgtg tatctgtgtg 54420 tgtgtgtggg tgtgcgtctg tggctattcg cccattcagc gtccgtcaat caacgataat 54480 gtccatccca aagcttcatt gtttcgttgt catgactcgg taacctcgta cattctgcca 54540 tcaaaacgtg gcattatcgg tacacttgtg gtgtaggaat ttttcttggc taaagggcgc 54600 catggtagca tcgcatccga agacttgctg acaggtctct ctgtctatgg tgtcgatcag 54660 tcccagcgtg tgtttctgtg agtgtaagtg tgtgctccgt acccatccac aagtgatgaa 54720 tggactagag caggtcttcc ttggttttac tccccatttg ctgccccatt atactccgta 54780 cttggttttt ttcttttctt tttctttttt tccttttacc ctcctctctt cttttccctc 54840 tcatccctgc ttacctccgt cgtcaatcgg atggcttcat tgagtcgtgc ggcggacaaa 54900 ataaaccgca ataatcgtca gaaattccta tcaacctttt tttctccact ggtttctttt 54960 ttttcccgtc ggggatgggt ttcgttcctg acttgcaggt accatgtcca aagctccgct 55020 atcctggacc tctgcccatc catatcctta caaactcagg cattggtcta tgccaccctt 55080 gcatagggat tgccaatcat cggacgcatg ctttttgctg atccttccta cgtgataatt 55140 ttcttgatga acctcggact tctgtctgag gtaatgccaa cctcttaggg atgatagttg 55200 agcccgtcgc tgcgctgaac gaagaaatac agtatctcag ccgaagttga tcatccagtt 55260 atgcttgaca cttggcaaat ggcgagaatc gcgattgtgg gctcctggaa ccagtagctt 55320 cgcagttgat gcggctagat gcagctgcca ctaccaccta ataagatcca ggatccgtac 55380 gcaatgcaac gcatctgagg ggaagggtga aaggtttccc caggaacccc ccgaaaatag 55440 aaagggtaca aggggaaaaa taaatgaaag gtcgggggaa aaagggccaa aaatcagatg 55500 ggaaatccaa gggggaaaag gcgctgtacg gaggaaacaa ggaagcgtaa ttctcagccg 55560 cgcttttaca cagcgtgaac caggaaccct cagattatgc atggagaagc tgcgtagtcc 55620 aaccagatgg tcaacactat ttaagtaagg ttagctcttc attgctgaat ctcgcttagg 55680 caagtgagag ggaagaattg ctctcgacga tccctctttt tcagaaacga ctcatgcatg 55740 cttactttct caacgccgca tcagcccagc gatccgatct ctggcggccc ggctctgctg 55800 aggggtgagc gccccgttcc ccgagatcga atcaaccttc cagcagcgca acagtatgaa 55860 tgtatgagcg ggacgcaagc tctgcgacct gcgtgtcaaa ttccaggcaa tgtgatgcat 55920 ctctcgggct aggtcccagg aatgcagcag cagcagaagc taagaaaggt tgactttcaa 55980 gcccgacctg tttccccacg cctgcacgtt gaaaagaggc ccactcccac ctctggttga 56040 ctatcctcat tgtgatcgat ttcatattta ttttatctgt tcctctcttt catattcttt 56100 tcatttcttt ttcttctcgt gttccggcca gagtggtggt ggtccacgat cgtcagcttc 56160 ctttcacttg gagcgtcgtc gctgagggaa tccccatctt gtgaacatcg cggggtgaga 56220 gatatcaaga taaggggtgg tcaatcccgc tgtcgtacaa aaatcagtac agagtgagac 56280 agccgaaggt cgaagagaat aaatccccga gcaaagggat ttggaatttt ggaattggct 56340 gcagcctttg ctgtcgaggg gaagacgaac agacagggga tgggccctcg tgacacagac 56400 cggggttggc agcagcagca aaagcagcaa cacttcgtcg ccggtcttct tggccaaacc 56460 gcatcgcctt gaaactaccg cccaaactct cttcctccat acctcctctc tccaacatct 56520 ttggggatca atagacaagc cggtgcgccc tccccgaaca aacccaagca ataccacgcg 56580 actaaagagc gggtacagaa taggtaggca gcgtccaaaa gcctcaagtg tcgaattgct 56640 tgaacaaagt taattttgat tgacggatca gctcaagtct aacaaagggc tcaaaggatt 56700 attgagtggg ccttggggcc ctgaacccct cctgccgtct tctcgacctt ggatcttccc 56760 tttgtctaga aacacggttc ccagtggatg acataagagg tcagtcaatg gttcgtcgtg 56820 tccttgtgat gctgtgtcgt tattgatcat ggtagcggtg gtgtgaaggg gagtgaggtg 56880 atgaagaggg atgatgttgc tgcttatgat gctgactcct cggccgaaac gcagagaaac 56940 tttgataggc ggataagtag gagccaacaa ctgaaaaagg gcgacggact aaagggccta 57000 tctacggatg agcgtcgctc tccctaaaac agcgcaaaga taactggctt cttctcagta 57060 cagtgctaga ggaacgacga aacagtacga gtccgactgg agactttaga cgcgcgcacc 57120 gaccagcatc aaacaacttc acgggcgtca aatcaagacc tggagaccct gtgtggcgcc 57180 tagatacggg tctgatcact tgcatagccg gctccatctc cacgcgcacg agaccacgcc 57240 gttgcgcgtg tgggttgggg aattgctcgg ggaaggggat agtggcttgc cgcaaacgcg 57300 gtggatttcg tgcctaactc gaaccagtgg tctgttgtca gttctcagac gatccagcca 57360 agaaggaggg aagtagactt tcagtcttgc gcaggtggcc gcagtttgga tgcgactttt 57420 tgtcatttcc cctccctcgc tttttttcct cgggacttgc caatgtgcgc atcatctcca 57480 tgtcgctgcg gttcctgtcg gatcgtcaag gctgatacaa caccctagcc cgcatgccca 57540 accgtggttg acctgactgg gaacgatacc attcgacggc cgaacagtgg ccggcgttgc 57600 tctgcgattt ccggtacagc tccactaggc catttgtctg gttcaccctt cagctggctg 57660 tcctcttgat taccagtaaa tttttaccct agacttccta attttgacac accacgggca 57720 ccacgcattt cttttcgtgg atttttgtgc gtcagagacc tgtcagaggc gactttgttg 57780 acccatcgtt cagctaccgt ctgatcgctg ggcggtgttc aatcccgcca cacctagtgc 57840 tcgctcgctt caaactacta ttgctgctgc tgctactatt attattcatt tgacttttgg 57900 gcaaattttg ttttgaagga ggggcgcgaa aattattttg ttttccgctt gagttggtct 57960 gtgatttccc tcaattatta tttttttttt ctctctttac tcggccgcgc gatctgtgat 58020 gtctagaccc gggcgtccat ttgaatgacc caaacaccac ggtcgcagca gagcaccatt 58080 tggattcccg gaattttctt caggtgaagg tgccaaaaga aagattggcc aggcacccac 58140 gacgtttcat cctcacgtga agaatatccc tccaagggtg ttgaaaaaaa atattactgg 58200 gaagacttcg aaagagccaa agggtgaagg gaaaaaaatt tttttttttt ttctttaagg 58260 gaaaggaagt ctttgaataa cacgcaaaaa caagtgaaat aaaacaagac cgacacataa 58320 agagagggga ggaaaaaaaa aaaaaaggaa gcgaaaaaag agaaaaccaa aagagtttaa 58380 ttggagaaag aaaaaaggaa aaagaaaaaa gaaaaaaaaa agaaagaaaa ttaacaagag 58440 gaaaataaag aaaagttgac gaacacgctt ctactacatt attttcgaat cagagccgca 58500 gcaacaacag caacagcagc agcagcagcc gcaaaaccca agcagcttta ctcccctata 58560 agagccaaaa gaaagcagcc cagtcacaag tgagaagagg tggaaaagga agcaaagcaa 58620 cttagttagc aatccacttg ggtcgaattg gctggttaag gtttgtctgg aaccgtgctc 58680 ggctggctct tgccgcttgc attctgacga caccatccat ctttttcttc cttctcggcg 58740 ccgttttcgt accgcattcg cctcattgca gctcaaaaac tacttgacgg tgctactgca 58800 atttcggcca tccttcccag cgtcccgacg caagtggcag cccagacggt gttttcctac 58860 ggattctcca ctccggaagt tgggtcgaag gtccagctcc agctgctacg gactgactaa 58920 ctagtcaatc ataccgtcgt gtcccatctt taaccaaccc caactcccct ctttcacccc 58980 caccgtgtat cattctctct tctagtgctt cgtcgaacca caagtcgctg gctgctaggt 59040 tccagagacc cgaactcttc ttccctgctg ttaatccatc ggttcattct ttgtttcttc 59100 atcatatctc acttttcccc tggccacctt ctgttgttca gacgtggttc gcagctgtct 59160 gtccttgcgg atatccgact tggatccttt ggctcccgta tttgcttagg ttcagatcct 59220 tgagagctcg ccttgatgag tgcgtcgacg tttccggacg cttcccttgc ccgcgatact 59280 cagaggtttg tcctcccagt ttgctggacc ttgttaaaat aacttccaac tcttactcag 59340 ctacccaggg catccaactg actatgatta ccagctccga ctttgacctg atcgttcgcc 59400 agcagcccaa cagggcgcgc gtggcgggtg ggaaggagaa aggtatgtgg aatcaccggc 59460 tttgctagtc tcttcggttt ttcttcctga gaagcaacgc ccctacggac gagcagaggt 59520 tgacttggga cccgttttcg cgctgcagaa cgcaagccag tagatccgcc gccgattgtg 59580 cagatccgag tcagagagga ggggacctat ctcgcgcagt aggtgttcgc gcttgaaatt 59640 ggtgctgcgt tggagaaaca ggcccactga caaaacaccg ataggcatta cttgcaaagc 59700 ccttattatt ttatgtgctg cagcttgtat gatgcgtcag aggataaccc agttcccgtg 59760 gccccgtcca ctgctctgac cggcacactg gtttcgtctc tccacaggtt gaaagatgtg 59820 gacaatactg gtaagtttgg tcttcgaatg agcttcaaaa acaggtctag atttggctta 59880 ctgactggac ctggcccaga tgggggattc ttcgtttggg gggacttgtc agtaaaaatc 59940 gaaggagatt tccggctcaa gttcactctc ttcgaaatgc gaaagtaggt ttctttggcc 60000 ctgcaatggc tcccagcgag cctctccaca gacttgtgag aagcgcatgc tgattttgcg 60060 gcgatttaaa gggacgtcgt aacccatctt aagtccatca tcacggatag atttaccggt 60120 tcgtttacgt cctcgtgaaa tccttttctt gagaacgcag ctcctgactc cgtacagtgt 60180 acccgccaaa gagctttccg ggcatggcag agtcgacgtt cctctccaga tcttttgcgg 60240 accaaggtgt gaagttgaga attagaaagg agccacgaac actaatgtga gtgaagtagc 60300 cgagtgactg ggaaacctgc gagaagtggc tttgtatgat tgaccagtga gacagcaaac 60360 ggcctgtacc ccggccagag gagtatccgc agccgattcc gcgctcgccc gatcgttctt 60420 cgatccagat gccaagcaac gcgttcagcg cttacccgac aacgagtaga gactatgggt 60480 actatggaca gcagacacac cccagtaagc ggccgcgaat gtcgtctata gaccttggga 60540 cccgagggat gtatgacgca gatgggcgga tgcgtcagat ggatacgtac cctcaaacgg 60600 cgatctacaa tcagccaggg ggctacgcaa ctcctatgat gcaaggctat cctgccggac 60660 acacggcggt tccagattat gcggttcgtc tgcctgattc attacttcaa agaccggctt 60720 gggaggacag caatgctccc acgaagcgcc gtctccagag gccggatgtt tctagcagga 60780 tgctaacaat atagcagatg tcttacggaa tcccatcctc cactcaggta ccccagatgc 60840 aagaccctgg ggcacacggt cgatccagcc aacaggccac gatgcagtcc ttaggaatgg 60900 tcaacgcgcc tggtactcct gtatggactc cgcctaccac ccgtcgttaa ggtcgagaag 60960 ctaagaaccg tatattattc tggatagaca gcggactcga cgggagcaat gatgccacaa 61020 agctaccctc gttcgcaata ccagactggg tccacaatcc ttcctccttt gcaacaacgg 61080 aatcgaaatt ttgctcaagg caccaacggt gcagcggcac gaggctactt tgatcaatct 61140 tcccaagcgg cgacaccgat ccttccatca caacctattc ctaccaatga agtggacagg 61200 tacggttcta ctcctggcca ggcgtctttt gagcatcctg cttcagcgaa tgggaccccg 61260 cgatgagtgg tttcggagtg ctcagccact gtggctcggt tgcttgtggt cttgatcgat 61320 ggtcgaattt gctctggttg ttctttctct ctctctcttt gcttttacct ccttggatag 61380 acagttggac gggtgttttg cttttactgg gaacaagaat cgggctctgg ggataaatgg 61440 cgcctcgggg atttaaaatg ggataaccat actacaggtg tttgattgtt atttctattc 61500 cccgttatta tgttatggtt acggctttgg atcgagtgat gacggatgat ggctggacgg 61560 ttgacttcat tgtacatatt aacttgaaac agaatttgac atgagatggg tagcttaatg 61620 gctatgctgc cacttctcgt tattattaag ttgaactagc ccgaagcaaa tcaactggtg 61680 tttgtaaggt tccttccagc accgaaacta tatacgcgga ctaaggctgg ctgcctgagg 61740 ttaggccgga tgttgccttc ctttttgggg gaaaatccca actggaggtg ggattcaacc 61800 ggcttcttcc cctcgttgac agcctcgcct tcacttctca ctccacagtt gctagcattc 61860 actctttcgg ccttgctccc cactttgctc ttacgatcat tttgcctaca cgcagctgtg 61920 ttgtctctgt tgtcgtccat ccgcgtctgc tctgatattc ttaccccaac gcatcgtcaa 61980 accaccactg tcctaatcat ggcttcctac aaagacggaa gccgtcaagt acctctgctc 62040 caggcttctc cagaggtttc aaatttggac attcgaagta cctggagcgg tagcctagac 62100 gagcccgtca actgcagaat ctctatggtg gtgagctgct acatccccat tactgtactc 62160 tgtccgctgc tcatcgagaa tttctcccct tcttcggact aggtccattg tattccgagc 62220 acgcagctat ctatcttgaa catccgatct gccggggttt ctatcgtcaa tacacagttg 62280 gttcggcttc agcctgacca gtatagtgac ggtacttggt caagctcgag ctcccctcag 62340 agtcctttat tcgccttttc ttcaactaca acagagtctt accctgcaca ttccccggta 62400 tctggctcag agtcttctgg gggaaatgtg cccgcaaata tcgagagttc ggctcaaaac 62460 ttggtatcct cggtcgatgg aactgttgaa aacctctcta tttgcgatac tgggctcgat 62520 cagctggatc atcattcggc tcaagtatca tctgcgtccg atcatagcga tgaatatact 62580 aggtttatag atgctatcaa gcagcatagt ctgggaaaga gaagtgctgc agcggcaggc 62640 ctgacggaat ctcagccggg ctcggatacg gaagagggtc aaagtaggaa agcggcgcag 62700 caaaaccata ttgacagaat tagttctaca aaatttgagc ccaaaaggag agtgtctgag 62760 ggctgggcaa accacagtgg gcacttggtc tccaactccc cgcttcccag agaaaagcag 62820 catgaacccc tcagcggaga gttcgtaccc cagactgaca acataacaca aaaaatattt 62880 tccggcagta cgcaaaccaa gggtgttaat agtgcttttg aggtcaagga catagcaagt 62940 agcatgaagc tcgaagccag tgatgctggt gctactttcg agtcttcact agctcattca 63000 gacacaggca aagaaccagt tcatgatcct gaacagccag aggttgcggg gtccgtcttt 63060 ggtgaggctg atccatgttt ctcattgatt gatgaaatga caccgttacc tgagccttca 63120 aatgaagata ctacaaaagt atcgggcgaa gtgcgcaaag accccttctg gaaatggtca 63180 aatgcggact caacaccatc cattccagct ttgaaagaat cgccactatc caattctgac 63240 cccggagagg tacctatggt agctgaaatt gaaccagagg agatcgcaaa ggctcggcta 63300 cttcccaagc tcaccatacc gcaaccttct catgggaaga ctgcggatga taaggagacc 63360 tccccgcaaa gtcatgatga cgagtcacgc gcagatgtac actgcgaacc agtatttgat 63420 attaaccgtg gtattctaat