Silkworm Genome Informatics Database

Gene

KWMTBOMO05081 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA014089

Annotation

PREDICTED:_ovarian_serine_protease_isoform_X1_[Bombyx_mori]

Location

Bomo_Chr9(-):7335691-7350369 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.237

CDS

ATGATTGAAACTATGAAAACAGAACGATCCTTCGAAAAACTTGGACTTCCACCTATGGAGTTGGCAGAATCAACAACTAATCGTCAAAATAATGAGGTTAAAAATAAATGGATACTTTTAATACAAAAACTAAAAACGACAATTTTACTTATTGCACTCGCTGCAGGGGTATATGTTTTATCGCTGAGATTGTTGGAAATTTTTGTCGGTACACGTAGCACTGAAATATTTGTAGTAACAGGAACATACGAATACCCGAACATTACATTATACGATGGCGACATGGAAATATTTTTACGATTGAAAAACAATACTTTAGAAGCAAACAAAAGGATGAAAAGACATGTCAGCGAACTAAGCGATAGCATAATAGAGCCTGTAGAAGAGTTCGTTTTAACCGATGAAGACTTACAGAATGCAAGAGAAATAATAGTAAAACATGATTTACTATGTAAACATGGTGACAATGATGAAACTTGTATAAAAATAACTAACCGCTTAAAAGAAATGGTTTTGAAGCCGAAGCTTAATAAAGATCAAAGCAACGAAATTCCTGTCATTCCTAAAATAAAAATTAATAGTTTGCATAGCTTAGAAGCCGATCGTGATTTAAATTCTAACAATCATGCTATTCGTAATTCTGAGGCAGTAAAAAAACGTGAAATACATTCCGTAGCAAAAACACAAAATATATTGGAATCTGTTCCTCGCACACAACTAGCATTTGCAGCTCAACCTTCAGAGAATCATATCACTGATCCATGTCTAGAGCGTCTCTTGAAGCAATATACTCAAGCACGTAACAATTATGAATTGCCTCATTCTGAATACGCACCACCTCAGTATGAGAACCCAACACTCAACAACCTACACCCAAGATACTACGATCCGGTCTCGCACCCAGCATTTCTCCAAGGTCGCGAGGTTGAAGCTAGGAAAAGCAAACTTCATCCACAAGACGTTGATATATTCATGAGCCTACTAACTCCCAAGCCCGAAGCTATTTCCACCAAAAAAATTGATGCAGAAGCACGAACTACACTTTGCTCTGATGGATCAAAACCATGTGATAATGGTGAAGGATGTATAACTGAAAAACAATGGTGTGATGGGAATGTTGATTGTTCTGATGTAAGCGACGAAGCTAAGTGTGACTGTAAATCTAGAGTAGACAAATCGAGGCTTTGTGATGGATACTTTGACTGTCCATTTGGAGAAGACGAAATGGGGTGTTTTGGGTGCAGTGAGACTACTTTCAGTTGTTTGGACGTGGATATGAATTCACAGAGTACTTGTTTCACGAAAGAGCAAAGATGCGATAATATCGAGCATTGTCCGAATCATAGAGATGAACTTGAATGTAATATGTTAGCTCCAAGCCTTTTAAAAAAGCCTCTATTTGCAGTGTCAAATACAGAAGGGTTTTTGCATAGAAATCTTAAAGGAGATTGGTACGCCGTATGCCATAATCCATATATGTGGGCGCATGACACTTGCCGTCGAGAAACTGGACTTATAATAAGACCACCTTTTATACAAATAGTCCCTGTTGATCCGATGTCGAAAGTCAGTTACTTGAGCACGGGTCCAGGTGGTATATTACAAACAAGTGAGACTTGCTTCAACTCTTCCGCCGTTTACGTCACCTGCCCAGATCTGCTATGTGGCACTCGAGTCCCAAGCACGTCACAGCTACTGAGAGAAAACGCTGCTATGGAAAATAGACTTTTTGGAAGAAATAAAAGATTCCTTATAGATGGCCATCCATATCCATTTATGTTTTTCGGCAACCGACAAAAACGATCATTAGTATATCATAACTACGACCTATTAAATTACTGGAGAAATCGCAATGAGTTAAATCGACCTTGGTATATTAGAAATATGCGATCGGAAAGCCGAGTGGTTGGTGGAAAACCAAGTCAACCCACGGCTTGGCCATGGACGGTAGCCATATACAGAAACGGCATGTTTCATTGTGGTGGAGTTATTATCACTCAAAACTGGGTTATATCTGCTGCGCATTGCGTACATAAATTTTGGGATCACTACTATGAAGTTCAAGCAGGTATGCTTCGGCGTTTCTCGTTTTCACCGCAAGAACAAAACCATCAAGTAACACATGTGATTGTAAACCAGCATTACAAACAAGACGATATGAAAAATGACTTGTCTCTACTAAGGGTCGAGCCAATTATTCAGTTCAGTCGATGGGTTCGTCCAATATGCTTACCGGGACCTGATACTGCTGGTCCTGATTGGTTATGGGGCCCATCACCCGGTACTATCTGCACTGCTGTAGGCTGGGGAGCTACAGTTGAACATGGACCAGATCCTGATCATCTTCGCGAAGTGGAAGTACCAATATGGGACAAGTGTAAGCATGAAGAGGATAGAGCCGGTAAAGAAATTTGCGCTGGACCTTCAGAAGGTGGAAAAGATGCATGCCAAGGCGACAGTGGGGGACCATTATTATGTCGAAACCCTACGAATTCTCATCAGTGGTATTTAGCCGGAATTGTGAGTCATGGGGATGGTTGCGCTCGTAAAGGTGAACCCGGGGTTTATACAAGAGTTAGTCTTTTTGTAAAGTGGATTAAGCATCATATAGCCTCGAATTCCTTACCAATAGTCAAGCCTTTACAAGAATGTCCTGGATTCAAATGTAAATCTGGAATTTCAAAGTGCATATTTAATAAAAGAAAATGTGACCAAATTATCGATTGTCTCGGAGGAGAAGATGAAATTGATTGCAATTTTGTAAAATCTACTACAACCTTAAGCGATAACGAGTTTCTTTCTGAAATGTTTAGAAGCAATGAAAGAAGTGACCGAATTGAAATAAATCGCATAACAAAAGGCGCTAATATTGAAAATAACACTTTAAAAATTATCCCAAATACCGAGGCCAGTACAGAAGAAGCGACATCAACTTCTGTTGCAGTAAATCGTTATGATGACAAAACCACTATGGAAAATAACTTTAAACATGCGTCAACACTCGAACTTCCATTTTCTTCAAGTTCTGATGAATCCCATTCTGAATCACATGAAAAATCTATAGGTTTACCTTCAATGGAAGGAACCCTATCAATTTCAGAAGAAAAAACAACAGCAAGCACTACAACAACTTTCGAAGAAATTTTCAGTAGTACAATTTTATCTACAACTGAGGAATATCGCGGAGACACAGCAATTGTCAATGAATCACTAGAATCAGATTCTACAGATTTCCAAAATGCAACAATGGATATGGAAAGCAGTGCTAATGATTTTTTTAAAAACCTTAATATACTTAATGCAAGTAATGTGGAAAATACAACAAATACTAGACCAACAGACGAAACTACTATAACAGATTCAACGACAAATATTCCAACAGAAAGTCAGTTTTCTCAGTTTACTTTGTCGACGGCTGTTACCATCGACGAATACATAAGCATGAATGCAAATGAAATTGAAAAACTTCACTTGTTAAATTTAATTACCAATATATCCAATACAAATTCAAATAATACTGATTTTAGAAATAAATCTGAAGGTTTATATATCGAACTACTTCCAAAATCTAATATAAGCATTATACAAAATACCGATGAGGATGTTAAAGAAACAACTGTAATCGAACAGCATATTACGAGCTCTACTGACAAAGGGCCTCTAAAAACTCTGATCGATATCGAATCAAAGCATGATATCATAAAAAAAATCGAAAAAATAGTTTTCTCTCAAAAAATGCCAGCAAAAATAAGAAGAAGGCACCGTATTCCCAAGGACTTCGAATGTGGAAAGATTCACCAAGTCATTTCGTACAATCTAAGATGCGACAATAAAGCGGACTGTGAAGATGGAACTGATGAACTTGGATGCACATGTATTGATTATCTATCGACTATAAATGAGAAATTTCTTTGTGATGGCAGTTTTCATTGCGCCGATGGACAAGATGAACTTGATTGCTTCAGCTGCCCTGAAGACCATTTTCTGTGTAAAAGAAGTAAATTGTGCATACCACTGAGTAATGTATGCGATGGAGTACCTGAATGTCCTCAAAATGACGACGAGTCGGACTGCTTTGCTTTAACGAATGGCAAAGAACTCCAATACGAAATCGATGATAGACCGCAAATCAATCTAGAAGGATTTGTGACGAAGAAACATTTGAATCAGTGGCATGTTGTTTGCGAGGATAAACTGACTATTGAGCAAATAGAACAAGAAGCTAATCATATTTGCCATTACTTGGGATTCAGTTCAGCAAGAACATATTCTGTGAAGTATATTAACATTAAAGAAGATGACGTTTTATTGATTGATAAAAGAACGAAAAGACAAATAGTTACTACAGTCCCTGTGCATTTTGCTTATAAAAATATTAGCGATGGTGTTAATGCGACTGAACATGTACTCATTCAAGAACCACAATTACTCAAAGAACAATGTGTCCCAAATGTAACGAAAACATGCAAATCTTTGTATGTTTTCTGTGATAGAACATTATATACTGATTTTGATGAGACACCACTTTTCTTGCGTGAAACAGAAGTTGTACAAACATTTAAGTGGCCTTGGATTGCGAAAGTATATGTAGAGGGAAATTATAGATGTACTGGCGTTTTAGTTGACTTGTCATGGGTGTTAGTCAGCCACGCGTGTCTCTGGGATACGTCACTTCACAGCTATATTTCTGTGGTTCTTGGATCACATAAAACTTTGAAGTCTGTAAAGGGACCATATGAACAAATCTACAAAGTCGACGCTAGGAAAGATTTATACAGAAGTAAAATTTCGTTGTTGCATTTAAAAAGTCCCGCAACTTATTCAAATATGGTAAAACCGATGATTGTAGCATCCACCCGCAATCATTTGGAGAAAAATAATAAATGTGTTACTGTGGGGCAATTCGATAACAACGAAACTATTAGTATTTTCCTGGAGGAAACTAATGAAAACTGCAGCTCTCATAACATATGTTTCAAACGCAAATCAATTGGAAATACTGCTGGAATGACATCTAATCATGAATGGGCTGGAATTATAAGCTGTCATACTGAACAAGGCTGGGTGCCAGTTGCATCTTTTGTAGATGGTAGAGGAGAGTGCGGCATAGGCGATCATATACTTGCTACTGATATAGACAACCTGAAAAACGAAATGAAACATTACTCGAGTAAGAAAATATTTTCGGACTCAATGGAGCAGGTAGACGTAGATACTTGTGAAGGGACAAGGTGTGGTCGGGGCTCGTGTATTGGCTTGGAGCGAATATGTGACGGTGTAAGACAGTGTGAAGATGGAAACGACGAATCCGAAGAATCCTGTCATAAAAAAGAACACATCTGTAACGGCGATCCGTTCCATTCGGGATGTGGGTGTTCATCGGGTCAAATGAAATGCCGTAACGGTAAATGCTTGTCTAAAGAGTTATTCAGAGATGGTCATGATGACTGTGGGGATGGAACAGATGAGCCTGGTCACACCACGTGCTCGGATTATTTGGCAAGAGTTATGCCTTCGAGACTTTGTGATGGAATCTTACACTGCCATGACAGAAGTGATGAAGATCCGAGCTTCTGTAAATGCTTTGCTAAAAAGGCATACAGATGTAACAGAAAATCGCGTCAATCAGAACAGTGTGTAGCTCCTGATATGTTGTGTGATGGTGTAAGAGATTGTCCAAATGGAGAAGACGAACAAACTTGTATAGGTCTCAGCGCACCAGAGGGAACTCCCTACGGAACTGGACAAGTAATTGTTCGGTCACACGGCGCATGGCATTCTAAGTGCTATCCCACGCAAAACCACACTAAATCAGAGTTAGAAGCCATTTGCAGAGAACTTGGTTTTATAAGCGGCCACGCGAAGGAAATCAAAGGGATGAAAATCCTCCACCCACACAATAGCCTACTTTTAGATCCTTTCAGAGAAGTCGTTTTGAACAACAACACTGTTATTAGAATGAGAAACACGCACGAGCCACTGGCAAAACCCATTTTTAACAAAGACATAATTAATTGTTACCCAGTTTTTATAGAATGTTATTAA

