Silkworm Genome Informatics Database

Gene

KWMTBOMO15333 Validated by peptides from experiments

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_uncharacterized_protein_LOC101741510_[Bombyx_mori]

Location

Bomo_Chr25(-):9418886-9436115 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.853

CDS

ATGAGACCTCTAGATTCACAAGAGCAGGGTGTGGTTGTCCTGAATGAAATTCACTGTCAGGAGCTACCTGATCAACAGGGAGTTAGTGTTCAGCAAGAGACCACAGAAATAACTGAACAGAATCCCATACATTTCGATAATGAAAATGAATTTAATACAGTTTCGCCAACTGAACAGTTAATCGCGGCACCAAGGAAAGATGGCTTCAGTCCTTGCATAGGATGTTCCACACGTGTCGATGTAGACGCAGCAGGTGTTCAAGAACTGGCTTCGTTAGCAGTTCATCATCTTGATAGACACGACGATACTGCAAAATATAGTCTAATCTCTGTCGTCGATGTAGAAAGACAAGTACAGGTGGTTAACGGTGTAAGATATATTTTAACACTCTTAGTAAATAACAATACATGCACTGAAAATCAATCGGAAGATTGCCAAGTGGTTACACCATGTCGGATTTCTATACTCGAGAAACCATGGCTTAGATTACCTAGTGGTGTTAAATACAGATCTATTTTATCGAACAATTGCACTGATCAATGGTTATTTGGTGACAATGGTGATATACTGGATGAGAATTTTGGACAAAATAATGAGATTATTAATACTGACAAAAAAGATGAGGCTGGGGATGACATTATCAAACCAGTGCACGCAAACGATGTTCAAACACAACAAAACCAAGAAAAATCCCTAACTGTTGATCAAATTAAGGGCTTAGAAGAACAAATTATACCTCACGATGAATATACAGTTGTCAGTAGTACAGAGCAAGTATTGATTACTACAAGAGCCGATGGCTTGACTGAAGAGGTTGTTTTTAAAGATAAGTCCACCCAAGGTCAACAAAATGTGATTCGCCAATTTGATCAGAAAGAACAAACCGGTTTGACAAATGATAAAAAGAAAGCAATTGATGATCTCATAAATTTTTTCGAGTTTGCTGGGTTTAATTTGAATCGTGACGAAGAAGTCTATTCGAGGTCAAGAAGAAGTTTCGATGACGAGCTAGACGTATTTTCTGTAGCTCAAAAATATCGCAAATTAAAAGAAAGTCTACAAAATGGTATGGAATTGTACAATTCTGCCCAAGCAATGATAGATTACTTAAACGAAATTGATTTGGAAATAAAAAATAGAGTTTTACAAGAGATCATTCAAGCTGAAGAAGAGGATGTAAATTTTCAACGCTTTTTATATATTCAAGCTCGAGTGATTATCCCCTGCGATAAAAATAATTGTGAGTTGAGAGATAACAAATTCAAAGTTTGCAATGGTATTCTTGACAGTACGGATTCGAAAAATCCTCATGTACTGACAGCTTTTTGTTACAAAGAACCCGATAGCAGCATATTTAATACAATAAGAACTGTTCCGCCTAACGACCCAATATTACAAATGATGGTAAGAGTTTCGTTAAAGAAAATTGAAAAAGAATCTAATGAAAAAAATGCAATGAAAGTATCCAAAATAATTGATGCAAATGTGCAAAAAACTTCGGGAATATTAACAAAATTTTTAGTGGTCCTGGATCGTTTAAACTGTAGCCAAAATACGCCCATATCATTAAGACAGAACTGCACAACAGTGGAGGATCTCGGATCCAAAGTGTGCGACGTTGTTGTATTCGAAAAGCTTTGGTTGAAAGATAAGGATGTCTCTTTCACATGCTTGGAAAGGCCTGTCGAAAGCTCATTCACACGTTCGAATATTAGAAAAACTTTTGAAATTGATGATTATAAAGTTTCTGAAATGCTGCAAGAGAGTTTAATGTACTTAGATGTTAAATCTAATAGAAATAACAAACAAAAGATAGTGGATGTGAATTCTGTATCAACTCAAATCAATGCAGGATTATTAACAGAAATAATATTTACAGTGGCTTATACTTCTTGCAGAAATGATGTAAAAGTTGACATAAACACTTGTAATGTTTTAGAAGATGAACCGTTAAGAAACTGTAAGGCACAAATATGGGATCGAACTTGGATAGAAGACGGAACACAAATAAAAGTATCATGTGACGATACTCCTTCCGTAAATGAGAGTACCGATTTACGTACCAATAACTCCTTAGATTTTGTCGGTGGTCTACAGTTGCAAGATGCACACGATCAAAAGTATAAGTTGTTGGCAGAGGAATCACTGAGACAGTTCTTGCAAAAAAATGGAACTACAAAGCCCCACACTGTAGTACGTCTAAATAAAGTGACCACTCAAGTTGTTTCTGGAACTTTAATACGACTTGACTTCGTGGCTGCTCCGACAGGCGAGGAGTCTCGTTATCAATGCCATTCTGAAATTTGGGAACGACCATGGCTGAAGAAAACAGACATAGAGGTGAATTGTAAACAAAGTAACGAAAGATCTAAAAGAAACGTATTAGGCGGAATAAAAGAGTCTGATCTAACAGACCCTCACTATAAGGAACTGGCTCAGCAATCATTGAATCAGTTCTTGAAAGAAAGTGGCAATACAAAGCCCCACATTGTAGTACGTCTAAATAAAGTTACCACTCAAGTTGTTTCTGGAACTTTGACACGACTTGACTTCGTGGCTGCTCCAACAGGCGAGGAGTCTTATTATCAATGCCATTCTAAAATTTGGGAACAACCATGGCTGAAGAAAACAAGCATAGAGGTGGATTGTAAACAAAGTAACGAAAGATCGAAAAGAAACGTACCAGGTGGAATGACAGAGTCTGACGTAACCAAACCTCACTATAAGAAACTGGCTCAGCAATCATTGAATCAGTTCTTGAAAGAAAGTGGCAATACAAAGCCCCACATTGTAGTACGTCTAAATAAAGTTACCACTCAAGTTGTTTCTGGAACTGTAACACAACTTGACTTCGTGGCTGCTCCAACAGGCGAGGAGTCTCATTATCAATGCCATTCAAAAATTTGGGAACAACCATGGCTGAAGAAAACAAGCATAGAGGTGGATTGTAAACAAAGTAATGAAAGATCGAAAAGAAACGTACCAGTTGGAATAACAGATTCTGATCTGAATTACACTAAATTTCATATTAACAAGTTCACAAGTAAGAAGCGACTGAATTTGCGAAAGTCATTAATAGGTGGTAAACATGAAGAAGACCCTTCTGATAAGGAATTCAAAGTTTTAGCACAAGAATCATTGCATGAATATGCACGTTTAGAAAAAAATGATTTTATCCATAAAGTTATAGATGTTAATCGTGTATCTACTCAAACGGTGTCAGGAAAAATTTATAACATTCATTTTAGCGCTGTACCGACTTCGTGTTCAACAGCAGTTCAGGATCCTAGTTTTTGCGAGCAGAAAGACGGAAGTAGCATTCTTCAGTGTCATGCTAGAATATGGAGTCGACCTTGGTTAGGAAAAAAAACAACCACAATTACCTGTAACCAACGTACCGAAGCAAAGAAGAAAGTGAAAAGACAAACATTGGACGATGGTGATTACATAGATGAAGAATTACGAAATTATTATGCCGAACGTGCAAATCAATATTTAAATCAAGTATCAGACACAAATAATCTATACAAACTGATAACTGTACACGCAATAAAGTATGGCAAACAGATGGGTAGAAATATAGTTCAAATGTATATTGAAGTTGCACCAACTTTCTGTTTGCGTCACGCCGACGAGAATGAACTCGGAGGCTGCGAAGAAATTGAGGCGCTGGATCACAAGTTATGCTATGGAAGACTTTGGCCTTCGCCTGATGATGAATTAGTCGTTCAGTCGGTTTCTGTGATCTGTGACGATGACAACGAATTCGAAACTGTCTCGGGGATATCTATACGAAGATTAATTAAAAGCTCTATTAAAGAACTCGAAAAGAATCCAGACCAAAAATATAAGTTAATCCATTTAGGAACACCTTATCTAGTTCCCAGTCTTGACTCAGATGTACCTATTAAACTTTCATTTCTGATTGGATCAACGAACTGCACTAAGGAGGTAGATATTGAAAACAGTCCTCTTCAATGCTTCTTGGACGGTAGCAAATCATCGAAACCGTGCACTTCTTTTGTATGGTTCGTTCCAAATACAAAAGATATCTATCAAATCAATGTCCAGTGCGTAGAACCGGCAACGCGCCAAAAAAGATCGGTGTCCTTAAACTCGGCAAATGTTTCCGCGAATGATTTAGAAATTCGGGAATTAGTAAAACAATCCTTGGATAAACTGGAAATGGCATCCGTTCATAGGTATAAACAAAGGGTAATTCAAATAAATTCATTTTCGACTAAGATAACAACAGGAAAAGTGACTACTATAGACTTCGATGTCGGTTACACGTCGTGTCTAAAGTATGAGTGGGTCGATGACGTCATGACTTGTCAGTTTTTGGAACACCTACCCAGGAGACATTGCGTTTCTAAAGTATTCGAAAGGTTATGGGCTGCGAACGGAAAGAATATCGACGTTAGTTGCGAAGACGATGAAACACCATTAGAAGCGCATGTTGAATTCGAAAGTGCAGAAATGGCGTTGCAGCTAGCTAATGAAGCACTAAAACACATCGAGGCCCGATACCCGAATCCGAGGAAACAAAAGATTTTAAGAATATTCACGCTAGAAAAACAAGTGGTCGCCGGTATACATTACAGAATGAAAGTTGAAGTCGGCCTGACGAATTGTACAGCTTTGACGAATCGATCGGATTGTAAACATATTAGTGACGAGAGCTTGAATAAATTTTGCCGCGTGAACGTTTGGATGCGACCCTGGACAAATCATCCACCTAACTTCAGAGTGACATGCGATTATCAAGAAAGCGCAACAATTGATCTGTACCACCACATACAAGCTGAACATTTGTTTTATGATTTTTTGGCGACACACAAACCGAATTACATAGACGATGCCGCCGAAATGCGTAGGAGATTCGAAATTTTTAAGGGCAACGTAAGAAAAATTCACGAATTGAATACACACGAACGCGGTACCGCCGTATATGGAATAACGCAATTCGCCGATTTGTCCTATGAAGAGTTTGGAAAGAAATATCTTGGCTTGAAACCTAGTTTGCGAGATACCAATCAGATTCCAATGAGGCAGGCAGAAATCCCGAAGATTGAAATCCCCGATAAATTCGATTGGCGCGATTATGACGCAGTCACCGATGTTAAAGACCAGGGTATGTGCGGAAGCTGCTGGGCCTTTAGCGTTACTGGTAATGTCGAGGGTCAATATAAGTTGAAGACTGGACAGCTGCTGTCACTCTCTGAGCAAGAGCTGGTGGACTGTGATAAACTTGACGAAGGATGTAACGGGGGTCTACCTGATAATGCGTACAGAGCGATAGAACAATTAGGCGGCTTAGAACTAGAGACGGACTATCCATACGAAGGCGAAGACGACAAGTGCGTGTTCAACAAGAGCATAGCCAGAGTGCAGATCAGTGGTGCAGTTAACATAACCTCAAACGAAACGGACATGGCGAAATGGCTCGTGAACCACGGACCCATATCGATCGGCATCAACGCGAACGCCATGCAGTTCTACATGGGCGGGATATCCCATCCTTGGAAGATGCTGTGTAATCCCACGAATTTGGATCATGGTGTTTTAATCGTTGGATACGGAGCTAAAGACTACCCTCTGTTCCACAAGCACCTTCCGTATTGGACGATAAAGAATTCGTGGGGGAAGTCGTGGGGGGAACAGGGATACTATCGGGTGTACCGCGGTGACGGAACCTGCGGCGTCAATAAGATGGCCAGCAGTTCTGTCGTGTAG

Protein

MRPLDSQEQGVVVLNEIHCQELPDQQGVSVQQETTEITEQNPIHFDNENEFNTVSPTEQLIAAPRKDGFSPCIGCSTRVDVDAAGVQELASLAVHHLDRHDDTAKYSLISVVDVERQVQVVNGVRYILTLLVNNNTCTENQSEDCQVVTPCRISILEKPWLRLPSGVKYRSILSNNCTDQWLFGDNGDILDENFGQNNEIINTDKKDEAGDDIIKPVHANDVQTQQNQEKSLTVDQIKGLEEQIIPHDEYTVVSSTEQVLITTRADGLTEEVVFKDKSTQGQQNVIRQFDQKEQTGLTNDKKKAIDDLINFFEFAGFNLNRDEEVYSRSRRSFDDELDVFSVAQKYRKLKESLQNGMELYNSAQAMIDYLNEIDLEIKNRVLQEIIQAEEEDVNFQRFLYIQARVIIPCDKNNCELRDNKFKVCNGILDSTDSKNPHVLTAFCYKEPDSSIFNTIRTVPPNDPILQMMVRVSLKKIEKESNEKNAMKVSKIIDANVQKTSGILTKFLVVLDRLNCSQNTPISLRQNCTTVEDLGSKVCDVVVFEKLWLKDKDVSFTCLERPVESSFTRSNIRKTFEIDDYKVSEMLQESLMYLDVKSNRNNKQKIVDVNSVSTQINAGLLTEIIFTVAYTSCRNDVKVDINTCNVLEDEPLRNCKAQIWDRTWIEDGTQIKVSCDDTPSVNESTDLRTNNSLDFVGGLQLQDAHDQKYKLLAEESLRQFLQKNGTTKPHTVVRLNKVTTQVVSGTLIRLDFVAAPTGEESRYQCHSEIWERPWLKKTDIEVNCKQSNERSKRNVLGGIKESDLTDPHYKELAQQSLNQFLKESGNTKPHIVVRLNKVTTQVVSGTLTRLDFVAAPTGEESYYQCHSKIWEQPWLKKTSIEVDCKQSNERSKRNVPGGMTESDVTKPHYKKLAQQSLNQFLKESGNTKPHIVVRLNKVTTQVVSGTVTQLDFVAAPTGEESHYQCHSKIWEQPWLKKTSIEVDCKQSNERSKRNVPVGITDSDLNYTKFHINKFTSKKRLNLRKSLIGGKHEEDPSDKEFKVLAQESLHEYARLEKNDFIHKVIDVNRVSTQTVSGKIYNIHFSAVPTSCSTAVQDPSFCEQKDGSSILQCHARIWSRPWLGKKTTTITCNQRTEAKKKVKRQTLDDGDYIDEELRNYYAERANQYLNQVSDTNNLYKLITVHAIKYGKQMGRNIVQMYIEVAPTFCLRHADENELGGCEEIEALDHKLCYGRLWPSPDDELVVQSVSVICDDDNEFETVSGISIRRLIKSSIKELEKNPDQKYKLIHLGTPYLVPSLDSDVPIKLSFLIGSTNCTKEVDIENSPLQCFLDGSKSSKPCTSFVWFVPNTKDIYQINVQCVEPATRQKRSVSLNSANVSANDLEIRELVKQSLDKLEMASVHRYKQRVIQINSFSTKITTGKVTTIDFDVGYTSCLKYEWVDDVMTCQFLEHLPRRHCVSKVFERLWAANGKNIDVSCEDDETPLEAHVEFESAEMALQLANEALKHIEARYPNPRKQKILRIFTLEKQVVAGIHYRMKVEVGLTNCTALTNRSDCKHISDESLNKFCRVNVWMRPWTNHPPNFRVTCDYQESATIDLYHHIQAEHLFYDFLATHKPNYIDDAAEMRRRFEIFKGNVRKIHELNTHERGTAVYGITQFADLSYEEFGKKYLGLKPSLRDTNQIPMRQAEIPKIEIPDKFDWRDYDAVTDVKDQGMCGSCWAFSVTGNVEGQYKLKTGQLLSLSEQELVDCDKLDEGCNGGLPDNAYRAIEQLGGLELETDYPYEGEDDKCVFNKSIARVQISGAVNITSNETDMAKWLVNHGPISIGINANAMQFYMGGISHPWKMLCNPTNLDHGVLIVGYGAKDYPLFHKHLPYWTIKNSWGKSWGEQGYYRVYRGDGTCGVNKMASSSVV

