Silkworm Genome Informatics Database

Gene

KWMTBOMO13968 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA011326

Annotation

PREDICTED:_uncharacterized_protein_LOC101746443_[Bombyx_mori]

Location

Bomo_Chr23(+):14906618-14920017 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.709

CDS

ATGACACGAACAGCGAGCTGGTTACCCCCCGCCGAGAGCTGGTCGTCGCCGCGGGACTGTCAGGAGCCGGATACAGAAGAACTGCCTTATGGCTGGGAACAGGCTTTGGACAATCGAGGGAAATCTTATTATGTCAACCACATCAACAAGACTACAACATACGTGGCTCCGGAAGGCTGTTCCTGCGAATCTCCCCCGGCACCCAGGGACATTGTGCTCGAGCGAGACCCAGAGCTGGGCTTCGGATTCGTGGCCGGCTCCGAGAAGCCTGTCTTAGTCCGATTCGTCACTGATAATTCACCTAGTGTTGGAAAATTGGAACCCGGTGATCAGATCCTATGCGTGAATGGGGAAGACGTGAGTATGGCTGCCCGCGAGCACGTCATATCCGCAGTCAGGGCCTGTACGGAGAAGGTCACCCTTCGCGTATGCCAACCGGCCAGAGCTGGGAATCCCACGAGAAGATCCGCGCTGCTATCAGCTGCCAAGAGAGCCAGGCTACGAGCCAGACCGCCGAGGGTTCGATTCGCCGACTCAGTTCAATTGAATGGAGCTCCCATGTATCCGCCCTCAGCATTCTCGCTGGGCGACTTGTGCCTTCCGCCGATGGCGAACGTCCTCAAAGTCTTCCTGGAAAACGGTCAAACGAAATCCTTCAAATACGACACTACAACTACAGTCGCGGACGTGGTGACGAATCTTAAAGAGAAACTCTGCATCATTGCTGAAGAGCATTTCAGTCTGGTGGTGGAGCACGTGAAAAGCTTAAGAAGGAATAAACTGACTCTGCTCGATCCTAAGGAGTCTTTGGCAAGGATAGCAGCCCGTCCCGGTTCGCATAAGATGCGATGCCTGTACCGAGTGGTCTTCATGCCGACGTCTGCCGCCGACCTGGCCCAGCAGGACCTGGCGGCGCTGGACTATTTGTACCTGCAGTGCTGCAACGACGTGGCCCAGGAGAGGTTCGCCCCGGAGCTCCAGCCCGAGGTGGCCCTCCGACTAGCGGCCCTGCACATGCACCAACACGCCCTGGCCAACAATCTCTCGCCGGCCAAGTTGACTGTTAAAGCCGTCGAAAGAGAATTCGGACTGGAAAGGTTCGTGCCGAGCAGTCTATTGGAGAGCATGAAACGCAAAGAGCTCAGGAGGTTGATCGCTCATTTCCTGAAACTGAACTCGCAGATGACCGGCAGCCAGCGGCATCTGACGCAGCTGCAGGCCAAGCTTCACTATCTCGATATAGTGGGAGGACTGCCGAGCTACGGAGCGAAATGTTTCAGCAGCAGCAGACCAGAACGAGTGCTGCTGGTCTCTCCGAGGTTCGGTCTCAGTCAGATCGTGGGGAGAACTAACTCTGTGCCACAGCAAATAGCGTCCATAGACGAAGTGGAGTGCGTGCGGGTGCGGCGCGCGGGCGCATGCGCGGAACTGGCCGTGTTCCTGCGCCGCGACCGCGTGCTGGCGCTGCTCATGGATGATAGGGACGCCGCGGAGATGCCGCTCGTCATCGCCGGATATTACAAGCTGGCGACCGGTAAAGAGCTGAATGTGGAAATTGAACGGGAACCCATCACGGAGGATATAGCTCCACCCTACTTGTCCCAGCACAACGTAGTCCCAGCGAAATGGAGCTACTTACACCACGACGATCCCAACGTTTTATCGAAAAAGCATTATGCGATCTTCAGTATGCCTCCGCCCTACCATTCCACTCCGGACCAAGCTAAGAATAGCTTAGATTCCAATATGAACGCGAATATAACGAACAAAAATAGCAGCAATAACTCCAGTCCTTTGATTGGTTTTGATAATAAGTCCAGTCTACTTGGACACGATGTGCACTTCGAGAAGTGTAAGAGAGGTGAAGACTTTAGACTCTTCGATCCAAACGATCCTTGCTATCTCGACGACGGTATGGGTTTCGATCTTCAGAGCATACTCTCTATAGAGCTCTTGGAAAACGCCAGCAATAACCCAAGACTAGTCGAAGCCAAGAATGAAGAGGTGCACAGGAGAGTGGCAGAAATGCAGAAATTGGTCGAGAATTCTGAACAGTATTTAACTGAAAACTGTGATGTTTATAGTGAGGATTTATATCATGATGCGTTTATAAGAGATGAGTTAGTTGGTAGAGAGACCAGTGTCGATAATTTGGAAAGCGATACTGAGTCTAATAATAGTAGAATGTCTATGGCTGATGACGCTCCTGGCATCTTAAAACACAGCGATTCGCTTTTGCTTCTAACTGAAACTATAAATCAGGGTTTGAGTGTACTGCCTGTGTCAGAAAATGACAATAATGTTAGTGGCTTGACGGCGCGACAGTCTCAAGGGCTTAGTACCATATTAAATAATTGTGGTCTCACAGACGCTTTAATAGCTTTAAATAATGATATTTGTCATTCAGAAAGTGATAATGATTCATTATACACTCCTACGAACAGCCCCATACGGAGACATCAGAACAAAACGCCAAATAAAGCAGTTAGAACTAGTTTTGGTTTGCACAGCCCAGAGGCAATACAAGAAAATAAAGAACCGAATTTGAAAGATTACTTGAAGCAACTAAGAGAAAAGAGCAATAGAGATGAAGCGGCAAGTACAGAGTATCATCCATTTTATTATCAGGAGAGCCTAGTTGATAGTGACGTCGAGCTTATAGATTTAACTTTAATACCACCCCCACAAACTCCTGATGAATTGGATTGCGCCACACAAGTGCCTCAAATTCTCCCAGTCGTACCACCCTCTTTCGCAGATGAAAAAACAAGTTCAACAGAAAATATTTCGGATGCACCAAAAACTAGTGATTTGGAAGAATTCATCGCCAATGTTACAATACAACCGCCCACTGTTAAAGTCACGCCTGCAATAGAACTGACGCCAGAAGAGATAATGTCTTACATCATTCCGCCACCCCCAGGGTCCAATACATCTACTCTAGACAGAGATGAAGTAGGATACGCGAACCAAACCCAGATCTTAGAAGCAAAACTTGCACAAAACGTAAACGATAACACCAAAACATCAAATGGAGATGTAGTTAAGGGACAGCTGAGTGTCAGTGAAATTAGGAATATGTTTGCAGCTAAAAGTCTGAGTGAAGCTAGGAATAGTTTGTTGCTCAAAGATAAAAGTAAAACTACAACACAAACGAAATCTGATTCCCCTAAAGGTAAACGGAAGAGCGTCTCAGGTGATAAACAAGCAAACGGTAACATACACGTTATAGAATACCCGACAGTCGAAAGAAAAGGCATGTTCTCCTGCTGCAGTAAAGATAAAAATAAGTCAGATGATAGCAACGATGAGGGAGAAAAAGTTGAAACTCAAATACAGAACTCTGATTCAATGCCCGACGTGTGCGAAATCAGGCCTCCTCCGAGAAGAAAAAGTTCTGATTGCAAAAAACCTCCTGAAAGACCTCCGAAGACAGCTCCAATACCTCCTCCGAGACCTCGGTCCAATTCTTTCACGTGTCTCAATAACGAATTGACTGCGGTCGAAATCAGCACCAATCATTTCAACACGCTAAATAATAGACAATTGAACTACAAGGTTATCTGCGATATTAATGAAAAAAGTGTACAAAATCCACCCCAAGTACCTCCTAGATTAGAGAACAAGGTTCTGTCACCACCCCCACCTATATTACTACCTCCAAAGAAGCCACCTCTCCCACCAGTTCCGAGCATCGAGGTACTCAGACTGAAGACATTACAAAAAAGTTCTCCAATCAGGAACCAAGAGCAAAGACTGGCCAGTATCGGATCGCCACATTTTCAGAGAAATTTAAATAGTTATAAGAACCTTGAGAACGAAAGCCGTGCGGATGACGAAGTGCACATCCGATCGACCCCAAACTACAGTTCCATGACGCTGCAGAGTCGACACGTTAGATCGAATTCAGAAACGAAAACCACAATCTTGAAGAACAAGGAAATGTCGACAGCTTTATCTTTGTGCTCACCTCAGATGAATCGGAGGTTTAGCAATAGACCAGATATATTGAACGGCGCTCCGTGCGACCAAAAAGTCTTCAGCCCTCCTCTAGACAGAAAGACTTTTAGCTCAAGTCCTACACCAAAAGTGAATCATGTTAGGTTTAAAGAAGACGTAGTGGATGACATTCCGACTCCTCCGTCGCCGCCGACGGTGAAGTTTCCAGAGTTCCAGGCGGGGAACAATGGGCACGTGTCCATAGAGAACTTGCTATGTAAAACGGAGGTGGCCGTCGACGGGTTGCTGCAGAGGCTGCATCAGGTAGCACAGAAATGTTCGCATCAACACGCGCACGGAGGCGGAGAAGATATTGATGAAGCCAAGTTTCAGCGAGCGCGCAGCGAATTGACTTCGTGCGCTGTGTCGTTGGTTGGGGCTTCACGGACACTAGTGGGGGCGCTGGGGGTCGCGCGGGGAGGTGCGGCTCCTACTGCACTAGCCGACTGCTTGACGCCTCTCCGACGACTGACCGATCTCGCTCAGGCGCTTGGAAGGCACACATCCTCACCGCTTCAAACAAGGAATTTGGTGCTCCGTGTTCATGACGTCACGGCAGCTTTTAAGGAACTAGCCGGGCAGGAAATGGCACAAATAATTCACGAGCACAACAATAAATCTAACAAGCAGCAAAATCAAGACACGGCGTCCACTCTAGAAGGGCAGTTAGCCCTGAGGGCAGAATGCTTAGCGAACGTTCTGGCAACATTACTAAGAAGTCTGAGGGTGTTTTCGCCGTGA