Protein

MIETMKTERSFEKLGLPPMELAESTTNRQNNEVKNKWILLIQKLKTTILLIALAAGVYVLSLRLLEIFVGTRSTEIFVVTGTYEYPNITLYDGDMEIFLRLKNNTLEANKRMKRHVSELSDSIIEPVEEFVLTDEDLQNAREIIVKHDLLCKHGDNDETCIKITNRLKEMVLKPKLNKDQSNEIPVIPKIKINSLHSLEADRDLNSNNHAIRNSEAVKKREIHSVAKTQNILESVPRTQLAFAAQPSENHITDPCLERLLKQYTQARNNYELPHSEYAPPQYENPTLNNLHPRYYDPVSHPAFLQGREVEARKSKLHPQDVDIFMSLLTPKPEAISTKKIDAEARTTLCSDGSKPCDNGEGCITEKQWCDGNVDCSDVSDEAKCDCKSRVDKSRLCDGYFDCPFGEDEMGCFGCSETTFSCLDVDMNSQSTCFTKEQRCDNIEHCPNHRDELECNMLAPSLLKKPLFAVSNTEGFLHRNLKGDWYAVCHNPYMWAHDTCRRETGLIIRPPFIQIVPVDPMSKVSYLSTGPGGILQTSETCFNSSAVYVTCPDLLCGTRVPSTSQLLRENAAMENRLFGRNKRFLIDGHPYPFMFFGNRQKRSLVYHNYDLLNYWRNRNELNRPWYIRNMRSESRVVGGKPSQPTAWPWTVAIYRNGMFHCGGVIITQNWVISAAHCVHKFWDHYYEVQAGMLRRFSFSPQEQNHQVTHVIVNQHYKQDDMKNDLSLLRVEPIIQFSRWVRPICLPGPDTAGPDWLWGPSPGTICTAVGWGATVEHGPDPDHLREVEVPIWDKCKHEEDRAGKEICAGPSEGGKDACQGDSGGPLLCRNPTNSHQWYLAGIVSHGDGCARKGEPGVYTRVSLFVKWIKHHIASNSLPIVKPLQECPGFKCKSGISKCIFNKRKCDQIIDCLGGEDEIDCNFVKSTTTLSDNEFLSEMFRSNERSDRIEINRITKGANIENNTLKIIPNTEASTEEATSTSVAVNRYDDKTTMENNFKHASTLELPFSSSSDESHSESHEKSIGLPSMEGTLSISEEKTTASTTTTFEEIFSSTILSTTEEYRGDTAIVNESLESDSTDFQNATMDMESSANDFFKNLNILNASNVENTTNTRPTDETTITDSTTNIPTESQFSQFTLSTAVTIDEYISMNANEIEKLHLLNLITNISNTNSNNTDFRNKSEGLYIELLPKSNISIIQNTDEDVKETTVIEQHITSSTDKGPLKTLIDIESKHDIIKKIEKIVFSQKMPAKIRRRHRIPKDFECGKIHQVISYNLRCDNKADCEDGTDELGCTCIDYLSTINEKFLCDGSFHCADGQDELDCFSCPEDHFLCKRSKLCIPLSNVCDGVPECPQNDDESDCFALTNGKELQYEIDDRPQINLEGFVTKKHLNQWHVVCEDKLTIEQIEQEANHICHYLGFSSARTYSVKYINIKEDDVLLIDKRTKRQIVTTVPVHFAYKNISDGVNATEHVLIQEPQLLKEQCVPNVTKTCKSLYVFCDRTLYTDFDETPLFLRETEVVQTFKWPWIAKVYVEGNYRCTGVLVDLSWVLVSHACLWDTSLHSYISVVLGSHKTLKSVKGPYEQIYKVDARKDLYRSKISLLHLKSPATYSNMVKPMIVASTRNHLEKNNKCVTVGQFDNNETISIFLEETNENCSSHNICFKRKSIGNTAGMTSNHEWAGIISCHTEQGWVPVASFVDGRGECGIGDHILATDIDNLKNEMKHYSSKKIFSDSMEQVDVDTCEGTRCGRGSCIGLERICDGVRQCEDGNDESEESCHKKEHICNGDPFHSGCGCSSGQMKCRNGKCLSKELFRDGHDDCGDGTDEPGHTTCSDYLARVMPSRLCDGILHCHDRSDEDPSFCKCFAKKAYRCNRKSRQSEQCVAPDMLCDGVRDCPNGEDEQTCIGLSAPEGTPYGTGQVIVRSHGAWHSKCYPTQNHTKSELEAICRELGFISGHAKEIKGMKILHPHNSLLLDPFREVVLNNNTVIRMRNTHEPLAKPIFNKDIINCYPVFIECY

