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 MER0053845
>MER0053845 - picornain-like serine peptidase (Breda-1 torovirus) [S65.001] peptidase unit: 3278-3430 ( active site residue(s): 3304,3347,3416 ) (Equine torovirus) (Source: UniProt P18458)
1 MSTSSSILDIPSKMFRILKNNTRETEQHLSSSTLDLISKSQLLAQCFDTQEIMASLSKTV 60
61 RSILESQNLEHKSTLTPYNSSQSLQLLVMNTSCTQFKWTTGSTSSVKALLEKELCRGLVP 120
121 LNDITPKSNYVELSLLTPSILIGNETSTTTTLPEIPLDMEQSIISCVENTLLKEVQALSG 180
181 QESCQEYFLSANYQSLIPPQVLLNLMKMSSVVDLSPLTLPNTRLWLKLSPFHGGTSVSYA 240
241 TQIKGYANCARREEKCLKNRLTKKQKNQEKGSFDARSVITLGGKMYRYKVVVLRCEDQSD 300
301 NLSELQFEPQVEYTMDMVPHCWKELVKKRLIRAKGTWDLSCVEDLDLDHVEVRGDSLLHR 360
361 SSVVHDLTSIVDDTLQEKLFSRTWLRQSLKYSGNILQRLSSLFATEGLKKITLVNSDITP 420
421 VQVGDKWLNFVDFGKSTVFFVKTLNNIHLAMTRQRESCNYIHEKFGRVRWLGAKPEQGAI 480
481 VKVFAWCLNKKEFKFRDNQLKQYVCRQGVIKHEPCEYLNVEVLDEFVALNNDLNCVQKIK 540
541 TYLAAYFGLKKVKLTQKNFMTPLITKKQELVFQPCNCPNHQFYVAQFDKHVTLGLGRKDG 600
601 ILFAEQVPSYAIILAVGFGTVETQLVTHYYSEMRRVYHPLDFQSNTFVFDHQGVMLEDIS 660
661 PADYNDVGEEDYQLEYSGGFDQPFQNYHSDDEDQAFPDFEDERHPDEENWARPIISSGES 720
721 SVVSSRPSSPLVYSSLVPVASPFGYMNGIRVFDICLADDLDFLQIHGQCPCARCKGLYFY 780
781 QPIRPRGFTIFENVVEFFSFVEKCEVFEEIGPFFKMIEYSMLYNEYNIFYGLGKKIYQSD 840
841 LVLPVKHLDQLWKRAQLDIDVVSEFENFKNSLQNINNVVYIAPYFNDQGEWNDIFDGYEF 900
901 NLNDNQFWFQAKPVYDLVCYIYQGFFSDSRPLEKLYQKLCLDYHTSAMLHTQTHLKYCYV 960
961 ALLHSERAFQMSINLDSLDNEQLHFLATMGMGDASLVGPTYLSEYHSNFNWYSIMSKACH 1020
1021 YVKLEQLVGLTYQEKRLMILSRVQEFYEQQHRGPIQLILSPLKVVNLPPITCTEGYCYQP 1080
1081 VTRLFDTCVMPDIMKKLSRKRTSVSDVFGILADYFKRTLSYRCFKVHEFCGIERQQEFSD 1140
1141 MTTLKLVTDWCQDTYYFYNEYATMTDVEPKVQVSSDYYLKIPSEVVEHIRQFLPHNVNVG 1200
1201 LMNYVSSNCDFDQCKFEFCLSGKGYVLGNMFFNRCAIQYVKTNLFIVLFKSRPLLYITQE 1260
1261 SIYLSDFNVLQAQCLTGEFCLDFEPVQGKTLFGVYFTNGQRYGQQWETLPRFSLKPLNSP 1320
1321 RKRVPTQPFEELAEVCIFKQKLKLTQLHNDCSVTPRVCSIPQTITATFQPYYCLENFYGV 1380
1381 KAPKVIVSGHLATHYVKLTHKISKCVLVTKLAVARAFYFTPTSMGSHYHLDPMEGISFGK 1440
1441 RATVQFEPVGLIKDVNLLVYQFGSHVSIQFFPEAPCIVADGHYPSKYSGVWLGYLPSVEE 1500
1501 CKIAQVNHRVYVPTILRTSKSAPFHIIQNGDMGRGPITVTYHYAKNFDNKSLTPMFKMFQ 1560
1561 QVFEKSKDDIFKAFNTMSLEQKKVLSHFCGEFDEAYTLQTMSDEISFESSAYPDVVACSL 1620
1621 AYILGYEMCLTVKVNAKNEKLDIGSQCERVFVDYDVKKNEWTLSPEEGEDSDDNLDLPFE 1680
1681 QYYEFKIGQTNVVLVQDDFKSVFEFLKSEQGVDYVVNPANSQLKHGGGIAKVISCMCGPK 1740
1741 LQAWSNNYITKNKTVPVTKAIKSPGFQLGKKVNIIHAVGPRVSDGDVFQKLDQAWRSVFD 1800
1801 LCEDQHTILTSMLSTGIFGCTVNDSFNTFLSNVARLDKSLVVFVVTNMVEQYNQAFAVIK 1860
1861 MYQQYHGLPNFGNTCWFNALYQLLKSFSEKEQCVNDLLNCFDDFYDCPTSQCVEWVCEQL 1920
1921 GVQFGQQQDAVEMLMKVFDVFKCDVRVGFDCLSRLQQVNCGFCVEVPAQAVLMFSGKDQC 1980
1981 GHWTAARKIVDKWYTFDDNHVVQKDPVWQNVVLVLRDRGIFRSADFERKPARRRRVSHRV 2040
2041 PRDTLSQDAITYIEDLRFSSGTCLSRYFVESVESFVSGDNVSEVSDEQTCVEVAIEESDG 2100
2101 HVEQICQSSVDCVGMPESFQFTFSMPLQTFVQECDQKCEDDFSQEHVECDQQFEPVEQVG 2160
2161 QGGQQDGQVDQQIKESEQVVEPSAPSGQESPQALLQQVVDEVVYQIEQVKCDQKQDQDSV 2220
2221 QCDEIEEINSRGEQTVQQQLQPILGHDLNENEGPTLSVGAGKLVRCRSLAVTESNLSTSN 2280
2281 TIFVWSEVLTHQYIGFKTDLMGLTYNIKFKLICYVLFLWFGVLCCTSHNTPFYMRLCIYL 2340
2341 VLLWLSLMIWNASQINVKTGWNELYVLKLLTSIKLPNIVKFRCELVQWFVLKCLFVSFYV 2400
2401 YDYVVKVCVSIFQMPQLRPFTWPFIKLGFVDTFLSHHILAFPEKVANQSTLPTCGDKRYY 2460
2461 VYVPSWCRASFTSLVMRARELTSTGRSKTLDNWHYQCCSKTAKPLSCFNVREFVFDQDCK 2520
2521 HEAYGFLSSLCVYLLFYSGFLTFWLPLFCYYYVLFMCTFKNLPVDITKPIKWTVLQQVVN 2580
2581 DVLSLVTKPLFGRPVCPPLTTYLTSTTADEAVKVSRSLLGRFCTPLGFQQPVMNVENGVT 2640
2641 VSNFGFFNPLMWPLFVVVLLDNRFIWFFNVLSYVMMPVFVIILFYFYLKKICGCINFKGL 2700
2701 SKCCTKHFNQFSKPLVAAGVHGNRTNFTYQPMQEHWCDRHSWYCPKEEHYMTPDMAVYIK 2760
2761 NYYNLACAPTADLVWCDYTKSAPTMTWSNFKYSSYKAKETVLCAPSSHADSMLMAWYALL 2820
2821 HNVRFTVNPNVVDLPPAVNTIYVSSDSEDSVQDKSQPDVKLRPKKPKGNFKKQSVAYFSR 2880
2881 EPVDIWYYTTLVIVMGVLFMFMYSCLMVGQYVVMPRDKFFGVNPTGYSYVNAPPYLHAAP 2940
2941 PVLQNSDGMILATQLKVPSITYSVYRLLSGHLYFTKLIVSDNECTPPFGAARLSNEFSCN 3000
3001 GFTYVLPAHLRFFNRYVMLIHPDQLHMLPFEVEYGSHTRVCYTTGSNSVECLPTFEIISP 3060
3061 YVFVFIVVIFTVIFLILIRLYIVMYSYFKVFTYVVFKLLFVNIIMVLFVVCLPPLVPGVV 3120
3121 FVLALWLCDSVMFLLYLAFLSLFILPWFYVLFFLFMVGGFVFWWMMRSADVVHLTTDGLT 3180
3181 FNGTFEQISKCVFPLNPLIVNRMLLDCQMSHSDLVEKSKLKTTEGKLANEMMKVFMTGET 3240
3241 SYYQPSNFSFQSVFSKATSPFTLHARPPMPMFKLYVHFTGSCVGSTSTGTGFAIDDNTIV 3300
3301 TAKHLFEYDDLKPTHVSVEIVTRSHSARSASIIWKEPDVKGWTFKGENAYIQVENLKDFY 3360
3361 IEDFKYLPFQQIEKDFYKRMEPVTIYSVKYGSEFATQAWQTVNGHFVCYNTEGGDSGAPL 3420
3421 VCNGRIVGVHQGLCDNFKTTLASDFEGKMMTEVKGHHVDPPVYYKPIIISAAYNKFVAGE 3480
3481 DSSVGDGKNYHKFENEDFACMCKELESVTFGDQLRRYCYNLPQFLEPLQYFHVPSFWQPF 3540
3541 KKQSVSNNVSWVVEHLHFIFSIYFLICDFVAYWWLDDPFSVVLPLFFIVQLLSTVFLKNV 3600
3601 LFWTTSYLITLAVTFYIHSEVAESMFLLGFLSDRVVNRMSLIIVVAIMCLFVVVRVVVNV 3660
3661 KRAIFVFVVSVVLIFVHICLGIVQFNSFVNVVLFDVYAVFTALLTPQPVVAIIMLLLFDT 3720
3721 KMLMSFAFIVIVLSFRVFKDYKFVKVLHNFCNFDFVLSQVSLFRYRHRNQGNDPTHYEAL 3780
3781 WLFLKELYYGIQDAKYEVFSPQAGSYNVKFLTDMTEQDQLEAVEQVQRRLQRFNIVQDKA 3840
3841 SPRLVLYSKTIEFIKDQIQQQRAVGANPFIITTLTSNDIGLDNVEVHNPANFKPEDLQAH 3900
3901 MWFFSKSPVFIGQVPIPTNVQTAAVLDTTYNCQDLTADEKNNVAATLQIQNAAITLSLFE 3960
3961 KCTQFLESELGEVPTLMWQAEDVADIKHLESQIENLRKVLDGMQFGTTEYKATRKQLNIC 4020
4021 QSQLDQAKAFERKLAKFLEKVDQQQAITNETAKQLSAFKNLVKQVYESYMSSLKVKVLEA 4080
4081 NDASCLLTSTDLPRKLVLMRPITGVDGIKIVEKANGCEITAFGTTFNTGHGSNLAGLAYS 4140
4141 TTQPLSAYPFIFNLEGIFKQQANIGYKTVECNMSSHNGSVLYKGKVVAVPSDDNPDFVVC 4200
4201 GKGYKLDCGINVLMIPSIVRYITLNLTDHLQKQSLKPRRRLQYRQQGVRLGGVNLGEHQA 4260
4261 FSNELISTVGYTTWVSSTVCRDNTHKHPWFVQIPVNEKDPEWFMHNTQLKDNQWVVDLKP 4320
4321 THWLVNADTGEQLFALSLTDEQALKAEAILQKWSPITQDVECWFKDLKGYYTVSGFQPLW 4380
4381 PVCPVNICNVRLDPVFKPQSIVYADDPTHFLSLPVVNKNFLAAFYDLQEGFPGKKQVAPH 4440
4441 ISLTMLKLSDEDIEKVEDILDEMVLPNSWVTITNPHMMGKHYVCDVEGLDSLHDEVVSVL 4500
4501 REHGIACDQKRLWKPHLTIGELNDVSFDKFKDFAISCKLEDCDFVKLGAPKANARYEFIT 4560
4561 TLPLGDLNC 4569