Protein

MTRTASWLPPAESWSSPRDCQEPDTEELPYGWEQALDNRGKSYYVNHINKTTTYVAPEGCSCESPPAPRDIVLERDPELGFGFVAGSEKPVLVRFVTDNSPSVGKLEPGDQILCVNGEDVSMAAREHVISAVRACTEKVTLRVCQPARAGNPTRRSALLSAAKRARLRARPPRVRFADSVQLNGAPMYPPSAFSLGDLCLPPMANVLKVFLENGQTKSFKYDTTTTVADVVTNLKEKLCIIAEEHFSLVVEHVKSLRRNKLTLLDPKESLARIAARPGSHKMRCLYRVVFMPTSAADLAQQDLAALDYLYLQCCNDVAQERFAPELQPEVALRLAALHMHQHALANNLSPAKLTVKAVEREFGLERFVPSSLLESMKRKELRRLIAHFLKLNSQMTGSQRHLTQLQAKLHYLDIVGGLPSYGAKCFSSSRPERVLLVSPRFGLSQIVGRTNSVPQQIASIDEVECVRVRRAGACAELAVFLRRDRVLALLMDDRDAAEMPLVIAGYYKLATGKELNVEIEREPITEDIAPPYLSQHNVVPAKWSYLHHDDPNVLSKKHYAIFSMPPPYHSTPDQAKNSLDSNMNANITNKNSSNNSSPLIGFDNKSSLLGHDVHFEKCKRGEDFRLFDPNDPCYLDDGMGFDLQSILSIELLENASNNPRLVEAKNEEVHRRVAEMQKLVENSEQYLTENCDVYSEDLYHDAFIRDELVGRETSVDNLESDTESNNSRMSMADDAPGILKHSDSLLLLTETINQGLSVLPVSENDNNVSGLTARQSQGLSTILNNCGLTDALIALNNDICHSESDNDSLYTPTNSPIRRHQNKTPNKAVRTSFGLHSPEAIQENKEPNLKDYLKQLREKSNRDEAASTEYHPFYYQESLVDSDVELIDLTLIPPPQTPDELDCATQVPQILPVVPPSFADEKTSSTENISDAPKTSDLEEFIANVTIQPPTVKVTPAIELTPEEIMSYIIPPPPGSNTSTLDRDEVGYANQTQILEAKLAQNVNDNTKTSNGDVVKGQLSVSEIRNMFAAKSLSEARNSLLLKDKSKTTTQTKSDSPKGKRKSVSGDKQANGNIHVIEYPTVERKGMFSCCSKDKNKSDDSNDEGEKVETQIQNSDSMPDVCEIRPPPRRKSSDCKKPPERPPKTAPIPPPRPRSNSFTCLNNELTAVEISTNHFNTLNNRQLNYKVICDINEKSVQNPPQVPPRLENKVLSPPPPILLPPKKPPLPPVPSIEVLRLKTLQKSSPIRNQEQRLASIGSPHFQRNLNSYKNLENESRADDEVHIRSTPNYSSMTLQSRHVRSNSETKTTILKNKEMSTALSLCSPQMNRRFSNRPDILNGAPCDQKVFSPPLDRKTFSSSPTPKVNHVRFKEDVVDDIPTPPSPPTVKFPEFQAGNNGHVSIENLLCKTEVAVDGLLQRLHQVAQKCSHQHAHGGGEDIDEAKFQRARSELTSCAVSLVGASRTLVGALGVARGGAAPTALADCLTPLRRLTDLAQALGRHTSSPLQTRNLVLRVHDVTAAFKELAGQEMAQIIHEHNNKSNKQQNQDTASTLEGQLALRAECLANVLATLLRSLRVFSP