Uniprot

Q8WSJ2 H9JX24

Pubmed

19121390

EMBL

AF294884 AAL62027.1 BABH01041976 BABH01041977

Proteomes

UP000005204

PRIDE

Q8WSJ2 H9JX24

Pfam

PF00089   Trypsin        + More
PF09342   DUF1986
PF00057   Ldl_recept_a

Interpro

IPR033116   TRYPSIN_SER        + More
IPR023415   LDLR_class-A_CS
IPR034381   Nudel
IPR015420   Peptidase_S1A_nudel
IPR018114   TRYPSIN_HIS
IPR001190   SRCR
IPR001254   Trypsin_dom
IPR036772   SRCR-like_dom_sf
IPR009003   Peptidase_S1_PA
IPR036055   LDL_receptor-like_sf
IPR002172   LDrepeatLR_classA_rpt

SUPFAM

SSF57424   SSF57424        + More
SSF56487   SSF56487
SSF50494   SSF50494

Gene 3D

4.10.400.10

CDD

cd00190 Tryp_SPc
cd00112 LDLa

ProteinModelPortal

Q8WSJ2 H9JX24

PDB

3W94 E-value=1.30582e-42, Score=442

KEGG

692672 no KO assigned | (RefSeq) Osp; ovarian serine protease

GO

GO:0007313 GO:0004252 GO:0007306 GO:0016021 GO:0005044 GO:0016020 GO:0005515 GO:0006508 GO:0046034 GO:0016616 GO:0046168 GO:0016491 GO:0003824

PANTHER

PTHR24258:SF133

Length:

2014

Number of predicted TMHs:

1

Exp number of AAs in TMHs:

22.03099

Exp number, first 60 AAs:

19.17444

Total prob of N-in:

0.98560

POSSIBLE N-term signal

sequence

inside

1 - 36

TMhelix

37 - 59

outside

60 - 2014

Pi

276.552646

Theta

220.018322

Tajima's D

0.808007

CLR

0.514493

CSRT

0.606619669016549

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics