SELECT s.sequence_id, # s.storable, d.mernum, oname.name, s.sequence FROM organism o, domain d, organism_name oname, sequence s WHERE d.mernum = ? AND o.merops_taxonomy_id = oname.merops_taxonomy_id AND oname.recommended_name = 'Yes' AND o.merops_taxonomy_id = s.merops_taxonomy_id AND s.sequence_id = d.sequence_id AND d.for_internet = 'Yes'

Sequence for MER0230705

>MER0230705 - family S33 unassigned peptidases [S33.UPW] peptidase unit: 6452-6757 ( active site residue(s): 6598,6711,6739  ) (Micromonospora sp. L5) (Source: EMBL nucleotide NC_014815) 
1        MADVQSRFRLTHDDFVMRNHRLHEVSVLPGVVFFDLVYRTAVAAGWDHRRLCVRDTVLAE       60
61       AIVTTDGFDREVVLTIGEPQDAGRPFTVRSRWLRGDDPVSGWHDNAHGLICLTDEPVPPP      120
121      LDLAALRAAADRHDDVEVLYQRAVREHIRHGPAMRCRGTLHIGGGALLADLTREQHPGAA      180
181      AAGFHLHPASLDASTLAGFGQVGMPTDDPFVPMFVQEFRAPEPLPPTCHVHVPRPERLAP      240
241      SGDVITTDYTIRDADGRFLAGFTGLTCKRIRESGLVRRLLADVSADAAPVRPAAAPPATV      300
301      PGQPAASSPGAANGFTDTLRAAVADMLGRPPAEVATGTGFYDLGFDSVALLRLTERVEQL      360
361      VGRKLYPTLLFEHTTIDALAAHLSTGQAPAAPAVPQSSDAPVAAAAPAAPESTVLSFVDA      420
421      WVPADPAPPSTGTPEALVVGGALPAGLAAAHVDSVDRLRDAPDLPPAVVLLTDDPAADLW      480
481      RAATALVDTGPRDLLVVHAGETTAEQAATAALARTVTAEIPGLRCRFVQVDHARDLATAV      540
541      RAELRAGDAEPEVRHVGGRRLVRRWREVDPAAGATGGEPFRDGGVYLITGGSGGLAAVLA      600
601      THLARRHRARIALLSRTAPAAALVDRCRAAGAEVHVAIADVTDAAAVGAAVTGVRERFGR      660
661      IDGVLHCAGVTRDGLFFRGDPGDLAAVAAPKLDGLRHVDAATAGDALDFLVAFSSASADV      720
721      ANPGQAAYAYANAGLRHVERRGRGRTVVIGWPYWAEGGMRAPTDALRRSTEHTGQEPMPT      780
781      DTALGVLRDVLRGPYDAVLVLHGQADRLRELVPAAGAAAATAASRPALGAAAVSRPAAGS      840
841      DGGPAVGEPAVGGPGDDAVAVVGVAGRYPGADDLDAFWRNLAGGVDAITEVPAGRWDHAA      900
901      LFDPEKGTPGRTYGRWGGFLDGVDRFAPTFFGVSRRDAERMDPQERLFLTTCWHALENAG      960
961      HPPETLRGEVVGVYAGVMWNHYQLVGGATDGVAPTAMHCAIANRVSHTFDLTGPSLAVDT     1020
1021     ACSSSLTAVHLAVESIRRGECTLALAGGVNVTVHPQKYLQLAQGQWLSTDGRCRAFGADG     1080
1081     TGYVPGEGVGAVLLKPLSRALADGDHVYGVIRATSVNHTGRTAGATVPSPGSQAALVRAA     1140
1141     LDAAGWAPATLGYVEAHGTGTALGDPIEVEGLRQAFDGADLPAGACAIGSVKSNIGHLEG     1200
1201     AAGIAGLTKVLLQLRHRALVPSLHAEELNPHIDFAAVPLRVQRTLEPWTPPPGVPRRAGV     1260
1261     SAFGAGGTNAHVLVEEFAPAAAPAPDGSALVVLSAPTAETLRAYAGAMAAGLPESTGPTA     1320
1321     AVADLLGVPEEALEPSATLGDLGLDPARLADLVGVEAIGRLSVATRLDELAADRGVRDIA     1380