Similarity

Belongs to the peptidase C1 family.

Uniprot

H9J6I9 C4B4C8 A0A2A4K985 A0A2W1BHH3 A0A3S2P273

Pubmed

19121390 17681235 28756777

EMBL

BABH01019797 BABH01019798 AB242821 AB524031 BAH59606.2 NWSH01000029 + More
PCG80556.1 KZ150042 PZC74549.1 RSAL01000001 RVE55241.1

Proteomes

UP000005204 UP000218220 UP000283053

PRIDE

H9J6I9

Pfam

PF00031   Cystatin        + More
PF00112   Peptidase_C1
PF08246   Inhibitor_I29

Interpro

IPR000668   Peptidase_C1A_C        + More
IPR000169   Pept_cys_AS
IPR025661   Pept_asp_AS
IPR025660   Pept_his_AS
IPR038765   Papain-like_cys_pep_sf
IPR039417   Peptidase_C1A_papain-like
IPR013201   Prot_inhib_I29
IPR000010   Cystatin_dom

SUPFAM

SSF54001 SSF54001

CDD

cd00042 CY
cd02248 Peptidase_C1A

ProteinModelPortal

H9J6I9 C4B4C8 A0A2A4K985 A0A2W1BHH3 A0A3S2P273

PDB

1M6D E-value=4.61524e-70, Score=679

KEGG

101741510 K01373 cathepsin F [EC:3.4.22.41] | (RefSeq) uncharacterized LOC101741510

PATHWAY

04142 Lysosome - Bombyx mori (domestic silkworm)

GO

GO:0008234 GO:0004869 GO:0006508 GO:0005515 GO:0006357 GO:0006814 GO:0016021 GO:0006270 GO:0042555 GO:0015930

Length:

1911

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.01252

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00001

outside

1 - 1911

Pi

238.964576

Theta

191.379625

Tajima's D

0.482023

CLR

15.20983

CSRT

0.506624668766562

Interpretation

Uncertain

Source	Sequence	Identity	Evalue
26280517	IYIDSNNNPER	100.00	8e-12
24093152	DEAAGIFDDGSYR	100.00	3e-09
26280517	SSIIIDVKPWDDETDMKEMENQVR	100.00	2e-05
24402669	SSITEATYFASPVVIGK	100.00	2e-05
26280517	IWEQPWIKK	100.00	0.001
24402669	KDDIGIIR	100.00	0.001
26280517	DIQDIFYK	100.00	0.001
24093152	DIYNAIGK	100.00	0.001
24402669	DIYNSIAK	100.00	0.001
26280517	DGFIIYIGNPK	100.00	0.005
24093152	DGFHQEDNIPK	100.00	0.005

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics