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EBI DbfetchID AAK39209; SV 2; linear; genomic DNA; STD; INV; 3558 BP. XX PA U39678.2 XX DE Caenorhabditis elegans Hypothetical protein C39D10.7 XX OS Caenorhabditis elegans OC Eukaryota; Metazoa; Nematoda; Chromadorea; Rhabditida; Rhabditoidea; OC Rhabditidae; Peloderinae; Caenorhabditis. OX NCBI_TaxID=6239; XX FH Key Location/Qualifiers FH FT source 1..3558 FT /organism="Caenorhabditis elegans" FT /chromosome="X" FT /strain="Bristol N2" FT /mol_type="genomic DNA" FT /clone="C39D10" FT CDS complement(join(U39678.2:34615..35022, FT U39678.2:35071..35167,U39678.2:35214..35323, FT U39678.2:35369..35483,U39678.2:35588..35681, FT U39678.2:35736..36757,U39678.2:37399..37659, FT U39678.2:37706..37951,U39678.2:38129..38551, FT U39678.2:38623..38806,U39678.2:38852..39021, FT U39678.2:39075..39179,U39678.2:39235..39368, FT U39678.2:40377..40523,U39678.2:40676..40717)) FT /codon_start=1 FT /locus_tag="C39D10.7" FT /standard_name="C39D10.7" FT /product="Hypothetical protein C39D10.7" FT /note="contains similarity to Pfam domain PF01607 (Chitin FT binding Peritrophin-A domain); coded for by the following FT C. elegans cDNAs: CB102112, CB102129, CB102430, CB102623, FT CB102658, CB102679, CB102695, CB102696, CB102702, CB102706, FT CB102711, CK575125, CK575130, CK575615, CK575623, CK575625, FT CK575683, CK576477, CK576480, CK577062, CK577068, CK577072, FT CK577529, CK577536, CK577543, CK577547, CK577557, CK577563, FT CK577566, CK577574, CK577675, CK578034, CK579433, CK579435, FT CK579558, CK580183, CK580676, CK580680, CK580768, CK580778, FT CK580815, CK580822, CK581267, CK581272, CK581277, CK581278, FT CK581284, CK581296, CK581297, CK581300, CK581997, CK582652, FT CK582677, CK583124, CK583125, CK583560, CK585500, CK585506, FT OSTF224A5_1, yk7c10.3, yk10d6.3, yk10d6.5, yk14c12.3, FT yk16h11.5, yk19h4.3, yk19h4.5, yk20a1.3, yk27d10.3, FT yk27d10.5, yk29b2.3, yk29b2.5, yk30a6.3, yk30a6.5, FT yk31b9.3, yk31b9.5, yk31d5.3, yk31d5.5, yk32d12.5, FT yk33a2.3, yk33a2.5, yk37e1.3, yk42a2.3, yk42a2.5, yk42c7.3, FT yk42e2.5, yk43b4.3, yk43b4.5, yk43c10.3, yk43c10.5, FT yk195e11.5, yk260f7.3, yk260f7.5, yk322b12.3, yk322b12.5, FT yk324f7.3, yk324f7.5, CK577588, yk7c10.5, EC017902, FT EC024696, EC033566, EC014971, EC026364, EC028129" FT /db_xref="GOA:Q18529" FT /db_xref="InterPro:IPR002557" FT /db_xref="UniProtKB/TrEMBL:Q18529" FT /db_xref="WormBase:WBGene00016534" FT /protein_id="AAK39209.2" FT /translation="MDWAFDQYLNSNLQMRQLSIFAAAVILISADAKNVLNPKGPPCPD FT GDGLYAVGCSSKYLQCVNNVEYEQSCPEGLYFDRLLARCERRSSNHLCATGDRVTLNVR FT QKAVSINCVGRLSGDYALDKTVCNENYYQCANGISYMRKCPYQQVYVPILKRCDYHTNC FT NASGGVKDQAAAAYASPTYDSDNYIVTTKEFENGHNGLDCKVTGDMHFTDNVKCSPYFW FT QCSNGKLFRKTCPEKLIYVLDQNLCDFPESVKDCPEYNGSETSYRAPKTTTSSSSYGSI FT AEAPVDPTPYAPASAPVYSPPRTTYVPRSTSAAPPNPPPQNPTAAPYVPTEATPSPVFS FT STVRYNPAVHGDCKNRDGIFGIKECHASFLSCDNGVGRVIQCADNLVFDTRVSACEFAA FT ICLEPRKPEDVPVLYNHGGAYNERPAEVKVDFDCTGKPNGKYIKEACTKSFFTCHDGRA FT FANDCPGDLVFNKATGTCDFAENCEKNYMEPSQIYKGEDTPTTTIGYSSSVVYTTTEQP FT ATKPYTQPPRDTERPSTIYGRPIYTKAPTTVGYEQPKATYTTQAPVTTTIALDDFSCKH FT LADGNHASGLCKSVFYICANGQVVATTCPANLIFNPYVGECDYSTNVRDCQGYQPTTTP FT SYSYPKTTSKPYEQPSTTQGYAPIEYTPVTPGYAPQYTSTIFTTTLSPKYAAMCAKRDD FT GNYGFDCEKYLIKCYNRKTFKFPCPSGLYYSRLQDKCDVKENVEGCPEYKPTTDATPAA FT EQPVISYQNYGYSQSTTKAYNPSVTTPSPQHAAFCERLENGNYGLDCEDYYISCNNFET FT TINRCPAGLFYSKLNNRCDYKEHVEDCPEYKPTPSTTPAAEQPGTTKYTTYNYPNIDYT FT STTPGPVDTTPLAKAFSCSGRPDGIYALPYCSQDYVQCMQGRSLISSCAPGLFYNEKNG FT MCAYKHTVDTCKIGKGSDIIDSNACFGKSDGYYSAGCSSYYFSCIDEQIRKMSCPNSLK FT FSKESEKCVFPIDAKECSIATTLDRTPPAVPSDFCTIRSNGLHHLKMCSPHYIVCDNGR FT AFSGTCIAPLVYNGDTQTCNYKSTNKDCGNDYIPPVAEVTSSYTTYTTKRFEQPAPTTT FT AAPYQPQTTTTGKVLYKAAYTTTATQYEEPATTPSRDVETPTTTTHKPYETTTEAQDAT FT TTTTASYVAPTTSSAYKSY" XX SQ Sequence 3558 BP; 1113 A; 914 C; 679 G; 852 T; 0 other; 1130391501 CRC32; atggattggg cttttgatca atatctgaat tccaatctac agatgcgaca gctttcaata 60 tttgcggcgg ctgtcatcct catctcggcg gacgccaaaa atgttctgaa cccgaaagga 120 ccaccatgcc cggatggtga cgggctttat gctgttggtt gcagctcaaa gtatcttcag 180 tgtgtcaaca atgttgaata tgagcagtca tgcccagagg gtctttattt tgaccgctta 240 ttagcacgtt gtgagcgtcg ttctagcaac catctctgtg ccacaggtga tcgtgtaaca 300 ctcaatgtcc gccaaaaggc cgtttcgata aattgtgtgg gcagacttag tggggattat 360 gcactggaca agactgtgtg taatgaaaac tattatcagt gtgcaaatgg aatatcttac 420 atgagaaagt gtccatacca gcaagtatac gttccaattc tcaagcgatg cgattaccac 480 accaactgta atgcttctgg aggagttaaa gatcaagcag ctgctgccta tgcttcacca 540 acatatgatt cggataacta catcgtcact accaaagaat ttgaaaatgg gcacaatgga 600 ttggactgta aagttactgg agacatgcat ttcactgata acgtgaagtg ttccccatat 660 ttctggcagt gttcgaatgg aaagctgttc agaaaaactt gtccagaaaa gctaatctac 720 gttttggacc aaaacctgtg tgactttcca gagtctgtga aagattgtcc agaatataac 780 ggctccgaaa cttcgtatag agcaccaaaa accactactt cttcttcttc ttatgggtca 840 attgctgaag ctccagtgga tccaacccca tatgctccag cttccgcgcc agtctattcc 900 ccaccaagaa caacctacgt cccacgctcg acatcagcag ctccaccaaa tccaccacca 960 caaaatccaa ctgctgcccc atatgttcca actgaagcta caccttcacc tgtcttctct 1020 tcaacagtca gatacaatcc agcagtacac ggagattgca aaaatagaga cggaatcttt 1080 ggaatcaaag agtgccacgc atcatttttg agttgtgaca acggagttgg tcgggttatt 1140 caatgcgcgg ataatcttgt attcgacaca agagtgtcag cttgcgaatt cgcagcaatt 1200 tgtctagagc cacgaaaacc agaagatgta cctgttcttt acaatcacgg aggagcctat 1260 aacgagagac cagctgaagt gaaagtagac tttgactgta ccggaaaacc aaacggaaag 1320 tacatcaagg aagcatgcac