1381     YTTQVGRAPQAVRIAVVTSGTDALRSALERFARGADTGDVVTTGAPATGDPVAAFRAGDL     1440
1441     HEVARHWVGGGAVDWSACYPDGHPRRVPLPTCPLPEEPCWIGGWDAARAGSAGTLRAGTG     1500
1501     GGDAVAVAASPPPAVDGDVVVPDGPDGPDLEFRVLDQGVALVSMRAPMFTDGLLAALGDT     1560
1561     FAEIERRDDVRAVVITGHGSVFSMGGTPEALRALAEGEGTFTDAALVYEGILRCTRPVVT     1620
1621     AAAGHASGGGLAFACYGDVVVLGDTSVYSANFTRYGFTPGMGATYILEQRLGPALAAEMM     1680
1681     LTGRSMTGAELSRRGAGVTVLPPQEVVPAALDLARSMADKPPAVIRSLKNELAGRILDRL     1740
1741     PEVIASEVRMHGNVLGAESAALVREHFTKVDEFRSRATPAPQPEPGPDDGAVGDAVTEIV     1800
1801     GALLYLRPDEVLPSRTFADLGLDSIGAVELVRDLNRRFGTDLDSAAVYDHPTVPDLAQAV     1860
1861     LRNLAESASLRAQAAAPPEPSVVDDPVPAKVPGSAAPAPAVTEAATPAVAEVAAPAAAEV     1920
1921     TAPAVASPAAAGPPPLVLTAPGAAPGTAPPSGAAPTTAPEPPPLTFAVRPPPASPSHQEP     1980
1981     APAATPAPASPSAPAGTPASDAASPGADPSTAIAVIGMAGRFPGAPDLDTFWDNLAAGRS     2040
2041     AIREVPSDRWDLTGLYDPDPAAPGRTRSRWAALLDDVDAFDAGLFRISPLEAEAMDPQQR     2100
2101     IFLEQAWAALENAGYAGRPMRCGVFVGCGAGDYPRLLERHGRSDSSEAFLGGASSILPAR     2160
2161     IAYLLDLTGPTMAIDTACSSSLTAVHLACESLRSGDCDTALAGGVAVMCTPQMQVWTSQT     2220
2221     GMLSPTGRCLPFDAAADGIVLGEGVGVVVLKRLDRALADGDHVHGVILAGGVNGDGRTNG     2280
2281     ITAPSAVSQVRLLREVHARAGVEVGYVETHGTGTALGDPIEVKALAQVVGPHCRIGSVKA     2340
2341     NIGHTTMAAGVAGLIKVLLSLRHRQLPPTPHATEPIPGLPVVRELTGWHDDRLVAGVSSF     2400
2401     GFSGTNCHLVVAEAPAATAGTGTGPVVVPVSARTASALRDLTDRLARRLRTEPADVHDVA     2460
2461     ATLARGRAHLAVRAAFVAADTADLVRQLAGGPPAPDASADLVALAERWVAGADVDWTAMP     2520
2521     AGRRIPLPTYPFARDRFWTGRDRRETALTPADPLVADHTLHGVPVLPGAAFLRQATAGGT     2580
2581     ARAADVTWLRPVVVTEPVTAVVTRDDRITLTVGGTPHAVATRRAPDPAPPERVDLPSVEA     2640
2641     RCPVRRPVDDLYAGFARAGLRYGPSFRVLTELRLGAGEALGMLATGPDSDVQLLDGALQA     2700
2701     VAGLVDPADRMLVPFAVESVFVADRLPTTARVHVVRRDGGRFDVVLTDLTGDVRARLDGV     2760
2761     TLRPYMASGAASAESRPVVTAPPEDLLYVPAWRPAGAPSGQPPAGRALAVHSPADAALAA     2820
2821     ALGADDTLRLGELPTGRYDTVYVLARTADPAAPPQDDSATPEAFRLLRRLLDLGADRGPL     2880
2881     TLTFVVSGVAGLPGEPVHPHAAGLAGLASAIAAEYPQWRVTCVDAGPGDVTPADAIRRED     2940
2941     GTDRLVALRGDRRLVRRLEPVAGPAGVAPLRDGGVYLVVGGTGGIGFEVSRHLARTRRAR     3000
3001     LVWLGRSPEDERIRSLVAQIEALGGQAVYLRADVTDAVAVRRAVAEARQRFGPVDGAFHA     3060
3061     AVVLRDRALSAMDEAAFTEVLRPKVAGVGVLADALAGEPLDFLALFSSALSFAPAPGQAN     3120
3121     YAAASTFEDAYGLALHRRGQPVRVVNWGWWGSVGVVADPGYAARFATLGIGSIEPAEGIA     3180
3181     ALERILAGPHPQVAVLKGTRDGLAALGVHPSAPADDAVTALAAPPSTDGAAAGDTDPSLD     3240
3241     RSSAAFRTLDGLARDLLRDRLRDRQVPASGPLAAAVAAAVAAPPAGLSTAAVLARHPDLA     3300
3301     PHVALLARCVDALPGVLDGRTSPTEVLFPGGSTDLVAAVYQGQQAADFYHRLVAAQAAAA     3360
3361     LGRTDGRPGRVLEIGAGTGAGSAFVLDACPGVRYDFTDLSTAFLREAEDRFGGRHPGLRF     3420
3421     GVLDIEREPAGQGFEAGSYDVVLATNVLHATADVVRSLRHARSLLRPGGVLLLNEVTRAS     3480
3481     DFLTATFGLLPGWWRFTDARRRLPHSPLLSPAGWRAALAEVGLTGRILGMPGVPDDEQEQ     3540
3541     CVLVATAGAAPVDRVPARAARDYVRAVFAEVLKYRPDQLDDDVTFDNFGVDSLVSQHLVR     3600
3601     RFSADLGDLPATLLFEHLTIEQLADHLARERPGPLAATLGVAAVDAVPAPVHPAEPERPA     3660
3661     VPAFPAAPVTSVTSVTSASAARGDADAIAVVGLSGRYPGAPDLERFWQNLVTGTTSITEV     3720
3721     PPERWDWREHFDPRRGRPGHTYSRWAGFLTDVDRFDPGFFGILPKDAAAMDPQERLFLET     3780
3781     VWLMLEDAGALGGALPRDTGVFVGTMYGSYGRIAAAQGWPEGRYTDGHSAYWSIANRVSY     3840
3841     TLDLTGPSFAVDSACSSSLTAVHLACESLRRGECSAAVAGGVNLVLHPAHLIALSSMTML     3900
3901     SADGACKVFDERADGFVPGEGVGAVLLKPLSAALRDGDRIWGVIEGGFVNAGGRTAGYTV     3960
3961     PNPTAQADLVVRALAAAGVTPGDVGYLEAHGTGTALGDPIEIAGLGRALGNALPDGRRIP     4020
4021     VGSVKANIGHLEGAAGIAGLTKVLLQLAHGTIAPCANLSTVNSRIDLSGSFLLPTSAQPW     4080
4081     TAPRRAGVSSFGAGGANAHLVVREHPAPPPAPVQPGPHVVVLSARTPEQLRTLTADLADL     4140
4141     AERTRPRLDQLAYSTQVGRAEFDNRLAVVVSDIDELVRRLRAGEVITGTAGTDPLFDGDG     4200
4201     GAEIAADLLRRGRLDQSAKLWVRGVPVDWAGRWPVRPGRVPLPPYPFDRQRLWLPEPTGT     4260
4261     TRPPAPPSVPEGDLTADGRTAVLPGLAVPEATAPETAAPEAAVRETVVVPEVAVPQTVVP     4320
4321     GSVVPDVAARETGVPESDPCVYLRPQWRAEPPPEGGRPPARIRVIGEGPTFGGRHDQADP     4380
4381     DVIVVHLPARAGGLADEVRESLHTVLRAAVEVLTPDPAASLRIVVGCPDERPAYTAVTAA     4440
4441     LRTLALEHSGFSGAVVRGGVTAEADLWHVSGPPEQRVDDIRWTGGVREVRRMVPFRPGPA     4500
4501     VRRTGGVYVVVGGTGAVGRHLAAHLASTRTPSAVVLVGRTAPADDAFAFVRADVTVESDV     4560
4561     RSAVAEIRRRYGRIDGVIHAAGVHDDARALTKPATAVDAVLAPKVFGLRHLVDALGTEPL     4620
4621     EFLALCSSIAGRTGNLGQVDYAYANAFLDEFAAGRPGTVSVCWPLWADGGMAVDDATRRL     4680
4681     FARRWGSAPLPTADAVRAFDRVVSGTEPVVAVQRPVDVAPEAPAGVPDPELDLDAELRAL     4740
4741     AAGFLLVEPDEVDPDIQLLDLGFDSISLTGLVNETNERFGVDLLPTVLYEHPTLAAFGAY     4800
4801     LRSVLPARPAPATVDAGLTAARPAAEAAEPSADLPADAVAVVGMAGVLPGSPDLDAFWRH     4860
4861     LAAGDDLVRAVPADRTDLLGDPATAGVRAGFLDDVRSFDADLFGIAPREAALMDPQQRLF     4920
4921     LQTAWQAVADAGYRPADLAGTDTGIFVGVSACDYDDLLRAHDVPVEAHTASGLADCILAN     4980
4981     RVSYLLDLRGPSEAVDTACSSSLVAVHRAVRALLAGECATALAGGVNVLLSPGLFVAFQS     5040
5041     SGMLSADGRCKTFDASADGYGRGEGCGVVLLKPLRAAVADGDQVIAVIRGSAVNHAGRGP     5100
5101     SLTAPNPQAQAQVVSRAYRAGGVDPASVSYIEAHGTGTRLGDPIEIEGLKKAFEGVDATI     5160
5161     AVGTVKTNIGHLEAAAGIAGLLKVLLSLRHERLPRTLHQHRRNPYLRLDGTPFTVLDHDV     5220
5221     PWTGDRVAGVSSFGFGGTNAHVVVQSPPPLPASPASGPWRLVLSASGPAALAEYRRRVAD     5280
5281     HLAESTDMARATYTLQVGREALAHRFAAVVADAAEAVAVLRGEAPPRLDAETETWLAGGD     5340
5341     VDWAATWDHRPARISVPAPPLDARPFWFDEGPARTAAPSRPAPAELSAPRVPAEPPAPVR     5400
5401     RTAADRIVLRDPSALRRNGAGRRTVADAGAVNGGPASNGAAPVGVLARPARPATHPAGAG     5460
5461     PAAAAPPAAALPAAPERPAAPERPSPVEPHAPVDQPGRAERPAAAVAQGPAPAEVAEAVR     5520
5521     DCVARVLGADRTEITADRAFADLGLDSIFRMELARLVVATFDVEITAADLYEHDTVEAVA     5580
5581     ALVAAGTQAPRPVTPAGDGVEEIVTGVLERAVEPGRTFADSGLTSFDMLRVVGALEQRYG     5640
5641     ALPKTLLFDHPTMPDLTAFLAGRSAGTGVRTETGTGPRATGRTIESGAEVDGEPVVVRKR     5700
5701     TLPGRPALRDLLADLDRRHAKEGGLAGRDIAPYAFVDSARAGYVNFSVRGDDVFAWSFVG     5760
5761     HHDHFHDLVAEWIAWARRHGLRPNFLSLAHLTEVAGEPVTATPFGAVQRLTDLASFTVRG     5820
5821     GRMQRLRSLLHRFERAGDCRIEEYRAGASPETDRQIVGLIDSWGRRKQMVNPYVGVVREE     5880
5881     IGGGTLDPRHRVFLTRVDDVLVNAVIVTRIPSERGYLLDLEFYADEMPAGGLEWAIVRII     5940
5941     ELTAAEGCTSFSFGASFGVAITDSPNADPAVADALAELHSVGVFGPGNFQFKNKFRPENT     6000
6001     PIYLCQPATGDRTSVTDIILMIANPDLVDGAPAGPAPSSDAAATPPRATAPPESALPSVA     6060
6061     AVPPADAGPPPDPALRPGRADLLAAHGYNALALPTELVPFDLLTDSWAERADGFVAARTR     6120
6121     LLAERPAPPELTAHDWLPMPEVVPTRSGRTAEELLCRCHPGPRGVVLHAAAFPTWLSTLA     6180
6181     DLGYEPVAVGIGRLDPETIEAFAAELTRRAPGSVSFVVVEAASNAAGGVPVEPAALRELR     6240
6241     RVTAAHGVPLVLDASRVVDNAVQLAGPGGDPWTGVRDMLAVADTATLSLSKDFGVTAGGL     6300
6301     VATRDPELAARLREHVARRGAEVDRATRMTLRAALADRDGVTELVRRRVAAVAVLRDGLR     6360
6361     AAGLPVVDVDGAHCVLLDLARMPGLAGQEHPTMSGLAWLYTGAGVRGGPHLAVGGPLAGT     6420
6421     VRLAVPVGFGPDDAEAVVAAVAALAAAPGEVPELVTGGIRTAGEAARAVYQPADRVPEDV     6480
6481     RQALRDQAPADDNGTVLREHQPAVRRRVVPVAGAQVEVFTAGDGPPLLLAHPFNIGAGVF     6540
6541     ARQFEALAGRYRVISVHHPGVGASTASADLTLDGIAALQLRVLREIGVDGPVHVAGASFG     6600
6601     GLVALTFALNHPEDTASLILLGSSYKIGNRVGEINRLAVVAAQDLDRTIEGSGADRLRHE     6660
6661     RAAVEALLLRCESMDPQTGLRYLDVFAARPDLRDRLGELDLPALVVQGRHDTVIPSETAR     6720
6721     LLHQGIRGARYEEIADAGHFPYLTSPQECNRILTDFLRGAGGEGS                    6765