agtcaagaat ccttccaatg tccagccaga acactacaag 63480 ctcattgtta ccatatctgt gtctctgcgg caaagaaagc aaagcggatg gaatgactta 63540 gttatccaag gcctacctaa gttggtacct ggcgagtacg gatacctcct tttcctcatg 63600 ccagaggaat atggtctcga gttccgtacg acgaacttac agaggcataa gatcgtggaa 63660 aattgcttcc tgggtgagtt cagctatacg ggtgaccttg tgatccctgt tcgaaggtgc 63720 gagcggaagt tttacggagt tgtcaaggac tttacggtac accaggaaat cagggccgaa 63780 tatgcattgg cctctgtcaa agtagaaagt ccgccagaat tacaagcaac ataccacgct 63840 gtttgctctg tcagactgca caatcgttgc ttttgggccg aaacatgctg tctcattctg 63900 tccatcgatg ggggaccaga tagtgttttc cgcagtaaac ttgattctca agaaagcggt 63960 ctgaagatga tccatatccc agcaagagag aatgtcggta ttggatctgc gtatctacag 64020 atcgtttgct cgccccgaga tcttgaattg ttctgtgtga actggacagt tcggcttccc 64080 gggcaccatg caatcagttg gctcccacga atttacccgg cattttccag ccccagtgac 64140 cgtgttagac atcatctccg acggacattt gagaaagtgg aggctgtatc actttcacgc 64200 attgagcgtt ctcgtggcta cgaaatgggg gaacctgaga tcgatgactc gaaagagccc 64260 gcaggtataa gagatgccat tgctatcgtg gcggacctgc ctgctacgga caaacagcca 64320 atgaataact ccgcgaatat tccgagatca gagaacgtta tacaaaagat gagactcgtt 64380 ttcatttgcg ctatctatgt tctgggaaca attcttgcgt tctggctcaa taataccgtt 64440 attgacgctg tggcttcacc aactaaggcg acatccactg ttgctaatat ggatgcggaa 64500 agccttaata tgagtcaacc aacggcagta cactggcata gctacaccag ccagcccgat 64560 aggtcatggg agggcaactc caaggatgaa ccaacaccag gagtcagcat ttccgtagag 64620 gcgaacgaag aggtaacaat ggatactgag accacgaagc cggatcaaga gtcaacaagg 64680 tcggcaccag ctggaccgcg aagccttgag tcaccgcaag ctgaacaaga gttgactttc 64740 cgggacaggg ttgattactg gcttgggtgg cggggcccgg ccaacagcga gattcacggc 64800 gagactgtcg cgcaatctta agagggcagg aagaataggt actgatatta atgtaaaaaa 64860 tggcttcggg gaggtaccct gtgtagttag gtactacaga tgaaccaggt tctcattgtc 64920 cttctgtttc cgcaatatgc ttgagtactt cctcgacagc ccactcgagg atgtctgtca 64980 tggacgcctt tccttgtcca ggagccaccg ttacacctgt atccaatctg agattcactc 65040 cctgtcccac caacctgacc agctcctgcg tgtccgcatc cttccatgcc gtctgagccg 65100 acccttcttc cccctccggc aacaacaacc acgcatgatc ctgcacataa ttaggccaca 65160 caatatcatc aacatatccc ggcggatcct cccagaaact ctgcggcggc cgatcatcct 65220 cctcctccaa atccacctcc actgaccctc tctgcggcaa ctccgtacca ccaccaccac 65280 cctgctgcac cggcgccggc ccaatagtca catacccact cctcccctcc ctcctctcct 65340 tcacattgtc atacctcgcc ggcaaaaaca acctcacgtc catcttctcc tgcacatccc 65400 tcaacccatg ccgcggatct tcctccttcg ggggtgcgaa taacaggaaa ccctccagaa 65460 agacgattgt cctgacacca tccccagaaa cagagttggt attatcctcc agaaagtagg 65520 aaggtactcg ccccctaacc acctccctca tccgagaaac aacctcctct gacaccccgg 65580 actcggccac atcgttcaaa tcctccttgg agcgtaagcg tggcgggagg tgtccatgcg 65640 catggatgta ggatagtgat gcgctgagga aggggatgtc gagcgcggaa agagtgtccc 65700 agttttggat ctgcgtggtg gggtcgcgcg ggtggggaat taggggggat tctgttggtt 65760 tttgttatta gatgagatgg atatagaagg tatgggaaat gtacttgtca tctgggtggt 65820 aaaagtcgtc ttcgtggacg atgaatgttc gtaggttcgt gttcgtggtt gtgtttgttg 65880 cctgcggggt tagtttggag aagatgcgct ggaggaggcg cgcgagggtg gttttgccgc 65940 tgctggaggg gccggagatg gcgactatgg ttgttttttg tctttcagga ggtgggggca 66000 ttttgggctg tggacgttgg ggaattggga aggggagcaa tggatgatga aggtgggaaa 66060 gttgaaagac cgacgtgatg tgatataggc atggtggggc tgggtggggc agccttatct 66120 gatcggaggg gtgtggttgt tttccttatc gggggtgtta atatttacta gtccatgtct 66180 ctgcgtgatg gttacatgca ggatggatgg ataggggatt agaattgttc ggtagctatg 66240 gtgtgttact atgggtgtat atgagattct gggcatagtt gatatcattt acagtcatct 66300 aggtacagca gtcattctat gtcgtcaatc agcacacgcg cctccgaaca aagataccct 66360 cttcttcccc ggtttgctag ctgcttctgc accgtcagtg ctcgcgtgag cactatctgt 66420 ttctaccgtg ggagacagca ccgtcggaaa tggcgacgcc cgaggagacc tgctccagac 66480 tcgcggcggt gtcatgagga tgccctgcgg cgagaggaag tccagaccag gggacgtaga 66540 tttgcgcctt tttggcgtga cgagatccgg ctcgtcggtg ctctcgccta tatcaacagt 66600 tctgacatgt ttccgcttcc gcggggtgct gtgttccggg agtcccggcc caattattcc 66660 ttcctcgtcg tcatcggcaa ttgcgagctt gtgtcgatcg aagaggccag cagggtgttt 66720 cagaaacgcg cctcgggtaa agctagagtc ttcggtttcg ggcatcggga tgtaacgctc 66780 gttctggatg atggaactca tggtgctgtc gtccaggagg tctcgttccg cgtgatggat 66840 ctcgctgtct gtcattgctt ttctgcgctt caacatcttg tcttcaagag tgtctttgag 66900 gacgagggtc tcgacgaaca cggggcgggt ctgtccgatt cgatgggctc gtttgatggc 66960 ctggctttcg acgttcggtt gccagatagg attgactatg aagactcggg aggcgttggc 67020 gatgtgcagg ccgtgcgatg cctggcgcag gtccattaga aggacgcgca cctcttctga 67080 ctcgcggaat agggcgaggt attctgctct catggtgggt ttaagggtgc tggcatagat 67140 gcggaagtct acaccgagga gttcgagacc ttcggcaatc cagaaggcgg cgttgttgtt 67200 gtcgtagaag atgataattt tctcggtttt gtgcagctct gatacttggt ccaggagata 67260 tgttagcttt gctgaggccg tggcgacgag tttggttcgc atgagagggg actcctccgg 67320 taagctctta aatagtccct tggtgtatgt ctttttgggt gagttgcttt tgacgggttt 67380 gtctggtgtg gtcttcttcg gactcagatt gtccccttct cgtcctgaga gctcgcgacg 67440 ggccttgatt cctgcaccgg caagcccttc tgctggatcg tacgtgttca gatgcttcgt 67500 cacaaatttc tgtgcgtgac gcgcctgggt gatgcccagc agaagtggct cttggtgcgc 67560 gactgacgaa tcaattgccc acatactccg ggcgtgttca gggaagtcct ggatgaagac 67620 accgagctca tgcatcctct tgaaagcgca ccaacatcca gatgcttgag ccttttgtgc 67680 aattcgaatg ccttcacgta atgtctctac gtcctcttcg cttgttttgt ccgagcgtag 67740 ttccaaatgc tttaaggcaa tgtcgatcgt tggggagatg tcgtccgagc cagcccacca 67800 aaatcctgcc tgacgaaggt tgttgataac agtgctaagg tgcttgcggt tgcgagcatg 67860 gaacatgtaa tcttggtcgc tgcgctccga agtgacggca ttgacagcta ggccgaagat 67920 gaatatgttc aagttcaatt tgtcgtagaa ggtaggctcc agatggacga ccttgttatg 67980 cagtcttggt agaggaatct cactgtggat gacctccaga cggtgtcgca caacaaggct 68040 ctgtagggta gcccggagag actgtgcttt ccgtcgcctg ccatcttcgc cgacgggctt 68100 tatgtacttt gtccagttag ccgggtcact tgctcgaggg ttagaccacg gcttcaggtc 68160 gaggaagtca atcacgatat atcgtagctt gtcgagatcc ttgagctcac tgtccaaggc 68220 gttccctgtc ttctttctac ctcggagtac agtcgtagta gcctcggtta gatcagtttc 68280 gctagtatgt gtctcctgtg aagccagact gacttctacc ccatacagcc cgctggatgg 68340 ggttcccgac actatccacc gacgctcaat gtgaagctgg ctcaggatat gcatcatggt 68400 ggtccgatta ccactaccag ccacattgtg gccttcatcg acaattatcc gaagccaatg 68460 aagtttcgtc aaaggtgact cctcgggcgt aaaggagtta cgtctattat tgaccacctc 68520 gcccgcctcc ttctcgaagc ggattcgcga aaacagaacg atgtcgtact gcagaagctc 68580 atctggtgag ggggtcttgt cagagctgtt tcgtagtaca agcaccttca agccatcggt 68640 atgtgccgaa atttcattct gccagtggtt gaccagatta gggggcacga cgatcaaagt 68700 ccccgaacaa agacggattt gctgaggcgg cggtctagga tacgccactc cacttcgacc 68760 tttgtgcctt gcaggaggtg gaggtatagt atacgcgcca cggtgcctct cacactcctt 68820 aacacatcgc tcatagaacg tgccgtaata gcccagagtg tcgaagtggg ttttccaggg 68880 cagtgagaag cggcctgctg tcgccgccgc catctcaaca agacttcccg tcacttctcg 68940 gacggggttc ttcatctcct ggtattcgag cggtatctcg ggaaagtgac cacgcgttgc 69000 caggattaca gccaagcaaa tgagtgtctt accgcaaccc atggtttccg caagtatacc 69060 tatacccagt cagacagccg ttcacgcatt atcgaatagg tagcatacct ccacaggcct 69120 ccgaatacat cttcttctcc ctaaatatgc tcccttcttc cttgtcgtag tagtattcct 69180 cgcctctagg gctcttgaat gcctgcagcc gcggatccaa catctgcgca ggctgcgctt 69240 cccgctggac catagtagca gccgaacgac gctggtaagg gtacaaaggc gtcttcagac 69300 ccagcacccc ggagtaatct tggcctgatt cctcctctcc atgcgcagtt actgtaagta 69360 gctctcgcat cgctcttctc gcatacacat tcctgattct atccaactgg ggttccggat 69420 cctgtagcgt attgaagata taccaaagag actcgtcctc caaactaccc acagggttat 69480 cgacaacctt cagatctacg tgcacacttc cgttccacgc ttcaactgat ctgtcgatcc 69540 tcatcatgac tgccttgagt gcgcgcctca atgctgtgct cgaccgcggg atggacttgc 69600 gcccgacgtc atcagggagc acgtaaacgc gaacaccact ccgcagtgat ttctccccag 69660 atgctattgt ttcagtccag atccagctgt ttctttccaa ggccgcgact tccgacgccg 69720 gaaagttatc aggctcgaca ggggctgcgg attcgttatc gtagccttca ttgcgcctcc 69780 tcaaaacacc aacgccaata taattattca agttctgaga agtctcgttt ccccccgcct 69840 ggttatccct cgcgatgggc tttgacaagg caaaatgttc cgattgcggc gttgcaggcg 69900 tgggcgtaga aaccgcggtt acggtggtat ctgcggaaga atcgggcccg gttgagttga 69960 gagcatcatc atcttttgca gtcatggtac agtctaatct gggaggttgt atctgcagag 70020 attgaagcat cgcaaagtga gcattgaagt tcagtttcgc agaagcgagc atccagtgca 70080 aggcgaatca aattcaataa acacattagc gcatacaaca tacctggtct acttcgacag 70140 catcagtgat aaatgccgca gtaccagcat gtatcatgcc atcattagtc gccaacatat 70200 cgtccgtata ggatctgtcg ttgtgcccct ttgccgtcgc ggaggctgca tgaagaggcg 70260 ataaccttta gcgggcagcc catccataca atcaaactcg ttcgtgctga aggattccac 70320 tgaaacagaa aagggaaact ctcaagatat ctgcaataag ctaaaacaac acatgaaaca 70380 gacctgcccg cccttcagaa gacaagtcca atgaagggaa tgcgttacaa cctcattcat 70440 cgcaccgcgc attccaggat atcccgataa gcgggcagtc accgccatgg ttcgcctgtg 70500 attggtctgg ggtggccacc gccatgcgtt atacctgttt aggttatatt aggagcttct 70560 gttggggcct taggcagcga gatgtttcgt tttaaaatat ggggactatt actgatggct 70620 ggctgcatcg gtgggtgatt tttcttgata agttgaacgg aatactaata cagtaagcct 70680 tatcaagtgc taggatagaa gcaatgatgc ctgcgccttc gtgcacaacg tcggtgaaaa 70740 catcatcgat cactgacata tattatcaga gctcataagt agatctacaa gaaaagcctc 70800 ccattttcag ccacaaaacc cagaaccaga cagaaacccc gcagcatagg ccagcgccta 70860 gtagcaaagt aaagaaagaa gataaaaagg aaggtaattt atgaaagtgt aaaaaaaccc 70920 ccatatgtcc ggagaagaat gtcataagaa aagacaagaa aagaagaata tgcgagcctg 70980 acaaagctgg catgatttag gttcggtcat attacaagct cattgggtga gaaagtcctc 71040 aatctcgaag ccgactctct taagtgactt ttcctccagt tcgcttggtg aggatgccag 71100 tcttcgaacc acaatggttc gtgcatcatg aagacgaact tccacggggc tgcctccaag 71160 acgctctagt tcgtccttct cgcattctcg gatgtacacg gttatgtccg gtcctacgca 71220 cgccctccac agagatgcca tccactgcca gtggtcaagt ggtgcatacg aatccccgat 71280 cgggacggag caagcaaaag catccgcggt cgttagttgg tatcggggaa caagtgcgac 71340 aggcacgggc atcgtaatgg aacccaatcc ggtggagact gtcgaaacag agctattatc 71400 gctcaattgc tcgggagagt tgatctgtaa atcagcagtc ttgggtataa tagtccgtgg 71460 cgacactcct ggcgtggatt cttcgtcaac tgactttgac tccgatgatg ctcgtgaagg 71520 cttcacgaag ctgactattt cgtcggagat gcggtgccat gaggagatga tattgaggta 71580 gtcgacagtt gcatcaccca tttgctcgga ttcggagtag ctctcacgag accgaatctc 71640 aggtcctccg aagatttggg tatgatacct accctccttc tgtaatgtat tgttcaaaaa 71700 ttcgaccatt attttaacaa gaacaggatc ttgtccatcc acggctatca cagccccacg 71760 tcggaacgac gatccatcat ggtatgccgg cgtcaagggc ggggagatct tagccaagac 71820 ctttatcttg ttgagaaacg ggattgtcat gacggtggct tcgatgctag gtccatcatg 71880 cgaatatgga gtcgttgggg tgatagttcc ggggacatga gtagctgttt gtagcggtgg 71940 aagtttcaag ctgggatccg gcggggtata ctccttgaaa tttcggccgg gccgtggctg 72000 ctgtagcggc tggtacagac ctcgtgagtc tgctactgcc gagcgaggag tgtatggaga 72060 tgcaggatat gaagaatccg ggcttctttc acggatatcg taaggaccaa gcggtcccaa 72120 ccgcctgcgc ttattatccg gtgatcggct tctgctttcc acaaaatgct gacgaggcaa 72180 gcgtgattcc ccattaccat tggggataag cttgatgaca ttaggagcac ggtccagatc 72240 tttggcgcga cactggttac tgcgtgctga aaagacctcc ccaggtgccg attttccacc 72300 gaaaaaggag gccctgggtg tataaggagt ctccggtgat actggagggt tcatcacacg 72360 gcctccacat cggctgcaga ctgtagagcc tggagggtta tggctgatgc cagatgctcc 72420 gctccggaga ttcccatccc gaccgtagcg acgaggctga tagcgatact ccgggtattg 72480 ttgttggtgc cgagctttct cctcctgtca agagttaggt ggtccactca aagatagata 72540 cagtacatgc acttacctct gccagtgctt tccactcatc ctttgtctcc tgtggaagcc 72600 ctctccattg ctccccaata attttggaga tttcaggatt ggcaaggcct gggttctgcg 72660 cgaccactgc agcttggtaa tgttggcggt ataagatgaa cgctttaacc tgtttgtcag 72720 ctcaagaaac aaatcgagca gatttcaagc ttgcatacca tttcgaggcc tagggatctt 72780 cggatccggc tgacagaggc agaactgtgt ggccgactcc cttggggtgg gagcattgga 72840 tgacttgatt ggactagatg acgacgaacg ttctgacaaa gatgagcgtt cacgaagagg 72900 aatagccttt gtagctagaa agttcgtggg cttcggggtt tcaatagcag aggcagcgtt 72960 ggaggcgact ttgttgagag ctaccttgct tcgattcaga gaggtcagat gtaccggagg 73020 cagtgtgtca gtgaatcgac gatgaccact taaagcagca gtgtccagat gacggtccat 73080 catagacact ttagcgacat cgtcattcat gatcttatgc tcgaggaggt tactagtagg 73140 ccgtgacaag gggagatggt gagagctgtc atggtgtaga agaggaggtt tgggcaggac 73200 gcgatcgtaa gacatgacat ctattttatg gagtaaagag caaatggctt tttggggggt 73260 ggcagagcga gaagtgggaa ccagcagact tgaaaggaaa tggcgggcaa tgaataatga 73320 aagtctgcga gatggtgggt gagaaatcga ggttatagag agagccgtgg cccttgaatg 73380 ggcggacgct gcacaagtgg atgaaagaaa agaaagcccc aatataaggt tatagttata 73440 gtcaacgaga cgaatgagtt tctcctcgtg ctgcagcacc gggtatttcc aggcaggctg 73500 ttgttaacct tttcttttct ttttctcttt tccaatcgag cggccgtcac tgttggtttg 73560 gtgtcttggg cgtgaaatat tttaaatcca aattcaggtc gaataataat gataataaga 73620 atgttgataa taatatccag ctgaattatt atttgaaggc gtcaggggtg tcctctctgc 73680 tgggtaatct tcttttcttt ttctcccttc cttttgctgc ctcctcgttc tttgacaatg 73740 aaatgatatt tccattcagg ccgagccaac caagccgagg ggacgccagt gagataaagc 73800 caggatttgg cttttcaagt gctttgttat ggggagctat ctttggggcc ttcggtctgg 73860 cgcccctccc tttgactacg actaaaaatc ccgggctttt tagtttcttt gtccctgtca 73920 ggatggaccc gagtccttcg tccggttggg aggatcccca ccagagacag ctgttcggac 73980 agaagtgatg gaacctcatg gtgaggaaac ctcccgggtt gggaaggacg tacatcacgg 74040 ttccttccag cgtgtggtgt ggtgttgtac tggggcggag gaagaggtac cttgacttga 74100 ctctactgtc cctggatgaa cctccaacca agggtaccaa agaactggaa gggcaaagga 74160 agagccagag ggcgagagag acaaagtggg cacttgggag gtagtagcag aaaagcaaca 74220 acctgaacaa cctgaacctg ttcttttttt gcgaggtgag tcagcagtag gggtgagaaa 74280 tgggcccttc cagagctcat tattctggat gattgattgc cttgttgttt ttgggacctc 74340 attttacatg tttgggcagt tcgataataa tacgcctttc agtaagtcag tagctacctg 74400 gagagctact acttagttga acccggggac ctgagtgcct aattgtttta cctttttact 74460 tttttttttg ccccctctca agaccctccc tggtaaagac aagctgccac ctatcgacta 74520 gttgcataga gatggctata caggtttatt gtttcaatcc tggagccatt ttagctttcc 74580 tttgtctgtt cggcgtccgc atgcggtgtg ctgcagtgat ttgggaccaa tccgcagtca 74640 attttccccg accgggcctg gcaattggcc caccgccaat gtgacacatg cgcaaatggg 74700 tttgattgtc ttccaatccg tctaatttct cgccagcatc atcctgcttg ctttgctttt 74760 gcttcccatg gtctggcacc caccactagc ctctacagta gtagtaccta ctccgatgcc 74820 tgagtggtac ttcgaaggta cttgttgttt gctgctggct gcttgctatt tgcttgctcc 74880 ctcgcatgta tcggttggtt cctactaaat cctacctact tgaactaact gaatgtgctt 74940 gcttggctct ctaaggtagt agttcctgga agtttgatac ccactaatct acactgggta 75000 ctgaactccg tcattcccca taaaaaaagg gaaaacagcc atcgtggcca tggctactac 75060 ggtcttcttg ttttatggga ccatctccct accatcaatg taatacatac attcttggtg 75120 gcggtatcag aattccgcca tctccatctc cacctctctc ctccatctaa agcaaaggta 75180 cttttaatcc agcacagctc ctggctaatg acagaacttc ccgaggcttc catgacagca 75240 ggccgatcct tttcggagac aaagaaacta acagccagca ccgaatgaaa ggaaagagga 75300 gtaaaaaaaa ataagagaga gaaagagaag aagcaaaaaa aaataccgaa agcaaaaaca 75360 gggaagagaa cgaacagcct gatttggcaa attggcactg gatactactc cttactactc 75420 cgtactttac caccgagacc accaacatcc catccaccag catcatccgc accatccgtt 75480 acccctgcga ttttccccaa ccatctttca aagggggccc ttccaacagg gtctggtcag 75540 gatccattat tcttcccctc cccaaagtct gatccgtagt tccctcgacc catcgaaagg 75600 ttcacgggtc tccattgaca cgttgatgtt gcaggtgtcc ccattcccag actggaggcc 75660 ggatcgatct accctgtggc gatcgcattc cgatccctgc tccaccttcc accgccatca 75720 cgttacaatc ttccgtctcc ggatggggca gcctgacttc cgtgctcatt ctcaatgaga 75780 cataccacct cagttagttc cctgttcggt ccttgttcgg tagcgacctg aaacctctcg 75840 tgattcgaaa cagttgtgtt cccccagtcc aaactctttc ctcttgctca tccattctca 75900 gagcggggag aaagacatgg tctcaaacct attgacacat cgtctagaga ccagtcgaat 75960 agtcgggcgg catgctcaat ggagataaga gaagcaggcc gccatttgat cgtgctgttc 76020 atcagcgttt gatagtcccg ggaagcggcc gatgtctaat catctacaga acaagtttcc 76080 cccatcatgt ccttggcgaa attacgtctc aagaagtaat gaaaaaaaac aagtaagacc 76140 tcatcggttg cgcttttgga atttttttct cttttctctg ctctcttatt ttgatgttta 76200 agggaatttc atcggagcca catctcttca attccatgga acacttccgc gcccagaagc 76260 ctatgtgctg aggggcccag gtgcatatcg ttcctgaaaa atgatacggt cagcactcga 76320 tcaagtcaat gggcgccaat cataatgcct tgtccttacc agaacagaaa tttctccgga 76380 cggtcgcact gttgcgcacc tgacgtcacc atccactgct ggctgctttg gacgcatgcg 76440 tcttcaacat tctcccaacc gggatcctcg ttcctcccca atccattctc ttcctcgatc 76500 cctgcagcaa aaagttgcca gtcgcgaatc tggtccgcca gaaacgagtt ggtgtcgaac 76560 aaatagatcg tgccgtttga ccaatcttcg gcgttattgc ggagctctcc gttccaatag 76620 tctgcgatcc tcacggcatc tttgtgcttg gtaatctgcg gcgccccctg cgctctatag 76680 gccggcagga aggttacatc tggtgctaat gttaggatga tcttgaggtc attgctgccc 76740 catgtctcgg ccagcaaatt cagctcctcc ataatgactt tgatattgcg atcgactgca 76800 tgggatgcat cctcgtacgt cttggccatt acgttccaca agtcccatac accaaaggag 76860 acgaccacga cggtgccatt ctgacgcatg ctaattgcag tcgcatccat ctctctcgtg 76920 gcttccgtct ccgccgcaat ccaattggcg acctgagctt tcagatccgc caatggagac 76980 ttgtagaggt tgagtaagga gcccgacagc tccgtgttgt ccaccacaga gccaatgtag 77040 tttcctctca aagacttggc tgtctctgct aagttttcat ggtgacatga gaactaagcc 77100 gagtaattag cttaccactt cgatccagcc aagtagcttt cacactcacc gagttacaaa 77160 gccagtccgt ccatacagat ccttgaagct cggctgcatt gttatcgctc cacgagtcac 77220 caaagacgac taggcgacgg tcgaaagatg ctgtggcgtg gaagtctgac gtgggctctt 77280 ttgtcaagac tacccggcga taataatgct gagaggcaag aaaggaggct gacaggagaa 77340 tgctgcacac agccaaggcg cagaccgcgt gaaatttgct aaagaggcgc attgggtccg 77400 gacataaagg acggatacga acggtggagg cgagacagcg aaagccgctg ggcttcgcag 77460 gcgaagccga taaacgctgg gggcgatcgg cggcactctt tgttgcgcgg ttgcacacaa 77520 cgatgctgag tgtatacgat ttggccaaag gaaaacgaga agaaaccgaa caacggaaag 77580 gggggaagaa tgagataaga cggagacgcc gtacgtagtg atctgcggcg aaatcaagca 77640 ggaacttctt cccctaacac aagcacgaaa gacaagattg cctccggcag taccgtgcaa 77700 gaggagagag agactaatag cgtgcaatgg ggatggttgg cgccagagtg gggactcgac 77760 tggagaactc tgtcagtcgg atgaaaacga gaacctgagg ggaacggatg cagcaacaag 77820 aaaaaggaga caattccgaa cggtgcgaga gttgggtgaa gaaacagaaa atattcactg 77880 acctgtccac tacgatagcg cgcttgtggc catctttgca tctgccgtaa ggctgttctt 77940 gtcctgggcc tctcggacgt tggcagtggc cgcgcggcga cgtcggaacg gtaaccagtc 78000 gcgtgctctg ggtcttttgc gtcagtccca agactccatc gggcttggaa gaggcggttt 78060 tgtacaaggc agtccccatc agtggatctc actggcttgc cctcgtggac agtctctgtt 78120 ccagcaataa gggttatcga atcagcaacg aacgtctgtc ggaaatggcg gtcatgttcc 78180 ctgaaccccc ttactgggat gtcatgaaca acccctcctc ggccactatc tatctatcta 78240 gtatctatct agtatctact accgaagggg cagtttgggt ggtgggtagt aatcaatcaa 78300 taatcaaaca ttaatagata atagggcgcc tcttccaact tccaagagtg gctgccagct 78360 tagactccga ccttccgaac ggtccatctc gatccggatt ggtcccccgt ctttggctgt 78420 cgggaacggc agaacgcaat gtgcaacaga atccgagtca gcgaaaatat cctccataac 78480 tactaatact agctttcttc ttatatatat ggggcctttc gaatttatgg tgccatttac 78540 agagacgcgc ttcgaagaag ctcctacaat cttcgctggt cgctgtggtt ttgacccaga 78600 ccagttcggc tcctgattga ctgaccagat ctacaagtct ctatcgccga tgcgctcagg 78660 ggttgactat aactgccccc taactagctt tcgactccta acttgtgaca acaagcttaa 78720 tataatgaag attcttatgt tgaacgactt cctgcatgac gataagcata tgcaccgtct 78780 gtaatgccag gctccatgca atacatcagc cagcatgtat tgcatcctag gctgcaggat 78840 ggattctgag tacgcaacgg atgaaagtcc gctcggagaa aggctctatg acgagagatg 78900 tggcacctaa ggcgcaacgc gatggctccc cggattcgcc tggatagagc ttaggaggca 78960 ccctacttga cgctagttta aaggtttggt cagtgaacat acccataggc tgttctagct 79020 gtcaactgtt gggatgcata aagtcgcaat cagaggggtg taggttagca ggcatagata 79080 tggaagactc cgatctgttg gagatatctg accccaaatc ttgcctactg tgtacacagt 79140 cgcaaggatc acacgaagat caggtgacct aatctccgct tacacctaaa aacaggtcct 79200 tatcctgccg tctggattga gtaggtttgt catcgaatac gagcatcatc gcgtaaccag 79260 gtctttcgac ttcgtttcta tcgtgacgag tcagtgggat cctcaagcat aagaatgcag 79320 gcctagcctc attgttccca aaagggaaag ggggcaagtc aggtgccggg attgctgaca 79380 taagagccct accgaggacg ctaagtccag aagggttagt ggacttagtc agccgcccac 79440 acagggaaat ctcgctacac caccaaaaaa atcccacgaa gaacgaatcc ccgacgacct 79500 gaacctcctc gacctgtcga caaaccgcgc cctccgtctt gaccgcgcag acccgtcaag 79560 atgaagctca acatctccta cccggccaat gggtctcaga agatcatcga ggttgacgat 79620 gagcgcaagc tccgtccctt catggagaag cgcatgggaa ccgaagtcag caaccctccc 79680 cccttggata tccgcacccg aaaacaccac atttggaaaa gaaaaagaga cgaaatttga 79740 gaaatacacg aaaaatatgg gaaaagcaga agactgattg gggtttcttt ttttgctata 79800 ggttgccggc gactctctcg gtgacgagtt caagggttac atcctcaaga tcaccggtgg 79860 taacgacaag caaggtacga ctggattgct ttcccccttt tcggatttgg gctcgactag 79920 gaggactcga aaacgaacaa gaaattggat atcatggtta agaatgtaca ttggatgctg 79980 actttggctt cttctcaggt ttccccatga agcagggtgg tatgtaccga ccgacgcaaa 80040 tataatccga caatcacaaa aacagcagaa actcatcgat ttgtgtgcag ttctcctccc 80100 cacccgtacc cgcctcctcc ttgccgatgg ccacaggtaa atgcgacctg ccgataatgg 80160 agtttacgaa atggaagact gatgtccact gcagctgcta ccgcccccgc cgcactggtg 80220 agcgcaagcg caagtccgtc cgtggtggta ggttaccaaa caacaatata tccgttacta 80280 tcgtggttag gagttgattc gttgacgctt cgtgtttaca gccatcaccg gtcaggacct 80340 ctctgttctt gccctgagca tcgtcaagca gggtgagggt gagctccccg gtctcaccga 80400 caccgttgtc cccaagagac tcggccccaa gcgtgccacc aagatccgcc gcttcttcgg 80460 tctcgacaag aaggacgacg tccgcaagtt cgtcatccgt cgtaccgtca cccgtgaggg 80520 caagcccgac tacaccaagg cccccaagat ccagcgtctg gttactcccc agcgtctcca 80580 gcgcaagcgc cagcgcattg ccctcaagcg ccgtcgtgct gaggctgccc gcgaggctgc 80640 gtaagttgca ccctttcctc tctctcggcg gggacatgtg cccaaataca tcaaatgatt 80700 atccgctaac cgtgcgatcc acagtaacga ctacgccaag ctccttgcca gccgtgtcca 80760 cgaggagaag gccaagcgtg atgagctccg caagcggaga gcgtcttcga tgaggaagta 80820 aatgtgtttg tccgggggtt aatggtcggg ttacgtctct gttctagcta agggaaaagg 80880 gtattataga agaatctcaa gcaaatggga agggggattt attttatatc tacccatttt 80940 ctcttttcct acttcgagtt ccgaagcaga gcgacccaag aacaaaagct ccttgtcggg 81000 ggagagagag aggagagaag gcgtctgcag cggaccgaga ctttggcgtg ccgatattgt 81060 ctgatccaca acatcaaaaa aaggaaatgc tatatctcca cattttatgg aaatgaaagg 81120 gaaaaaatgt gaaagaattt ctttgttttt cttacacttt tttttttttt atggccttgc 81180 gaccattatc ccttcccctt ccctggcacg actaaaaaaa aaatacccaa ggactccggt 81240 tctccgcaga tgattcttct ctatttgcgc tgcttgtgaa tgaaatgaaa ctctttgtat 81300 tccaaatttt aagtcggtgt tttcaggttc tatctactcc cttggttgta gtgtaatccc 81360 ctggccccta ctgtggtaaa ctttaaaatt attcaaatgt agcccagcag tggattattg 81420 tgtggccagt actttttcgc gtacccacaa ttctaaccca agatcccact agcgatcgtt 81480 agtcaagtgc ggagtagaca cagacagaca caggcacaga cactgttttc tgactacaca 81540 tccagcatac aatccaccat gtgtctcgaa tgtgtatagt gcattagtat tcttagttaa 81600 ttattcttat acactcataa ctactagagc actatccagg attaatcaaa accctcgcca 81660 ctcaacagtg tagcaatgta tacttacatg gccagacagg gagtatatag atatcagacc 81720 agacaggtga agtcaatgca ctacttacta ctcaaccccg ctagtgacac taagttatct 81780 tcaagcttct gtatattatg gctatcagta ccgaaactga gaaactgcag cacatgacca 81840 cctgactata aggactatac atcaacaact tctatgacga gacacacaag acaaactgaa 81900 agatatacga catcatactt ccaacccacc aaagatgtca agttacgctc gacgtacttt 81960 tactgcatag tgcgatactc ataattgaat ttacctattt ttactgaatt taccaaactt 82020 gccttgcatc ccatcacatc aatcaatcag ccaccagcca ccaaatccat tgtttcacaa 82080 ctaaatatgt acacgtcaat agtaagggac aacaaaacct tactacatag ccaccttcca 82140 acctacctag tactgacttc actcattccc tcaactaaac ctacacataa cccagtatac 82200 gaagattaca gctgacagcg tgtgatgaat ccaagcgcct tgattgacat ggaagcaaac 82260 aaacagatga attattcttg gataaactag caggcattca attgaagcag tcaattgtcc 82320 taaccatgcc ttttttttgt agttattatc acgtatcgaa tactagaaat gcctgactct 82380 tcatactact agtatcctac ctctgttcca gctttacagt aggcctcata tgatactagt 82440 aagctagatt aatactaaca caaataacct cgaataaaaa tagaccaacc actaagaaga 82500 agaaactatc acagatggta agacgacaag ctcgattact ccgggataca tttcccgcta 82560 catactactc tccctctttc gggaatatat ttatattgtg agctactact cagtagcata 82620 ccagtaatac cagagtaatc tagatattag taattcatgg cctgaagtaa aaatcagaaa 82680 gcaaaaaagc aagcgagata gtgctgccga tcagtgaggt atcggtggct agatctggac 82740 gatgacaaga ccgactattg aagccggaaa tatagatttc ggaatcgaaa gtacgacttg 82800 cagcttgagg atcgatttag ggctagcccg tgtgcatcgc cgcggaacta ctagctggaa 82860 tctccgaggt taatttgacg actgcagatg tttgtttcat acacggtatt aaatgtttcc 82920 tcgaattcca tatttctcat ttgactacat ctatatttgg tgtgtatgtt acgtgtccag 82980 gacggaatga gattcagata gtcagtctat tgtatcagta aaattcacat gtgatccgcc 83040 cacaggaagg aagagtggta catcggaatg aagacgacca agggggaaaa agaaaaccgt 83100 tgatatatgt acaatataaa tgcttcaatt cagctggtaa tagaaagcaa aaggcgccgc 83160 cgacttttcc atatctccct ttccaccttc tcaagttcca taagcatcat aaccggtaaa 83220 tgcgttaaat atagttttga cagacggagg cgcctatcca gggaattccg tgactaaaga 83280 gtcctaacat catgatctag gtcctcctag aggtatccga ctacgcacga caataacaaa 83340 aggcaaaagc aaatatgagc cgcctccagg tagcggcatg tccatcttat cctccctcac 83400 tgccaagtgc cctcactagt tcgtttaggc aacagcgtgc gagaacagga agctcacaga 83460 ctcgccgttg tgcgtacgtc tgcaggcctc tgcaagggtg gggctgatgt cgatcgtctc 83520 gatcttatcg cactgctcct tcttgtcttc gtgaggaaca gtgttggtca caacaacacg 83580 gctcaagcag ctgttgttga tgttctgagt agccttgccg gaaaggatac cgtggacaac 83640 aatcgcgttg acttccttag ctccgtgctg catcacagta tcggcggcct tgacaagagt 83700 accgcaggta tcagccatgt cgtcaacgat gatagcaatc ttgtccttga cgctaccaac 83760 gagaaccatg cgcgagacct cgttggggcg ggggcgctcc ttgtggatga gcgcaaactg 83820 gagatcgagg cgatcggcga tggcagtggc actattcaat attgccaatt aacatcgctt 83880 gcataatgtt aagcattcaa gggaccgaat ttacttaccg cttagcacca ccagcgtcag 83940 gactgacaat gatacagttg ctcacatcca ggtgttcgcg aatccacttc agtatactag 84000 gctcggcata caggttatcg acgggaacgt tgaagaagcc ttggatctgg ctggcatgga 84060 ggtccatggt gatgacgtgg ttgcaaccag cagtctggag catgtttgcc ataagcttgg 84120 cagtgatagg agcacggctc ttatccttct tatcttggcg cgcataggga aagttgggaa 84180 tgacggccgt gatacgtctt gcggaggcgg tcttgcaagc attgatcatg atgagcagct 84240 ccatcagtcc atcgttgata tcattgggcc gcgtcgactg caagatgaaa actgcagggt 84300 gcacacatta acccgagatc ttttgcgggc ctgggtctga gcaggcggag tggacaacaa 84360 taccatcctc atctcgtaca ctctctccga ttgtgacact cgtttcctgg ttcgaatatt 84420 ggaggaccat gatcttggtc agttcaatgc caagcctgcc aattgaaacg gctcgttagt 84480 ccatggtgta ctgcaagggt gcagaagtag tccagaacta tagcgcatac cgagctgcca 84540 cgaggtttgc aagctcaggg tgactgttac cagtcaagag cttgatcgag ttcgaagcca 84600 ttgttggaga ttcaagagaa actggaggag gggttcaggt gagagcggcg cgtggaatcg 84660 gacgggtgta gaggggagat tgatatgatg atagacagaa gataaagtag aatttagaga 84720 gcaggaatta gcatgcctga gagataggaa acgcccatcg accggagaga gagcagcgga 84780 ttgaagaagt tgagattcga gccgatgccc cgccggcagg tgactttttc gcccagcaga 84840 aaaaagttgc atcccgtgac tccccggatc caccgcccct caccgcctcc agactacgga 84900 gaagcacccg gctgactaac cgcgcatcga tggctggacg agaacgtgtg tgaaagaacg 84960 agaacaattg actggaattt tctaagtaat tgacacatag ctgaaaaaaa agtacatgct 85020 gctgcaattt gcaaagtaaa acacagaaaa ggtagtgaaa agtctcgaac cgatccccag 85080 catcccagtt gacctgcact tcaattggtc tgccggttgc ggttcatttc ctaccatcac 85140 ccccatgcct ttggtaaggt acaaactagc tgaaaatgaa gatgtgtcaa acgccataat 85200 atgcttcagc actgagtcaa ggacactgca aatggaagtg ggttaacccc cagatcatca 85260 ttcaggcaat aagggatatt agcgccacca ttttatgcaa atccgaaata ttcactgcca 85320 gccgtcatcg cagtgtaaag acgttgccgt aaagtttcgt agctctcata ttctggaaga 85380 tccagctctg tgtcacatcg ttagcaagct gtaccatata gacagtctcg gacattgctg 85440 ggtgtactta cggttgaaac aagtatgaga gcttgggaga cgatccttgt tgccgtaatc 85500 acggtggatg ttgaaacggc taactccgtt cataccctcg agttccttaa atccattgag 85560 aggcacctta ctagtacccg taacgaactg cagaagtttg gcgcgttctt ccttatcgaa 85620 agagcggaca gcgcgccaga accactgaat ctggggcgag gaggccgagt agttatgata 85680 ctcggtattg accttccaat catccacttc aatttcgggg agaccggaga ttagcaactc 85740 aagctcttgc tcattgaaaa tagagatcaa atcggagggg atgatctcat ggaatcctgt 85800 acagcacgta ttattagcca catacttaga agggtcaagc ggaaacggga cctaaacata 85860 cccttcagga agttgtccag ctgctccttg acggagccga ccaagcggta atccacgaca 85920 cgttggatgt attcctcctt attctcttca gtgacaggga tattgcgtcc gttctcaatg 85980 agatcgatca cttgtttttc tccaaagtca tctgtctcga cagcgaacgt ctcagtaatg 86040 atgtcagtga tgtcgttttc gagcatccag agaagggact tgtagtagtc aaggtcaagc 86100 gtctccatat ccttgatgga tactgaccga ccgaggatgc acttgtagac cgcacggctg 86160 aaatggcagt caaggacacg tccctcgtac agggccttgc cgatgatacg tccaatgaac 86220 ttgaagaaca tcaaatgttc ggaattgaca ccactgagac gattcgggtg gaatgtagtc 86280 ctgtccgaag caacagggat gaacagagcg tagttggggt tgaacatgcc acgcgcgagg 86340 acctggaacc attctctagt cacaccaccg gcatcgacac cctcttcacc gtggaagcgt 86400 acgttcagct ttccatactt cagttcgtct gccgtcttga aatacagaga cttgaaggaa 86460 tccaagaaga cttggtcacg tctaactgac agctgaagag gagggtgggg gtgacgaggc 86520 tcagcgccac gggaatgaat gcgacgggtg aagtagttgc gcttgttgtc aaactctaga 86580 accttagggt tcttgaccag cagcgagaaa gtgccactca tcaaccgggg gttttgccgc 86640 acaagctcat tgagaatctt gcgatgttcc tctgtaaact tgaaaaagag gctttccatg 86700 ctgagaccag cgtcaacaga agtggtcgac acagacaact ccctactgtt ccgggaaaga 86760 gaggtatcct taagcgtggt attcttgcaa accaccatta acgcttcgat caaaggcagg 86820 agaatagttg cgacgttgag catattctcc ttctgtcgaa taacggtcaa gcattcgctg 86880 agtctggtcc acagaggccc gaaagtagag cattcgtaca acgtctgtag aacatcttcc 86940 tttgcggcat tgtcaggctc ggctcctttc accttgtccg tccgagaagg atcgaacaga 87000 taatcgagag ccgtgagaac gcgcaataac ttagcctgat cagaactggc tggcgagaac 87060 ttggccaaag ctagaccctg catatcggta ccagtacgag cctggtgaat atgcgatagc 87120 aactcatcaa gatcagtgag tatgacagtg ctcaaggttt gagcctggct gaccagctcg 87180 ttcccaatca cgtccctggc gccggggaca gcggaaagat tattgatggt ggaaagtgtg 87240 tctcggaatg tctttccgtt gcattcacga gcggcaagga tatggaccac cagctgtaag 87300 ttgtggtcag ggacaactgg tggttcgatg gttcttctct tgtgcttctc atcttcagct 87360 gtctttgctt tgtcttcttt ggcggctccc gatggttccg tttgccctgg ctgagcagat 87420 tcagtttgcg gttgcgtagt ctcgacagtg ggaagcggtg catccgtcat tgttgtatcc 87480 gtggcagagc cagtctgatc cgttgaaacg ggctgctgct gttcctgttc ttcagccggt 87540 ctctctccct ctgcctgctc gggctgcttg cccttagctt tctcctcttc ctcctgcttt 87600 tccttctcac gacggagcaa gagtgtaaga ggctgtgtga tgctgcttag aagacttgat 87660 aactgctcca tgcaattagg gttctccatg atcaactttc ggtcaagtag ggttaacaat 87720 gcattaagag caaacttgtt agccctgttc tccttgccct tgcccttgcg gagagccttc 87780 agcttcaggg ccggggaaga gtcatgctcg gtcaggaaga accaagcaat gtgagggttg 87840 tactgcgaca ggaaggaaag ggttcccagg cactgctgca caaccatgat cggagtcact 87900 tcattgctca cgttagaaga cccctggaat gacaaattcc gcttgacgga ttgaggagtt 87960 ttctgaaccg acgagggctt agcacggagt gagagctggg caaaactgcg ttcgatcgcc 88020 gagacatctg cactaccgtc ttgaaggaca gaaaggagaa gactaatgac ctccatcctg 88080 ttctggcggt tctcgcacac gttatggaga atgtcgttca actggtggcg cgcgttgcct 88140 tggagaggca tgaacatcag acgaagtaac gtagcgacgc cggccttgtc cagcatctgg 88200 acaatttgac gtcgttgttg ttttttgggc tcttgatcgt cggctggctc acgtcggtga 88260 cggtggtcga cccgagtgat atcgccgaat tgtgccaatc gtctgcctgg cagcgcacga 88320 gcttccgaaa tgaactctgg acctaatgtt gcaaggattt cttcgggctg atcagccaga 88380 acagcttgac gtaaggatgg gtctagtgta gccagaaaac tggcaggatc catatcttct 88440 gcatgaactg gagctggagc tggagctgca cctgcagctg cagcagcttg tcgacgagca 88500 ctgtcacgct cccggcgacg acgatcggcc gcttcttgct gcagcaactc ctcgcgaatc 88560 tctggaggca aggcttccaa gaactctgga ttgatttcgc taggctcttc gccggcagca 88620 gcagcctgag aacgttgttc tgcaagctgc tgcatgataa cttcctctct cagttcttca 88680 ggcaaggctt ccaagtactc cggatcaatt tccatgccag tgatgtcaag ctgacggcct 88740 ctgatagttg tgtgcacgcg gggagcaggt tctgacgggc ctgtctcagt ctcggatgcc 88800 ggtgctgcgg cctcattgcc ggtgtccgtc tgctgtacat cgtccatggg ctccgcctcg 88860 ataccggatg cttgtcgctc tgcttcctgg cgttccaatt cttgctgccg tctggcattc 88920 tcctcctctt ccttgcgctt tctctctttc tcctcctctt ccctggcgat gcgctcctga 88980 cgttcacgtt ctgcgcgttc ttcttctcgc cgctttcgct cttcctccat ctgcttttca 89040 cgtctctttt cttcctcaat ggcggggggt accaaaatct tcagcaggga attgaccaca 89100 cgctgggtct tctcaacgta tgcgctgctg aacagaatgc gggcctcctc ttgccaacgg 89160 cttctggttg tggccaaggc aaagctcaca gcttgggaag gatcgtcgcg agtacgggaa 89220 ggaggagctt ggggcctgcc aagtccgaat atgtcttgaa tccggttagg cattgcacgt 89280 ctgtcaacat ggacgtggat accatccgga cgggtgatga ccccaaatcc tgggcccccc 89340 tggccgccga tagcctgcaa aactgcgttc atgaagctaa caggactatc catgggaagc 89400 agacgtcccg tggatacagg ctccatgcca tggacccagt cggtgaaagc ttcattgccg 89460 ggtacgcggg gctggccacc tgtctcggag ccacggtctg tccgaacaag aagtgggttg 89520 gtcccgtcat catttccacg ggccggaatc tgagttctat ggagccgata tggctgaatg 89580 ggaacaatac cgtgccgact gggcatgatt ccactaaccg cagcccatgc cggccgagga 89640 ccgtgaaacc gggagtgatg atggcctcgt ggcggttgct catcgccttc ccatccccaa 89700 ggatccataa gatcttcctc atcatcgaaa ccttgataag acccttggtc atcgtcagca 89760 tcctcgagtt cctcctcgag ttcctcaagt tcctcgtctt cttagagcat tgttagcatt 89820 ggatacacat atattaataa gggacactta ccttcttcat cagcaagatc atcatcaacg 89880 atgtcttcat gcatatcccc aagactgtca gcctgaagat cttcgacgcc gccagcagcc 89940 tcattgagga cacggaacaa atcatcaaaa cgctggccat cgtcgcgctg ttctgcctgt 90000 cgaagactat cggccaactc atcctcgaat tgattcatga tctcagcttc ttcgtcgtct 90060 tcagacatct cttcgctttc ccactcgtcg tcatcgccct cctctaggct ctcattatca 90120 tgatctcctg taatctcacc ggcaaggatt tcgtcgtcgt ccatatcgga atcgtcctca 90180 tcgtcctcgt catcttcgtc gtcgtcttca tcatcttcat cgtcatcgat gaccacttcg 90240 atgtccatgc cgttatcgcc aggaagaccc tcaatcggcc caacgccttc gatttcatcc 90300 tcttcatcac tgactacttc gccatcgtct tctggcaagt cttcatcata atccatctcc 90360 tcaccatact cgtcgtcgta catttcgtca tcctcctctt ccgattcttc ggagcttgtc 90420 tcctcctcgt gccgaggctc gagcatgccc agtgtggagt ggcggaagag atcgggggtt 90480 tcctcgcggt catcttccat atccgaaacc gatgtagctg aggagatctc atcgtcttca 90540 gtttcagcga gagtggagat gtcagatgac tcactcaaca ccaccgcagt ctgggtgagc 90600 ttgttgagag gacgcaaaat gtacttgatg acccgtttgg acgctgggaa gttgaggtca 90660 atctcagcga ctgaagctgt cagcgcagaa atgaagtgtt tttcaaacat agtcttagcc 90720 aattgcctag tcgaagacgc gaaagctgtt tcaccagaaa cgaacgcata tccactgagc 90780 attttatcaa acagatcggc aagtgacatc aacctagaat acttggcgtc aaggggttca 90840 ttcgaagcat ttgcttcctt gtatgacctc agcgcatgtt ccaagacgaa tctccgcaca 90900 aaggcaagct cgggctcgtc gtcttcattg aggtcctgtt cgttacgtcg ccttccaggc 90960 ccgccgaatt cgcctgtctt tgtacataga gcaacaagaa cacgcattgt ccaagcggac 91020 gtgttgcttc gcttcttgaa cgcaaccgat tcgtcatgtt ccatagtgcc aaccggcact 91080 aaagcattca ggagataatt caagatcccc gagcgaggct ttgacggggt agccgcatga 91140 ggatctgcct tgcgcgagaa attgatgaac tcgacctttg tgcggttgta agacgagaga 91200 agctcggtca agcactgcaa gaggaagcat cgatagatgt agattgggtg gtcgtccgcc 91260 ttgaatgccg gcttgtctga cttcttgttg ttgcgtgtgc cctgcgcgtc ggtactagaa 91320 acagatggag aaggttcatc gattgacatt tccacatcaa tttgggtttc cgattgatcg 91380 ggggcagaag gatctgtgct ctcggtggga gcttccttat catcgacatc cttataagac 91440 agaagctcag aaagtagata gtggataacg ccatcagggt tctccaccac gggcggcttg 91500 agatcggtag ctttggcctt gtccttatcc tcagaagatg ctccacctgc ctggccctcg 91560 ctcttttccg gactatcagg cgcttcttta accgttgtgg gatctgaaga actgtttttc 91620 ttgtcggcct tcagcgtgag aacctgaggt cgttggcggt tgtcataacg ctgcaacttc 91680 aatttctcat tggatacttc aacaaaaatt tcaggggatc tgaggacaag atggtacatt 91740 tgtcggacgt aaccggttgt atcaatctgg cgggacgatt tggattcgaa gttggcgaca 91800 atctcacttc tcatgatctg ccggatggtg tcctcatcct cgatgatgtg tctcagaatc 91860 aacatgaaag ctccctgaag tttctcattt gtggagctag acagttgttt gaccatgaca 91920 aatagacgtt gcaggcttcg tttctctccc agccgcacag caatgctgcg agtacgtgtg 91980 aggatgacaa ggattcgaca aatcgaaagg gccaatgttt catccttgcc tattctaggc 92040 agtatttcga ccagtgcctc ataaagctgc attttctgat ccagggatac aagaggctcc 92100 tccaagtgag ctggttgctc atcgtctgca cttgggttct catgatcagg gatactccaa 92160 cggatttgag gtggttgaca gtcatcagaa agcagcttct ctagcaccag gaggacatgg 92220 ccgatccagg ggaacgattc atcggacgac ttttcaggta acacttgaat gaatccgagg 92280 aacgtcgtga agcattcttt aagctcacca agggttgcgg tatacatttc ccgatcctgg 92340 acgactagag cgagaaggtg agcataggcg gccacttttt tgccagcagc ctggaaattc 92400 tccatctgta aagagaccaa tgattgcaca agaatctcgc ccacttccct tctaaaactt 92460 tccgcgtcgc ggtgtcttct tgttgcggag gcaatcagat cagccagctc gaatgagacg 92520 tcgtggtgct cattcaagat gtccaagcaa cgctcaatca aattcgagcg aacctgctcc 92580 cgttccttat ccaaatcctc aatcgtagtc acctcacgcc gtcttgtagg ctgttcggag 92640 cgttgttcta gtgattgatt tgccggaagg gttgaaggct ccgacgaact accaccggga 92700 gcgttagaga tacggggcgt gattattgga gattcctcat gttcatcgcc ccctgtggca 92760 tgatcatcgt tcaaaatatg agtcagggct ctcgccagga attcagagcc atgtctgact 92820 tcgctgtctt cagatctgcc ctggccttgg tcttgacggg acgcatcatc ggttggtcgg 92880 cctgaagctt gtgccaaaag catggcaagt gcagaccgct cgaggaaccc attgtcaaac 92940 gacggggcgt cgcccgcagg ctcgtcagat ccttcagcca ctgacgttga ccgaatcgat 93000 tcgatgtcac taggggatgg ctccgccctt ggaggggctc ttagccgact ttgtgccctg 93060 cagtactcct cggcggcggc atatacgttg ttgcagcgat aaagcgcttc cttggcaagc 93120 tgcccatcga atcccttctc ttgtaaagat accatgcggt ccttgttcac gacaaacatt 93180 cttctcgcga cgtctgccac cataggaggc acatcggagc tgcgagcagc tcccgtctca 93240 tattcaccat cgagcgacga acgcagaatg tcaatcaggc acttgacaac agaactggag 93300 gactgcgcgg cgaagtcgga attccacatg tcccgagcca tcggtagaat ctccatccga 93360 aggtctacca aaaactggcc tggttgaaag tagtcggggc gatcccggtc acgatcactg 93420 gtagtcatgg cttgtgtttg gctggaatca acgatgttct tccccgaggc aagctcagag 93480 aaaaagctga gaataatctt gatcccgccg taagcggagg tgagccgtgc tgagacatct 93540 tgttcagatt cggcgacgga ttccggcgga gtgagggcct taacctcctg cacaaagagg 93600 tcgcagatat ctttcgttac tttcaggcct ccgtgtctct tgaaggagaa caaaaccagc 93660 gtaagatagt gtgaatgagg acgatctgcg gtagctacaa catggtcagc acctaggcaa 93720 gaaatggtca agggaaaggg aaccagccta ccttcgaaca gaagatggga gaacgaagac 93780 agtataacaa tcagataagc gaaacggagc ttggagttgt cactggcgtt tggaggctgg 93840 aattgcaatt gctcaagcac ggctcccgca acagcatcgg ccaccagagt tgcattctgc 93900 ttctggtaaa gatccgttct cctctttcca atcagaccaa gtcccaagtt atggaagaag 93960 ccagtgattg aagaaggtaa tgaactgagg agataccgaa gggcctgcac atttttgaat 94020 gctacaccgt cttcagcaac cttgactgtg gtaggctctt tggactcttg cgcaactcca 94080 ggttgggcac tctcgctagc agctggactt cccctgctag gctctgcacc aggtacgatg 94140 gcgttccctt cggtattcaa ttgtcctgcg atagggttag acctttctgg agccgagcca 94200 gactgctgca ctttggttgc ctgatcccag gtgtcgggta tgttcttctc aagcagtatc 94260 tcctcccaga cgcatgctgc atgcagacct cccaacttct tcacgaggga gcaatatcgg 94320 tcaactaggt taacttgagc aaaagcggag gtttgctggc tcggacgcgt ctggtacaga 94380 ggcatcgaat aaatctcacg aaggaaatcg gtgaggataa gagcagcccc catatgcttt 94440 gcgaagaatg ttccattcgc cttggaaata ctatgagtct ccttgccctt ttcttcggat 94500 gccccagtgg atgttgccat gatcaacggt gtgaaaaatc cggaatgatt gggctcctgc 94560 cagaaacccg agagcatatc gacagctcgt tccgttcgct ggacgaggga cggcacaacc 94620 aagtgaggct tcgtttctgc aagcatatgt actaggacgg cgagctcctg gttggcatcc 94680 gtattatgga aatcaaatgg gaggctttgc aatgtcgcga gatctaggac aaactctaca 94740 cccccggatt caatgaaata cgagcagttc ggctggttct caaagaatgc acccaggaat 94800 cgaacgacag ggtagaggta atctgtggca gtgagaccgg cagcgtccgt ttccttcggc 94860 tcaatgttgt caatcgacga tggaagaatc tggcttagat cgccgagtag tagctttccg 94920 ccattcggga gctgatcgga cgtcaattgc ggcacaccgt aagtggaggc attctcgggc 94980 tggtcgtcac tttcgatacc gatcgccttc agcaagtggg aagtagaacc cgaaatgatt 95040 ggctttcctt ccggattctc tgtccacaac ttcgcaccca ttccgactga ccaggccttt 95100 gctctgcaca acagtccaac acgtgcaacc atcacgataa ctgcagtcat tatgtgagcc 95160 ttcaaggccg gatgatgccg caccaactca tcaaaagtgg tacctaaaga tcgaactagg 95220 ttgggatcgt cctttagaca cttgacgtgc tcaggattct caaaaatttc aaaaaagctc 95280 tccagagcat cggaggattt gaacagctcg agaccagaag cattcaagca aatggctcca 95340 aaagcggagg gaatgcacga gagagcttcg gcggcgggca tgattccggg ggccaaacgc 95400 gcctctgccg atcttacaat ggtatattcc cgagggccct gaccatcctc tgccgttgtc 95460 tcggtagcag tggtctcagg aagcctcgag ggctcaccct caacatcagc actttcgggt 95520 tcggcaacta tcttctcctg ggccttcagt tcggaagaag taacggcctc cagaaagctt 95580 ttgcttagac cagcctcggc aattactgcg taactcgtag gctcattatg aatgaagctg 95640 ctcaggatgt tgaccgcgtt gctccagacg tgagaaccaa acacccgggc gttttccaac 95700 actaggcgta gggaagtcag taactgaggc gaatcgatca aattccgaag gacacggtca 95760 aatccgccgc cattgtgctg catgatatgg ttgacaaatc tgaacatcca gcgcagggct 95820 tgttgttgga aataggggat ttgatagtca atggatggag ttttgtgctg tgacggtatt 95880 ccagctccct tggatacatt ctcaaaggat gacttggttt cgtgatcaat caagtccgaa 95940 attgcgtcga atcccttagc actagtaagt gtccccagcg catcacggac agcatggacg 96000 aaagtgtcca ggaattccat gatgcgagag taaactcggc gggccttttc tgtccgaaga 96060 ttgagaacat caacaaacat ggggatcaag ccagcagcaa caagagtttc tggggtcctg 96120 gtactagagc ccggaagcgt ccgtaacaaa gcgagtaagg catcccgcca ctcatcctgg 96180 ctaccatctt caccatcagg gtcttccgaa ctcagctcat tgacggtttt gcgagtcaag 96240 aacatcagca caccatggtt gacattgaca ctcaatgcgc cacaaacatc gatggcgcgt 96300 gccttgtgtt tcgcaagagc atcaagagcc tggagcgcca atgtctgcaa tgtccgtgag 96360 actggaaggt cgccactcgc acctagatga accaattcgc ctagctgata ggcgagctgc 96420 agacgctttg gctgctccat atcatactga aggactttct gctggaacag cggctcggga 96480 taaacgtaag ctaggttagt aagggcgagg attctgattg ccaggatttg ctcccgcgtg 96540 gagtctgacg tcgccaatcc ttgggctgta cgtattctat gaagtagttc gtattttgag 96600 tcatctggta cttcgtctac atgcgcggcg acaagatctt cggtacttgt cgaggaaatt 96660 ttcgaatatg ttaattcaag tgtcttgcca ccccgcagcg tctcgtcctg tttccctggc 96720 gtcgaggtca cagatgcagg cgaatcctcg gcagtcgaca tacggctcag gcgtggtgta 96780 ggatgggtgt gacttctgcg tagaggagtg ggtgtggtag gggcctgtac cgatggtcca 96840 ccagtgccgg tctccggtgc agtcttaacc ggttctgatg agccagacgg ataatatagc 96900 aggcgcacac taccccattc atcccaactt tcattctccc gtacaagaac agacatatca 96960 ttggcattat gcctggcctg agatgccttc tccttggact tgatcgaagc taccggggac 97020 acagccgttc ttcctgtaac agaagggcgc gggaacggcg cagcaatttt ctgcaacttc 97080 tccaagtcaa tgttgtagtg agctgccagc aagctgtgct ggatatggga gccaccccgt 97140 tggcgtgaat gataccgctg tgccagacac agagataaac ggagggtgga ctgaagcaga 97200 gagagcgaag tggtgttcag gagttcgccc aggcgttcac tgctgctgta caagctgcga 97260 ttaccgcact tttcgagcag cagcctagag aaatcaagaa taacctctaa aagctccctg 97320 tctccttccg gtccatatcc aagttcagct aacttggcat caacatcctg aggttttcct 97380 gcactgtcac catgcacgta agactccacc agaaagtctt tgccgaaagg cttcgtctga 97440 ggaccgttgt tcagggcgta tttctcgatg gcagatgcca agatctcgtc gaagcggttc 97500 agcacgttaa tccaatggta caggtcgcct ctggggaagg gccatatgcg agagaaggtg 97560 ttgagatgtg aaggaagctc cgggacagga atagtggtgg cacgggctac gaaatccgcc 97620 agatatgggg actaaattga tagaaagagt gaaggaaaaa ttcagttagc ctggcagacg 97680 tgacagatgg aacgcggggt gggaaaagag ggactcacga tcgtagcctc gtgtttttgg 97740 ctcgccacct tcttaattct ccccattatg acagttagag acaatggcaa tcatgaggag 97800 gctgagaaag ccaggagggc gtctccttga gagggtgggg gttgatctgt taagaccggg 97860 tcgcggagca agtcgcgagg aagaccttat gacgtttttt ttcggacctc tccttcctca 97920 accaaacccg aagaatggaa gagagagaaa caagtgaaat gggaaaatcc cgctagacca 97980 caggaaaccg agtgaaaaag aatgaactcg ggtgatcccc agtcgatcta aactttccgc 98040 gacaggtggg atggattaaa taagataagg actgagggat gcggcttcgc ccagtatcgc 98100 tgggagtcag aatgacaggg gacggtgcag gtcgtcagcc ctgagatttt gacatccaaa 98160 taaattaaag cttagatgaa tgaggaggta aaagcggtta cctggggaag ggtgggagag 98220 gaaaagatcg ttgcaaggtt gatggaaggg gaggaagaga gaggaagagg agaatgtggt 98280 aggtgttgga aggttcgtga atccgatgat gggctttggg agctctgggc ggctctcagt 98340 cactttcact cactcaaaac tcactcaact cactttactt gcctgggttc ccgctggtcg 98400 cggtgtggct ccgggcagcc ggagcgggtc ttcttctttc cccgccagcc aacaaacaat 98460 aaattaaaaa tgacctgcct tactttcatc tcactctact agatactact tgctactacg 98520 gaatatacta ctgcctgaac tccgtacgac ttggtggtat gtgttactgt ggttgctact 98580 cccaagtatc ccactactac agctgctcat cccacttttg ggcttacatc ggagcctaat 98640 agctactcga aaagtcagcc ttactctcaa ccttttttat gttcaggcct ctattcactg 98700 cccgtttgct acaatttaaa gcagcctggc gatagtccac ttgggctggg ctacttcctc 98760 aagagagatg gctctgtacc atctagcgag aaccccagct ttcgttcaag ttcgacctca 98820 cttaggtgtt tcaaattagc gcacatctac agccatatga gctattatat agtaggtcta 98880 cagtatctag gaagcttgga ttgccaatga gagcatactc cacaggaaca ttatgattcg 98940 gggaatatcg agttttgttc gggagtgaac gcatacaggt ggggtgaatg acaaacaggg 99000 agttgcatga gtgacgtcta ccaacagagg tttcggtgag gagcactact tgtccccact 99060 attacttagg atatttatgc gaaagtgtgc gttggaagag acatattatt ataccaatga 99120 agagttgtta tacacattag tcgttcccgt ctgtgatatc catccattcc cataattcat 99180 caacagtttt agttcgtagc aagacttggc agatcgccat cccattggat cttcatggtc 99240 gatgggaatg gccaatagct gctttggtct gcagtcatat acatcgaaat ccctccaggt 99300 ccagcaatct tcttcaattg gccttgagat ccaggagccc gtcggaggtt gtctagccgt 99360 cccaccaccc tcagcattgt cgtgagagcc agcttacaga tgcccatgcc taagcattga 99420 tgagggccaa atccaaagtg ggcgtacagg ctcatgtcgc ggtcaagctt gaccttctcc 99480 ggctcgggaa agctgcgcgg atccatggaa gcagatacct gcgaaaaaag aaagaaagat 99540 gatgagtaac tgtctgctag agccaggaac gtctctattg aagagagttc ggtgctactt 99600 actaggttgc atagtacact ttggccgggc ttcaaagtat actttgaccc gccgtcatca 99660 acgacggtgg gcttcgcgac cagtcgcggc aagccgacgg acgaccgcaa ccgagctcct 99720 tccatgaagc tgcaaatttg tcagtacatg tacgcgaacc actttttgaa taagataagt 99780 ggaatttgtg gggttcagga aatgcttact atcgtagaag aagagcatca gcctcggatg 99840 tgttttcttt ggcgagtcgt ttaatgtctg gcaaatgaat ggatccttca tctgaaaggt 99900 agtaatcaag gcactgcgag aagagctggg cttggtttgc caccatgcca cccgctgttg 99960 gtaacagatg agtccagaca atctcagctg gaggaacatt gctgtgaagc agacgctgga 100020 tcatgtgttc gccgtattca ctgaggacat catgccggtg cagactgcta actaagtttg 100080 cgatgaagcc agccttgttg acaaagtcga cattggccat ggtcagttcc ccgagctgtt 100140 gagtcacatc ccgggcagtt tggttgagct ggaatgatgt tccaacatcg gcatcgtaga 100200 aaatggaggc gaagacaagt gccagtattt cgtacaattc agactcagca aaaatgcccc 100260 ttgggttaga ctcagtcttc aggggcagag agaatacatt tgcgcagaaa tggacctggg 100320 cgtaatttgc gacgtctcgg acaatatcga cttgattgac gccacccagc tggtaagaat 100380 gttggcgcag gagttttatg gtgatatcct catagaatcg cttcacttca ctctcccact 100440 tgtcgcggta tagggccgag cccatcatcc tgcgtgatgc agcgttgggt ggcttgtcac 100500 ccgacagcat gaaatcccga ccataagggt gattgttgtg gcgcatcaga aattcgatct 100560 tgcttcccca agtgaccttg aacgcctctt ggtcgttgag aacggaaata caagccgcat 100620 tagagctgat gaattgcggc aaaggcgtgt aactcggccg gccccagctg taatcttgag 100680 caaccgaaag cttctcaaga atcttcttgt tctcagatgg gatgaccaga gggaagtgtg 100740 cgtaaacgga atcgcctttg aagtgattag gaaacgcacg cagcaccaat ttgtaaaaga 100800 cctgcccctg gtcaacggag tcctgaggct gtatttcgtt gtaagcccag tttgtgagat 100860 gctttggtgt gtaatcaacc gtgtagaaac ggtctccacg gacaagggac accgcatcgg 100920 acaggatggc tcttgatatt gtgaagtttg tgcacagacc gcttccaggc actattgcgt 100980 ctttcgtagc ctccacgata acgccgggat acatctccac caggtcaggt tcatcataca 101040 ggttcttgag ctgggcagca atgtatggat caggattgat ttcctcgaag gtcttgtaag 101100 gcgcaaggtc gaaaaacttg cggaattcgt tcagggtagc caagttccaa gaacgcgcct 101160 gcaagatacc gagggcctcg atattcctga agactgatgg aatgttacct gcaccaaagg 101220 caccggcaca atcctcaacg ccatccgcga acatgttcgc gaggtcgcca tcatcgaagg 101280 caccatctgc attacgctgt aatccagcaa atggacggtc cgggggttgt tctggtaagc 101340 ttgcttccca cttggccacg cccctaataa attcctgtaa cgaaacattg ttgggatcct 101400 ttcctgggaa cagatctttg tacagatcct gtgtccattt ctcgtcacgc tgagatatgc 101460 aagcatgcca gcggtagacg agattgaatt cagcagacac ctggttgccc gtagcttccg 101520 ctggggcgct tcctagcaag ctatcctgga tatcagctcg aggatccaag ctccacagac 101580 tgtctgttcg attgatattc aatatagtcc gaacataatc cttgagaata atgttaatgt 101640 ataggccaca cgtgaccaac cgaccagtct ggaagagatc gttgtcgtac ttcgtgctgg 101700 cgtcgacatc ggactcatct ggtttggtga aacggcctcc ttcattgata gtcgccaaat 101760 tttcaacaac atagttgtgg aagcggttga acatcagcag aagtacgccg acaccgggag 101820 ggaaaccaag aacacgtttg ctagagaagc agtccggctt gagtttccca tccttgaaag 101880 tcctgacgag atcctgctcg tcttggttgt tgccatagag cggcgaaaga tccagatacg 101940 aggaggtttt gttcaaagtg aagtcactgc ggtccgtttg gaatagatct ttgagcatgt 102000 cagctggcag aacttgtgaa aagaaacatg agatatgcca tgcttaccgt gaatgatgac 102060 ggaagcgaga tagaacaaga cactggaaat cttgttcggg tgctccttgt attcttttct 102120 ttccagtaga gaggcgaaca gcgtgcttgg gtccggcagc gaaggcgact gaacagttgt 102180 tgggcgtaca gacctggcat agtggctacc ggctgcacca atatgaggcc acaggaagtt 102240 ctgtcaatgg agagttaatg aagaccttcc agaagagttc gggagacact gtacatttcc 102300 tgatccatcg gccttgcgat acgaagaatc ccggcctagg tatctacatt cctcaatgag 102360 tctctcattg aacgtcatgc cccaatgaac ttacgaaatt ggaggatgct ccaggtcatt 102420 ccagagttgc ttgaggaagg cgttcgtcaa gtcctttcca ttcttagaag tcgaagggag 102480 tccggcagca agctgggctt ggtcagacgg actcgacagg ttcaataggc aagagtaagc 102540 actaacctga atcactcgct ccattatata gtgtctatca tcgactggct gacccgttac 102600 agcatccttg atgacctcga gcagggcctt gatatcagta aagtcgacat ggctaaggtc 102660 cttgacaatt cccgtttgat caggctcagt aatataagtc ccgtttccag tcgccgtagg 102720 taaaggccgc aaggatgccg aaatagcttt ttcgacctgg gaaattgtgc tcccaatgcc 102780 gttcacaatg gaatgattgt ttgcgccaga cattgcgtgt aggctaatat tatacaagtt 102840 gttgtccaag aggtgcaatg ccgctgcata cccaaaaagc caagatcagc atgatgttcc 102900 aattatgctt aacctcgact ctacaaataa gaggaaagag gggcagatag atctccatct 102960 catgactcta ggactatgga ttgtcccaaa caagacccac ctcatgaagt catagaaagg 103020 ttgctcactt cgggagtcta gacgttctgg aaccgcgccg gctaccgagg aatgcgaacg 103080 gcgaggatgt tgagtgcggg gaagaactta gttaggtaaa caagaagggt atcagtatag 103140 acaagaatta atccccgtgg taatgggagc tgaggtatat actaagacgc aggggactca 103200 atgcgagaat gtgcatgaga agttgggggg aaaccaagca aggaaagata tccagaggaa 103260 cggtctttat agggtcttgt cagcgtcata gcagcagccg aagagaggaa cagccgagtc 103320 ggcaaccccg aagagaatga ataatgttga aacgacgttt taggtcaata ctgaagtcgt 103380 tgaaaacgct tgattcttcg ctatctaggc gcgctcggag gagcagttga agttacggag 103440 ttcgggtcac gtgacctcga ctactagtaa tctactgaga ttacgttcca acacggcccc 103500 ctaggcgagg gagcgttcgt aacgaggctc taggcattgc ctagatagga aggaacggct 103560 atctcaaccg gtgttccctg gatgcaggtt cggggaggag atgggggtca ttccgaggag 103620 gtgcctgaac gctttgaacg attcgttatc aagcggcttg gtgaggccgt ccgccgggtt 103680 ggtggtccct gggatgtgtt gaatggtgat agcgttcttc gtgatcagat cggctacgaa 103740 taggtaacga ttatcgagcc atctagtgga cctggtgtag cctccgtggt tcaggatccg 103800 tagggagttg gcggcgtcgg tgtacaaggg tatcctgccg tcaacggagg ccttgaggtc 103860 aaacgcttca accaatttct ttatatacaa ggcttctttg gcggcggagt caaacgcgca 103920 gtattctgct accgtagatg acggtgcaac tagcgattgc ttcctggatg accagctgat 103980 tgggccgcca gcgtagaaga tgacgtatcc ctccgttgat ttgccgtctt cgtggtcagc 104040 gtgggcggca tctacgaaga cttcgatgcc tttggtatgg tcagtggcga gggtgatccc 104100 gtacgggatg gaccttttca gatatctgta tacaattttc aatgctttag cgtcggccgt 104160 agtgggagtg ttcatgcgcc tttgaagtct aaacgttgca tgacgtatat cggggcgggt 104220 ctttgtggtt agccagttca aacgccctac aaggctttga tattcggcta ggttgacgtt 104280 ttcggtagtc atattcgagc gatctgactt tttgtaggca acggtcatcg gaatggcgga 104340 gggggtgcag gatcctaggt tcgctgcatt gaggcactcc tccacgtacg ttggttggga 104400 tagtgatatc gtgcctgctt ggtagtcacg ttgaacgttg catcctagta gaacctttgg 104460 ttcccccatt tccttcaggc caaatgcctt gtttaggtgt tgtttgacct cggctaggtc 104520 ttccttcctg gggccagcga tagcggagtc gtcaacataa ataatcaacc agatatcacc 104580 ctttttgtat acgcagggat cctccctcag tggttcgaaa ccgattcttt taagtgtttc 104640 gtcaaacgtt tggtgccaga ggtgggccgc ctggcggagg ccgtagaggg ccatctttaa 104700 taggcacacc tgatccggtg gtccttcatg gtatccggta ggttgtttca tgaacacgcg 104760 tttgccctgt atctgcgcgt gtagataagc agatactata tcacattgtt cccattcaag 104820 atcttttata gcgacgttcg tcatgaatag cttcagggcc gcttcgctgg cgacaggagc 104880 gaacgattcg tcgtaatcga tgcctggtat ctggcggttg ccgcagacta cccatctagc 104940 acggaattgg gtgacgaatc cgtcagtgtt gaccttgagg tcgtacaccc acttgcctgg 105000 gattgcgcga gcggttggag gtcggttcac gatctcgtag gtgcccatat tctgtatctt 105060 atcgatctgt gtatccatag catctttcca gtatggtgcc agcggggact tcatcgcttc 105120 gctgtaggtg ttcggaacga ccacttcgtg ttgtttgagg tggggtaggg tcacccggtc 105180 aaccgtggcc agttgttggt aatctggcca tgttgatgat ttgcctttag tggtccttgc 105240 ggagcgcctc agtatgggtt gttcttctgg ctcagtaggg tccggcaggc ggtagtcctg 105300 cgcggcgtat ttcgttgagg atgcctcgta ttctgtggca ttctcgatcg agcgtgtagg 105360 tggaggctct gcggaggcag atatggtgtg gattctgcct cggatgacgt cttcttcagg 105420 gtccggttgc tcaatcaggg ccctcgtgtt atctgatata ttggttgttt ggtgcaggaa 105480 cgcgttgtct aacttgagcg cggcacctgg gccagctggt gttggtcctt tagggtcagg 105540 ttcgcgtgta ggaactccac cgggatcctc cttgtcatcc ttgtaggttc gatcttcgtt 105600 gaatttaacg tctcgtgatc gtttaatttt atcagatata ggatcccaca cgtagtaaac 105660 gtgtccgttg tccccatcga aaccgacgaa gtatccgact tttgcacgag gtcccatttt 105720 ctgggatgcg actcgatctt cctgcgggat gtgttggtag gcacgacatc cgaatacgcg 105780 taggaagtct agtgacgcgt taggattcgg gaggttgtag tgggatctgt ataggaacac 105840 gggggtcttc ctgacagcgc tgtggtaggg gacgaggcga ttcaggatct gcgctgagag 105900 gcgtacagcg tacggccaga ggtgagcagg gaggccagca tctagtatca tgaccctgct 105960 cattcggttg agcaagccgc cgtatcgttc agctaggccg ttggcttcgg gtgttcgagg 106020 aggtgatatt ttgatttgaa tgcctcgctc tgcatgattc gcccatttcc taaagcggtt 106080 gaactcgcgg ccaccatcta ggtgccaggt ggccacgtat cggccgacca tattcttgtg 106140 ttccatatcc atcctgatca gctcgtcgga ggcgtcatct ttgtgtttaa gcatggccgt 106200 cctcactaag cgagtagcgt tgttgaccat gagtagaaag tagttgaatc cgccatgacc 106260 aatcggggtc accttttgga tgtctgcatg ccagagctgt gttggatcat tagtctttgg 106320 gattgggtcc cttgaaacga ggcgtgtggc cttgcctagc gagcatgctt cgcactctag 106380 ggtgtccctg tgttcgagtt caatttgatg atcctttgca gtggtagcga ttcggcggaa 106440 tcctgcgtgc ccgtatcgcc ggtgcaagag tagggggtcc actgccgcta gcgctaggtc 106500 agggtctttt gtcctgacga aaagcacgtt tttcgatgcc tgcaggtggc cgacgatctt 106560 gtcatcccgg tccctgcgta gggtcaggtc cttagtggta gcgtagatgc caaggtctgt 106620 acgtaggcgg ttggaagaaa ggagcccgta gggtaggtcc ggttggtggt aggccttgat 106680 cttcaacacc gtattttggc cgtttgcagc tagggtcagg gtcagatacc ctgccgattt 106740 tgcaacaccg attcccccgt tcgaggtgcc atattggtag tattcgtggg gtttcaattg 106800 gtggagaccg cttagggaag cgcagtcagg tgttagatgc tgtgagctgc ctgtatcata 106860 tatccagcgt agcgaggtgt tcgtggcgtt tgcaacggct aggccagaaa aattcaaaat 106920 atacgggttt tcgtcatcgg atcctatttc gcctaccgct gcatttgatg cttcgctagg 106980 cttcgatcct ttgaaccacc agatgccttc tatacgaggc ctataatcct ctggccggag 107040 gtcaggattc aagcgccagc aggtggttgc tccatggcct agtgtcttac agaaagcgca 107100 gcgtccctta gtcatctctg gcttcaagtt tcgcatcttt ctagcgtgtt cctcaggggt 107160 cgttcctttc ggtgggaatg ttgatttctt ccactctgag gtcgttgcag tgcttcccga 107220 cttggtggtg cttccagtgt tcttcgctgg cgcagcgaaa gaatatcttt gcatttgttt 107280 attaccttgt tcgattgcgg tcctgcagta aactagaaac tctttctcct ggagggtgtc 107340 cgcagcatta tcaggcaaat tgcactccac tgttgacacc cacgttggaa ggtcggattc 107400 cagctctttg agcaggtgta gcaacccgca gtatggtgat atcccgactt tcaactcttt 107460 agcgaagttg tatgcgtgtt tgaacgcctc cacgtattgt tcaacggtag agtagtcgga 107520 tcggcgtttg tggatgaggt cgaagtacgt tgtttggcaa agcgtgtggc cgtggcctag 107580 gacgagtgat ttgatgactt cgtaggcatc gtccgcgtag tcgtgcgcgt caggggacgt 107640 catcagtgcc ctctttaggg ggtctgacag ctggctagct agccaggact ggatgttgat 107700 tgacaggtgg tgccatagcc agtaattcgt gtggtttgta ctaggatggg atagaccctt 107760 gtcgatcatg tcttgtagac cgacgttctt caggatttga catatttcaa agcgccacgt 107820 tgagtagtct tctcgccctt tcaacctttc agatacgggt tgaacgcctt ctggtagctt 107880 tactggaagc ctatctgctt gtgtctttgg ttgtatggct actgcctctg tattcgagac 107940 atgttgtaaa gagtggtatc tgcctggttg cgacattctg gggtctgctt ccggcggttg 108000 aatattttga tattcgcggt gttttggtgt tttgagatag gggtatcgcg gtgcgtgtcc 108060 ccgttgcaat tgcggcttgc ttcgtgtgta tggtggctca gatctttgct ggttagcctc 108120 acgagcgaag agccgggctc ataacctgtt gaaacgacgt tttaggtcaa tactgaagtc 108180 gttgaaaacg cttgattctt cgctatctag gcgcgctcgg aggagcagtt gaagttacgg 108240 agttcgggtc acgtgacctc gactactagt aatctactga gattacgttc caacaaataa 108300 tactactaaa tgtccacgga gcgatagcag acaccggcgt cctgtccgta acgaggaata 108360 cctcattgga cgtgacaggt gagcagacag acttctgatt cgcgtgcatg agacatgacc 108420 tcggcgcagt tcacaccgta tgcaaggcta acaggtggat gcggactatg atcgaacatg 108480 ccttagcacc aaactctcga tgggtggcct tatccacagt ttagacaaga cgtatggcgt 108540 gcgcagccga agaagatacg agggatagtc atggatggac cgtatcgtga ggctttggac 108600 gggtggccct ggcagtgtcc ccggcaaact cgactggcgg ggactctttt tcagcccggg 108660 caaaaacccg gtcgatctgc ggctggagct tcaagttagc gaaggcgggt gggaggagct 108720 gaaaagagtg ccagaagatc ttgcaaatcc agcgcactgt attattattc cccaccctcc 108780 tatttcatcg tcgttcgggg acctgtgctc atccaaagtt tgcgagttgc ccttgacacc 108840 tggtcggggt tactggtact tcatcgggta atggttgaca atacggtcaa ttcggggatg 108900 ggggggatct tagagtagag agatcctatc agagcgcctc cctttcgttc ccaacgaggc 108960 cagtgggtag tggcaagcac gaactgcatg gatagtctgg cttgggatgt ggtgagttgc 109020 tgtcaagtgg gcgggctgct gcttagtacg gggtagatga aggtatgccg ctagcaccga 109080 gctaaagacg gggctgctaa atgagcgggg gcaaaaatga agaaaggctg gctgacagac 109140 tgggactaag gcgccactat ttcctccgta cacactgtcg gataaagctg aacgctacta 109200 tcctgtttag tacgtctatc aggtctagcc agtcccggta gtgaccttga caatcgggac 109260 aatcgtagcg ggcgcatgtg tttggctgac ttgctgatac acaatggcgt tcataaattt 109320 cagtcttgat ccatttccga tggctccaat tacgccatcc tccttctgtt gtatcttgtg 109380 gcccatcatc accgataata cttgattgta atggtctcaa gtccatattt atccgaaata 109440 tacgtactat caacagcaca aaccaagaag gaaaaagaaa aaagaaaaaa gaaaaagaaa 109500 aaggaaaaga aaaagaaaaa gaaaaagaaa aagaaaaaga aaaagaaaaa gaaaaagaaa 109560 aagaaaaaga aaaagaaaaa gaaaaagaaa aagaaaaaga aaaagaaaaa gaaataatag 109620 tcataataat agcaattgaa tggggtattg aataagcaaa aggcataact aaatcttaga 109680 atgccgatat gaccaaatgc tgagagatac agcaagaagg tagcactctg tagcaggcag 109740 cgaaaacgtg ggaacaagat aataagcaca aaggaagaat gggaaaagca aaaacattaa 109800 agtgaatcta gtaagacatg taagcacagg gaagggcctt gacaactctc tgtcagcgtc 109860 actgtgacgg acaaggtatc gacttgggga ttgtttgtcc ctcaagtatc tactccgtac 109920 tccgataagt agtactgaac gacccttccg ggtaacaata gtatactact ctttttgtgt 109980 agtagcaacc agaagtttgg tccccggcag atcgtcccac gtgatgcttc gcgggccgag 110040 gaggaatgcc tggggtctta gtatgattag tctcgataca ctaagcagct cactagtccg 110100 caatggcctc ttgactagcc gctttttgct gggctactct caacaagtct gtcgcttccg 110160 ttaaccgggt acatctgcgc catcaatact atctttcctc gtatacaaac cctggcactg 110220 tgctcttacc tcagctcacg tggcataatc ctcacataac atcccctgtg cctgccgggt 110280 cattacgagc ctgtgtgtct caagcccaat cccaatggcg tccctcactt tagttgttca 110340 gccccggggt aagtttcctg gccaccatca tctcccttcc agtcaatgtc aatcaatatc 110400 tccgaaccga actgacattg gcttcccatc atttaggtaa acccattaag aagctcccca 110460 aggaggttca ggtgtcctcc aatgcctcga ccgccgaaat ctacaacaag ctcgcggaag 110520 cctcgggctt ctccatccac cgtctcagga tcaccaaggg tagcgatcgc actgtagtcc 110580 ccaactctaa ggactcgacc gtcgacggaa tcggtctgaa ggaaaagagc gtcttgcaca 110640 tcaaagatct cggttagtag ataagctgac acgaccccat cccaaactac accaccacta 110700 tatcccgact cattcactaa ccgtctccat aatcttcagg cccccaactt ggatggcgca 110760 ccgtctacat tatcgaatac ctcggaccgc tcttcatccc ggctctcttc ctcttccccc 110820 tccgcccata tgtctacttt aacttcgaca agccacttcc cgacccatcg cagttccagc 110880 tcctggtctg cgccctcctg accatccact tcatcaagcg cgaatacgaa accgtcttcg 110940 tccaccgttt cagcaatgcc accatgcccg cacgcaacat cgtcaagaac agcggccact 111000 actgggtcct agccggtttg aacatcgcct actgggtctt ccgtcccgac tcccccgccg 111060 ccaccatcca agactctttc ctcctctaca gcggtctggc attgttcatt ttcggcgagc 111120 ttgcgaacct aaacgctcac cttgtgctac gcgacctgcg ccgtcccggt accacggaaa 111180 gaggcattcc ctccggattt ggattcaacg tcgttacctg ccccaactac ttcttcgagg 111240 ttgtcagctg ggtgggcatc tacctgctga gcggaatgag ctggagcgtt ctcttcttca 111300 ttgtcgttgg taccgtgcag atggctctct gggctaagaa gaaggaacgc cgctaccgca 111360 aagagttcgg tgacaagtac aagcgcaagc gctatgttat cctgcccggt ctgtactaga 111420 caagtgcacg gttactttga ataaaagtag tacgcgtgat gtgcgaggtt atcggcctcg 111480 catgcgttgt cttggcattg gccaagctta cccgggacct tgcatgtacc tcgactgcat 111540 tcgggggtaa ggtgtgcgga gagatggatg gttctcgacg atcgagaaga ttacggcaga 111600 gtcttgttct ctgcatgaca gtttgtcctt caatgtgtaa cccattatga tagattatag 111660 tccggttgtt agttttatta cgagagttat gcggaggtta ttagttattg acgtggacga 111720 ataataatca tgtttaattt gagcaataat gctattgggt tgcgaggtag taggtaattt 111780 tcatgcagca ttggaatgaa tgcgctggct tctctatgga ccaatatcac aataccaaag 111840 tccgaagaca aattgtcaaa taaactccca acaccaatgg aaatgaaatc atacccaaac 111900 tcccccaagc aaatatgggc attacattat ggaacagcga aaatgagagg ggagaagaca 111960 gacacgagag aaggaggtta ctcattcttc atctttcccg cccaaagccg ataatacggc 112020 tccatttcct tctcgcaact ccgcttcgtg tcggtgtcac agccaaggaa ccgaatgacg 112080 aagtcaccgt ccttatagac gccgtccacg ccagccccgt ttgaatcctt gctgtaccca 112140 ttgatggtcc gctgtggaac cagagccaat ctggccaaga tagttgggtg ccattgcaca 112200 atgtgatcct ggacagcaat tgatgacgta ggttagttac ttagtctggt gacgcaggaa 112260 atcatgaagc aaaagcaaaa aataaagaac cgaatttgat aaggcgaaca tccgactaga 112320 ggtgtccggc gtataaatag aaaagctaaa aagatagaag cgtaatgtgt ctcctcactt 112380 accagaacgt gggtctcggc ctttgcaaag ttatagctaa tgtacagagg gtcgaaccag 112440 aagtcgagga agtatttggc aaaatcaccc tgtcgaagga ggaagctacc ggagctcaaa 112500 tcctccgcat cggtggtcat aatgagatcg acatcttgag cctgtatatg cgaaaacgtc 112560 ttgatgatgc tatcgggagg cacgacggag acgtccttga gcatgaggga ttcgagacgg 112620 tccttgtcga ggacgtgcga ttcaagtgat ttgctcgggt tcattattag ggcgtgagca 112680 tctaggtgga aaaagtactt cgagtacggg ttggaggcca tcgcgtgacg gagggctggg 112740 aggacggccc aggacttcgg ggcgttatcg aggacggttt catagtcgga aacgttggca 112800 aagaagttcg tatagcctga atcacaattg tgagacatta gaagagttac tggacacgag 112860 gaaagtgact gggttgctgt cgccttacca tgtcgcttag catagtcctc tctgttcttg 112920 acgatcttct ggatgtactc gttactccaa gccgtcctgt ctagaacggt gacgacgacg 112980 atgctggatg ttcctgctgg tacggccggg gcccctgtac ttgtgtagaa aaactgggaa 113040 agaaggaaga agacggtgag cagggcgaag cccagaatgg ccacagcttt gagctgtttc 113100 ctgcgctgga gtgagattcg cgacgagcga gcgtacggag gggttatcgg agtcctccgc 113160 ggaggcagag cgaactgcat gatgcgtgta cttgtcccca gcgggtagat gctgggcgac 113220 tgtgaaagat gtaaagataa tcaattgtaa ctccgtagga tcaggacatt ctagcacgca 113280 gttacgagct tggagcggag gcagcatcaa ttgcttgtaa ctgatccggc ttcacgggct 113340 cctctgccgg atccggaaat gcgcccgcgg atctttgttg gtccgagaga tcgcagcatt 113400 ccaggcacaa agccgatgac cttgcagatt gtctattatg agagatattc caaggccagt 113460 gatgatgatt attaatggtt ggctcatgat gaagtaaggt tgtggttgtt taatgtctat 113520 gtatagatac gatatcttcc cattcgggca cgttggatcc cgcatggatt gcatcgcaaa 113580 tcttccagag tcactcgcaa ctttctaacg tggtgatgga tcagtgttgt atatgcaagg 113640 aaaggtactg gcccagacac gtttaccata ccgagggtca atctgcaaat atgcctgagt 113700 tagtcccttc aacgccatgt ggacaccaag gtcaattaat ccaaattgca ttggtaacat 113760 ataaatacac tgaagagcga atcacgcaaa tccaagcagt ccatgcaaga tctaaatagt 113820 agctgtacag tcgtcttttt caccatccga gatatatgaa agcggtatgc agacgctgtc 113880 gaccatgacc aaagaaataa taatacaaca gacgcccatc cgttggtcac cagataatca 113940 accgaaattg accgtcccaa atcgactttg ctagagacat gccctgtaag tctctagtac 114000 tgtttctcgt tgtacgttgg cttcgtgatc tccttgatat tcgtctcctc ctccaccttc 114060 gccttgatct cgtcctcctt ctgcttcacc cactcctcga acgtaggagg ttcgggtata 114120 cccagctttt tccgctcttc ccggaatctc tcttgaatct tgggcgtctg cattatcttc 114180 caccgcaact cccagccaaa gatacccatc tccctgatac ggcccgggcg gtcgctcaga 114240 aggtagttgt cgaggccacc ggccttccgg atcgtgcgca gcgctttgcg cgtgaccttg 114300 atgaaaaggt cctctccgag tgcttcgctg tagagcttct tccgacgaac gttgggcttc 114360 cagaatcggc gggtcttgcc ctcattgcgg ccttgtgaga tcttgtttcc gaattggatc 114420 atcgcgcctc cgtagagacc agagttggac tgcttgaaga catagttcgg accgtagggg 114480 taaggaggga tgtaatccgg caattgtttc gtcttctgtg ccgccaatgt cgtggagaag 114540 gaacgtttgg gggtcgtgac ggaaaggttg cgaaaagccg cagagaggga gaacggaagg 114600 gacatggtcg aacgagtctg taaacccgcc attgtgtaga tcaaaaggtc ggtaggcagt 114660 cgaccatgac agggaatcga ccggggaaga gaagaacagg cgccggcaga gcacagcagc 114720 agcggacgag atagttggag ataggcgtgg accgtccagc accggatggt gaaagaattt 114780 gggggtcgcg gctgaccgcc ttggccacgg ccggctatca ttgatcgatt ctccccagct 114840 gcgcttgaat ttcggccaga agcagctgca tccagactcg tctttccttc catcatctcc 114900 agctttttct gatcctgtca gctcttccta cttctcgtgt gtcttcctcc ttgccgaaac 114960 tttctacacc cccacgatcg catatctgtg gcttctgagt gaggtcacaa tcccttcacc 115020 atggtccaaa tcagtgaagt gaagggcaac tcgcgcgaga acagaaccgc ggcccacacg 115080 catatcaagg gtcttggtct acgacaagat ggcactgcgg aggcttcagg agatggtttc 115140 gttggacagg caactgctcg tgaggtacgc gacaacattg gcgctcagaa gtcttactct 115200 ctaagctctt aaacttatgt actaacccgg aggcttgata tgacaggcat gcggtgtcgt 115260 tgttgatctg atcaaggcga agaagatggc cggtcgtgcc gtcctcctgg ctggtggacc 115320 cggaactgga aagactgctc tggccctcgc cgtgtcgcag gagctgggaa ccaaagtccc 115380 cttctgtccg atcgttggta gtgagatcta ctctgctgag gtcaagaaaa cagaggcact 115440 catggagaac ttccggaggg caattggtac gcgatccgta caatcttgac gcgaaagtct 115500 caatagcctc taatgcatcg ataggtctcc gtgttcgcga aacgaaggaa gtatacgaag 115560 gtgaagtcac ggaacttacc cccgaagaga cggagaaccc tctgggagga tacggacgca 115620 cgatcagcca tctgatcatc ggcctaaagt ctgccaaggg caccaagaag ctgcgcctgg 115680 accccagcat ctacgaagcc atccaaaagg agcgggtcac cgtgggagac gtcatctaca 115740 tcgaagcgaa taccggagcc tgcaagcgtg tcggacggtc cgatgcctac gccaccgagt 115800 tcgatcttga agcagaggaa tacgtgcccg taccgaaggg agaggttcac aagaagaagg 115860 aaatcgtcca ggatgtgacg ctgcacgatc tggacatggc caatgcgcgg ccccagggtg 115920 gacaggatgt gatgagcatg atgggacagc tcatgaagcc caagaagacc gaaatcacgg 115980 agaagttgcg ccaggagatc aacaaggtcg tcaaccgcta cattgaccag ggcgttgcgg 116040 agctcgttcc cggtgtcctc ttcatcgacg aggtagacta ttccagccct tcacagcctt 116100 accttacaat cagttgctaa ccccacccct aggttcacat gctcgatatc gaatgcttca 116160 catacctcaa ccgggcactc gaatcctcca tctcccccat tgtcatcctt gcctctaacc 116220 gcggcaacac ggtcatccgc ggcaccgacg acatctccgc cgcccacggc atccctcccg 116280 accttctcgc ccgtctcctc atcatcccca cccaccctta ctctcccgat gagatcaaga 116340 ccatcattcg cctgcgcgcc aagacagaag gcctcaacat caccgacccc gccctggaga 116400 aggttgccga gcacggcagc aaggtcagct tgcggtatgc tctgcaatta ctcaccccgg 116460 ctagtatcct tgccaaggtg aatggacgcc caggaggtat cgaggaagcc gacgtggcag 116520 agtgcgaaga cctgttcctt gatgcgcgga ggagcgccac gatcgtgaac caggatagtg 116580 agaagtacct caaataagcg ggacgtggca tactacttgg ctggattttt ggggagcagg 116640 caagacgggg tgtgaagaga aagcgaacga aacaaacaaa caaacacata caagaaagca 116700 atatgtatac catgtctgca ggtcttatta ttttttccta actaaaccgg gaagagcgat 116760 tgcttctcct atgaatgagc tattttacgt taatgtcaac taccagtatt aggattctct 116820 ttcaacctcc ggaaacgtgt taataatatt tctcgtctag taatatccgt aaacgtccca 116880 agactcttcc ctctaacaaa catcattctt caagaagtct tctccttact agcagcagca 116940 gcattgcaca tcggtctaaa tcttgtcttc gccttcacag ctgcacccgg caaagctcta 117000 aacaaaacca aaacgagtct cataatgaga acataaacat gaaccaaacg aataatcgtc 117060 cggatcgcat tatctctcaa gccgaggccc gggggccctg aagccgccgc ctccagagga 117120 tcctggtgga atttcacgtg gaatggagcc tcggcgccta ggtcctgaat ggcgattcta 117180 agaccagccg tgatggcatc ttctaagtgt ccgcgtcctg tccagcagaa accgtaactc 117240 agaccacgct tgttctggat ggaggggaga tggtgttgtg ctatcagggt ctgggcgctt 117300 ggttcggggt cggtgaactc ccatacacct tgcacttggc ttgggtgggg tggagtgaag 117360 gggttcaatg tgatgtagat ggggccgaaa aggtggaatg gaatgctgtc gaggaagttg 117420 gcgatgtagc tgaggctgga gatgtgggat gtggtggtag tggtgttgtt gcttggttgg 117480 gttggccagt cttggttgct ggggcctagg atgtagttgc aggcggggcc ggggtcctcg 117540 acgttgggca tgagctggtt tgtgcggtta gtaggagatt atatataagc ggttatgact 117600 tacaagaggg tctgaatgta aaacagaaat gtttcgggtt gatcccaagc ttcgcatgat 117660 ctccttttct tgctcgtttg cgagcgttcc caatatcttg atagtctcct ggccgttcac 117720 ggcgaagacg atatggttga agaacatttc ttcgcccgca gatgtcatga taccatactt 117780 ctttccatac tgaacgacct cccttactct ggtcttaaga tggaccttgg aggaggggaa 117840 gcttttcgtc atggtctgga tgaaatgact cacccctggt ccgatacgac gccagtctgg 117900 caaggcttga cggggcctca gcagctgatg atcacacaga gcctggacga gagctttcgc 117960 aggcacccgt ggcagaaatc tccccgcatt tgtgctccac agcatggaca gcagtggagc 118020 taggtagttc tcgataaaga tattggagta ctcttcgcct gcgaggtact catgcataga 118080 taatgactgg gcgtcggtgg ggttacaagc ctcaaagccg tgatcaagta cgtccacggc 118140 catgtatctc atccaaataa catcgcacag tatgcgatag gtctcaaagt tgcaaagcgt 118200 ccatggacga agaagtatac ttttcagtac gctaccacac cattggaaac tgtcaatccc 118260 atctgtagcc ccaaaggaga acggagcctt gacaccggta atcccgaggt ggtctaacaa 118320 cgaaacgagg ttggctgaag gtgtgaatta gtcaagaaag atacgggctc ggagattgcc 118380 actaacgaga agtccctgca ttgaaagtgg gaggacttgt attgacatca actcggtgat 118440 cattatgctc aaaaggcagg gcctttacgc gcccaccaag agagtccgag gcttcaaaga 118500 gatggacatc atgggtggaa ttccgcaacg cccagaaggt cgtgataccc gtgcaaccgc 118560 cccctataac agcaacacgc tcaggctgaa agagcggcat gaaaacaaca gctgttagcg 118620 gttaaccttg ccatcgagca ggtcaaccga agagaacgac aagaagaaat tggcgtgaat 118680 ttagcgcctt tgaaatattg atttaagaac cagtcgcagt gtctagtgca cagcttagaa 118740 agattgtaaa gtactccttg ccctatccgg aggtactggg atagggaaca ttggagtggc 118800 aagatagtag aacagtctca cagaaagatc gaagaccaag ggtgacgaaa gatttatcaa 118860 gacatccacg cgcgctcaga tcccggtctg ctacgcgctt ttgtcctcat gtggcggtca 118920 aatgtgatcg catcagatga cagacacagg atagggcaac tcagccagga gtcttcaagg 118980 aatgttcctt gagatttgag cagatctacc aaaaagaggg cccaaacgaa aactggggta 119040 aatatgtgac atgtcactag tgaggggtgc ctaggaggag ggccaatata agagtcgagg 119100 aggaagctcc accgatctga gacggaaata atgagggggg cgaatgctgg agaagttaat 119160 tgaccacgag tcaggggacc atttccctcg aagcagtgga aaggaacaag ccaaccataa 119220 tgtcagcctc ccacaagcga gggtgagcgc tgggaccctg gattggagga gcggcgttca 119280 acggcacgat gaatggaaac catacaatcg atctgttggc cgaacttggc gccagatgcg 119340 atgcaactac attgtactag actaataagt tagtctggtt taacgaccgt tgagcccgac 119400 gacgtcagcc ggatcgattc ctctgcctcg gccgccgatc acgtgtggct gtcgccgttc 119460 ctgtcatcgc cgcagtccag ccagttgtct caactccatg catctgccta tcctgtctgc 119520 tttccatcca gttgcatctc tgtctgtcct tcagatatac cggttttgat tttcgagctg 119580 atactggttc attctctaat agaccgtgtc atttactccg ttgattgtcc caatctcgtt 119640 tcccggagca gcacgggcgc cgccagccac cacggaagat aaggtggcta ttccgtacta 119700 ctctctccac ttacttggat ccgcaacccc tatccactga ttaatccggc tgtgaaacat 119760 aaccagagtc tctttaacct acgcaaaccc ctcacctaat atcataatgt cgaacccgtt 119820 ggacaccgac gccggctcgg agctcttcag cagctacgag accgagctaa agctggtgca 119880 agccgatctg aatcagaagt tggaccagat cgccgagtca agcggtgaac aacgaaagtc 119940 agcaattagg caagccgaga gagccctgga tgaagccacg gaattggtat gttggacgca 120000 tttggcgaga agcgcgcccc gcgtcaattt tccactaaca ggcgggaata cagctagatc 120060 aaatgcgcat ggagaagcag aacatcccct cagcagcacg atcgaagatc aacacgcgcg 120120 ttcgcaacta cgctaccgat atcgacgagg ccaaacgcaa gttgaggtct ctttccgatg 120180 accgcaaggc gctcttcggc gaccgctaca cagatgatcc gcaggacgaa catctggaac 120240 aaaggcaaca gctcctgtct ggtacggagc ggttggagcg gagttccgcc cggctccagg 120300 agagtcagcg catcgccctc gagacggagg atattggtcg caacaccttg gccgacttga 120360 accagcagcg cgagacgatc atgaatgcgc ggggtcggct gctcgagagc gaaggatatg 120420 tagacaccag tatcaagaca ctaaggggca tggcccgtag gtactgtccc cctaacactc 120480 aaggacattt gcttcgctac ttgtcacagc tgcttgactg ctcaaatgct tactgtattc 120540 taggatggct acgaatcggt tgatcacaat tgcaatcatc actgtcttga tcctgttgat 120600 ttttgccgtt atctacagca agttccattg agcatgggtt tggaaggcgt tattaccggt 120660 ggcctctctt tcattttttc cccctcttaa cgacacttat aagtctgcag tcgcagacac 120720 atcacgcaat gttgtatgat agcaacccat cagctttaat caggcgccat gttacatgtt 120780 ctagtatatc tcacatacaa ccgttcacga tccgggccct atgatgtcta gaaaacttaa 120840 gaagcagaac agccaagggt ataatacatg gaaaagaaac taaaccaaaa cgctaattca 120900 taatcctcat cgccccaaag gcaatattga ccacgacccc aacaaaaacc gccaacccct 120960 tcctccaact ccacaccccc tcttccctcc tcaaccacat agcacaccca accggccaaa 121020 agaaccccat caccgccccc caaagcatat catccatcgc gcccctcgac ccagccccaa 121080 aacccccatc atcatccgca aacgagaccg ccccatcccc gccccctccc ccagccgcca 121140 tagccgccgt cgacccctca tccatccacc ggtcctccag ctcccgcaac tccgctcccg 121200 acggcatggt atccggagta cgcgataccg actgtaccgc tagaaattgc gaccgaaggc 121260 ctgccacctc cgcgggtgta aatcccgctg agagtaaccg gtcgaaacct cttggcgcgg 121320 gcgttgtagt actagcgtcg tcatcattcc gtacatcttt ctgtcgttgt cctctcgcgc 121380 taccatcatc gtgattagac tctgatgatg aatgttgttc gtcgtcgagc gtagatgcga 121440 tcgacgcttc cgtggcaaga tcggtcgctg agagaacgat atcgccgatg gagcagtgaa 121500 tgtagagacg gggatggtcg cggacgggag ccttgccttt gcggttggga tcggaggctg 121560 gatctgaggt ggtgtcgctg ggtggggatg cggatggtcg cggggagcgc gtgggtgtgg 121620 gagggagttt gagggatacg gagagggggg tcttgtcttc gaggccacgg ccggcgtgga 121680 tgagacggag acggtgggag gaaagatgag gggggagacg tgtgcggatg agttgtttta 121740 gaccggcgga ggtggtggtt tctggggaga agatgtcgag ggggaggtcg ggaatagagg 121800 cggagaagcg gatggtcacg taaagggggt tggaggtgga ggtcgtgggt gggaggtcaa 121860 ggggtgatgg ggattttaaa aaggaggatg atgccattgt ctattggtcg cgtgggaagg 121920 tataaggaaa tgaggtagtc gtgtgttcag aatgaagccg gcgatgtcgg tacgtcacgg 121980 cttgcttgcg ataacctccg ataaggctgt tgcctgaggt ctttaggtgt tgctcacgtg 122040 acttatagac ctgggcatag ggacatgtga ttggctgtcg tgagggcccc tgtatctgtt 122100 catcgagact gtccatcatt ccatgatcgg gatgtgtagg tacatcgaga tgaaatagac 122160 caagcagatg ataaactcat gtttatcgca tggcactgcg gcagctttgc gggacagtgc 122220 tctcagactg cacaagcatg gtttggggag aggcagttaa agaacaacta ctggaagtca 122280 tggcaaatgc gctaaccagc tatgatacca tacctcgtgc tctggacttt atcattctac 122340 tattgaagtt aatctaagta tcagggcgct tccgtggttc tatatggact gcgtattgag 122400 caccaagcct agtgactgaa tcagcatggt gaaaacagac ttggagacaa acatatccca 122460 tctcgcaatc gaataccaag actaactggc actatatcgg atgaaatacc cgaggccctc 122520 tcttagaaca agccagtata caacaagtag gagttagact agatggatat tatccgatcc 122580 gatagggatt ggcatccttc aaaccgaacc gacggagagg gatggatgat tatcatgcgg 122640 ggtcattcaa actagcctga acctcgccac acgcataaca cattgggata ttctgagtga 122700 cgaagaacag atccatctgg gacagtggaa ttgaccgagt aaaatatgca aattttatta 122760 tcaccagaaa tgagcagttt ggatagatac caagacgcca tcatccgcat acaagtaccg 122820 gcctcatagt gcctaacaac ccaaagcaga aagaatccaa gaggatgtga aatggttacc 122880 ctctcaatca gtgccggtca tacttggacg ctggaggata cagatcagat tactccaccg 122940 cagatgtttg tttaatgtgg cagaggctgc ggtgcttgta gtgattggcc ctggggcggt 123000 ccctggcggg tcggaaccgg cgcctatccc ctactcatgg gaaacagcaa aagttgatta 123060 attagttgat ccccgacact gacatttttt actcttgtag agcttgcagg ttatccaacc 123120 ttagatagtc atcgcaggtc gttcagatat acaccataca ccggtcactt tcgagttttg 123180 aggtcattta catctcggcc cattctaatt tatggtaatc gcgctctcgc aagtcatgcc 123240 caagaattgg tggacctgtg tgtcatactt gtatttcaac ttcattagtg cgatgacatt 123300 tcagagaaca gaatccggtg cggaagacag acgaagataa gcaattatac gcgactttcc 123360 caaacgggta actgaattta gagaaaaagc gacagcctct gtggggtctg ataaggccga 123420 accggtctcg tgatcggggt cttcccctca tcctcctagc ttatcattat ccctcttcct 123480 atccagacgg cagaagagcc aaaatgtcct gagatacagt cgtcttggct gactactcgc 123540 ttgcctaagg gtctgctcct tggtgtctcg ggtgatcttc actatgcaag ccgagccccg 123600 caagttgaaa cgaacggcga acgcgtaagg gacctgcgaa gttacttaga aacctaactg 123660 atcgatgttg gccccgctta tccaggtgta ttgcctgtcg tcagagcaag attaaatgct 123720 ctggggtcga gccatgcgcc aattgtcaga gacgcgctat tccttgtcgg tttgcggagg 123780 aaacccgtag ggttctgata tcggaacggt atttctctaa ggatcggatg gctatggatc 123840 atacgatgct cataatgcgg caggtgtctc cgtgacttgc agacacaggc caaagagcag 123900 catgagacaa cgaagaaacg aactcacgat gttgcatttg aggaagtcga aagtatgtat 123960 atgacgcggg caagtgctgt tgtttcctcg ctgtagactt actcttttag atgttctcaa 124020 ttcagaatcg cgttctccag gtgcaaactg gcccagtcca tttggtctgc cctcgatgac 124080 gatgaggaat acccacgata accgattatc tcgatggggt aagacctggc actctttttc 124140 tccgatatgc tcgtgattta tgcgcatgtg gctgaccttg attagtctgg ctggctccaa 124200 catctacgtg gtcttttacc gctcgtctca ctttgatgat gacccaaaga ctccatccgg 124260 acgtagccta cgatattccc tattttcttg atggggacat ctatccccta caatggaagt 124320 catcttctga tgctactcct gacatcagcg gtctcccgtc tatggactat gctctctatc 124380 tcttcaacac agtcaagttt catctgggtc aaacattccg gctcctggac gaaggggcct 124440 tcacgacgca tatgcaggaa ttctactacg gggatgcagc caagaaagca gctgaaagtc 124500 ggctatggtt cgtccaattc ttgctagtgc tgtcttttgg gaaagccttc cttgaccagt 124560 ctagaaagag agacccacca ggcgcggggt actttgttcg tgccatgtcc ttgatgccag 124620 attatagttc tatctggaga gatactcttt tggcaatcga ggtcatggcc ctagcagctt 124680 tgtatcttta ctcgattgat cgacgagagt caggacacct ttttgtaaga gataatgccg 124740 ggcttctaga aatgcgcgag tcaccaaagt ctaacaagaa ctaggctagt caggccatcc 124800 gcattgcgca actagaaggc ctacacacgg agctcccgga ggaagagcta ggggcagcag 124860 ctgttgatcg ctgccgtaat ctttggtgga cactgtacat tatggaccgc catttttcgt 124920 catcactggg aataccgatg attgtgcatg atagcgatgt cacggcactg atcgattcac 124980 caacacaatc atgtcagagg aacgccatgc taagcctgag agtgaggtta tcgcggttat 125040 tgtccacaat ccttggcagt aggttttgaa atcaccagtt cgagaggaca tcggctcacg 125100 aagatagccg tatacaggac tgagaggcgg cccatcgaat cattcattga gaaaaccaaa 125160 actattttaa atactatggc agatctagct aaggagttgg aagactttat caataccaag 125220 ttcgcgggcc cggttaactc catgtcaaag gggatgcgcc atatcctcct attgtatcac 125280 gaggtaggtc ggccttctag caaacagaaa tctgaactaa tctttactac tagtgtgtca 125340 tcgttgccac acgacccctc ctcctagcca ttctacgaga gcgtctggac aaactcggcc 125400 tccctttaga atgctgtcga cggatcgtcc ctctcatgga aacactgatg tcaacgggga 125460 tcaactcagc gaccaaaagc cttcagttac ttaaagctct agtagatgaa ggcctccttg 125520 gtgagcaagg ttccacaaag aaaatttacc agctactaac cgcaccgcag aatctttctt 125580 acccttcgac ctcgaattta cctacggcgc cgctatccac ctcacaatgg ccggtgccct 125640 tgtacctgaa ttagtcggac agcgcagctc caaccaacaa gcacatctga tcctcgatga 125700 aataattagc aaggggaacc gcgtagcaga aattcgcaaa gccgacctga ctcgtcttga 125760 aagcttgttc gagggactaa aagagcggta tacgcacgca gcgaaccaca tcagtaccga 125820 tttagttcca gagtcaagtg gtgatgcaca tgggcagaat catagatcaa gtgacgacgc 125880 ccaattacca tgcattactg gggacatcaa tgttgcagag gatgagctgc ctgagctggg 125940 attaacgtca tacgatatag cggctatcgt ggatcagatt gattatactg ctagcccgtc 126000 tttctggcta gctcaggaaa gggaggagtt gtgatgcgtg gcaatgagtt gcgtatatag 126060 agctccaagc gtgagtggag cttatacctg catatagggc gctgttgata gcgttgtgag 126120 gagtagcaaa gcatcatgcg ctgcaactga atatacaagc tccatatagt taccatacta 126180 ctctcaatac atacctactg aagaatgata gccatgcctc cgagctacac ccggagggat 126240 ggtactacag gaacagacat cagcgcatca tatgatatct acaaagcagt gcagtaaatc 126300 cagccacaaa atctatccta tattcacaca tg |