caaaagcttc ttcacttgtc acgatggaag agcttttgcg 1380 aatgactgtc ctggcgatct agtctttaac aaagctactg gcacctgtga ttttgctgaa 1440 aactgtgaaa aaaactacat ggaaccatct caaatttaca aaggtgaaga cactccaact 1500 actacaattg gatactcgtc gtccgtagtg tacacaacca ctgaacaacc agcaacaaag 1560 ccgtacacac agccaccaag agacactgaa cggccatcaa cgatttacgg acgtccaatt 1620 tacaccaagg ctccgaccac tgttggatat gaacaaccaa aagctacata cactactcag 1680 gctccagtca caactacaat tgctttggac gacttttcct gcaaacacct cgctgatgga 1740 aaccatgcct ctggtctctg caagagcgta ttctacattt gcgcaaacgg acaagtcgtt 1800 gcaactacat gtccagcaaa tctgatcttc aatccatatg tcggagaatg tgattacagt 1860 acgaatgtcc gagattgtca agggtaccaa ccaaccacca ctccatcata ctcctaccct 1920 aaaactacca gcaaaccata tgaacaacca agtaccaccc aaggatatgc tccaattgaa 1980 tatactccgg ttactccagg gtacgcacca caatacacat caacaatctt cacaacaact 2040 ctatccccaa aatacgctgc aatgtgtgca aaacgtgatg atggaaacta tggatttgac 2100 tgcgaaaaat acttgatcaa atgctacaat cgtaaaacat tcaagttccc ttgcccgtca 2160 ggattgtact acagtcgtct acaagataaa tgtgacgtga aggaaaatgt ggagggatgt 2220 ccagagtaca aaccaactac agacgcaaca ccagctgccg agcaaccagt catttcatat 2280 caaaactatg gatactctca aagcaccacc aaagcgtaca atccatccgt gaccactcca 2340 tcgccacagc atgctgcttt ctgtgaaaga ctcgaaaatg gaaactacgg tcttgattgt 2400 gaggactatt acatctcgtg caacaacttt gagactacaa ttaatcgttg ccccgcagga 2460 ttgttttaca gcaaattgaa caatcgatgt gactacaagg agcatgtcga agattgccca 2520 gaatacaagc caactccttc tacaacacca gcagcagagc aaccaggcac gacaaaatat 2580 acaacttaca actacccaaa cattgattac acctccacaa ctccaggacc agtagacacc 2640 acaccgttgg caaaggcgtt ctcctgctcc ggacgtcctg atggaatcta tgctcttccg 2700 tactgctcac aagactacgt tcaatgcatg caaggtcgtt cacttatttc ctcatgtgcc 2760 cccggacttt tttacaacga aaagaatgga atgtgtgctt acaaacacac cgtggataca 2820 tgcaaaatcg gcaaaggatc tgacataatc gattcgaatg cttgttttgg aaaatcagat 2880 ggttattact ctgctgggtg ctcctcatat tacttttcct gcattgatga acagattcgt 2940 aagatgagct gcccgaacag tctcaaattc tccaaggaat ccgaaaagtg tgtattccca 3000 attgacgcaa aggaatgctc aattgcaacc actctagaca gaacacctcc agcagtgcca 3060 agtgatttct gcacgatcag atctaacgga ctccaccacc tcaaaatgtg ctccccacat 3120 tacattgtct gtgacaacgg aagagccttt tctggaactt gtattgctcc attggtgtac 3180 aatggggaca cgcaaacttg taattataag agcaccaata aggactgtgg caatgattac 3240 atacctccag ttgctgaagt cacatctagt tacacaactt acaccaccaa aagatttgag 3300 cagccagctc caaccacgac tgcagccccg tatcaacctc aaacaacgac tactggaaag 3360 gttctctaca aagctgcata taccaccacc gctacacagt atgaagaacc agcaacaact 3420 ccctctcgcg atgtagagac tccaaccacc actactcaca aaccgtacga gacaaccact 3480 gaagcacaag atgcaaccac aactactaca gcttcatatg tggccccaac tacaagttct 3540 gcgtataagt catattaa 3558 // |
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