Uniprot

H9JP72 A0A2H1WEK9 A0A212F3Q1 A0A194QNS3 A0A2A4IUW7 A0A194RFV1 + More
A0A0L7LN79 A0A336MTY6 A0A182ILB6 A0A0L0CKR6 B4QZ57 B3M1A3 A0A0P9C7S0

Pubmed

19121390 22118469 26354079 26227816 26108605 17994087 + More
18057021

EMBL

BABH01009613 BABH01009614 BABH01009615 ODYU01007823 SOQ50914.1 AGBW02010509 + More
OWR48367.1 KQ458761 KPJ05131.1 NWSH01007141 PCG63074.1 KQ460297 KPJ16180.1 JTDY01000498 KOB76907.1 UFQT01001764 SSX31717.1 JRES01000344 KNC32059.1 CM000364 EDX12885.1 CH902617 EDV42130.2 KPU79576.1 KPU79577.1

Proteomes

UP000005204 UP000007151 UP000053268 UP000218220 UP000053240 UP000037510 + More
UP000075880 UP000037069 UP000000304 UP000007801

PRIDE

H9JP72

Pfam

PF00373   FERM_M        + More
PF00397   WW
PF00595   PDZ

Interpro

IPR036034   PDZ_sf        + More
IPR001478   PDZ
IPR019748   FERM_central
IPR036020   WW_dom_sf
IPR029071   Ubiquitin-like_domsf
IPR000299   FERM_domain
IPR001202   WW_dom
IPR019749   Band_41_domain
IPR014352   FERM/acyl-CoA-bd_prot_sf
IPR035963   FERM_2
IPR000159   RA_dom

SUPFAM

SSF54236   SSF54236        + More
SSF47031   SSF47031
SSF51045   SSF51045
SSF50156   SSF50156

Gene 3D

1.20.80.10

CDD

cd00201 WW
cd14473 FERM_B-lobe

ProteinModelPortal

H9JP72 A0A2H1WEK9 A0A212F3Q1 A0A194QNS3 A0A2A4IUW7 A0A194RFV1 + More
A0A0L7LN79 A0A336MTY6 A0A182ILB6 A0A0L0CKR6 B4QZ57 B3M1A3 A0A0P9C7S0

PDB

6QJD E-value=0.000139607, Score=113

KEGG

101746443 no KO assigned | (RefSeq) uncharacterized LOC101746443

GO

GO:0005856 GO:0007165 GO:0005515 GO:0006412 GO:0004888 GO:0007166 GO:0016020 GO:0004713 GO:0016491 GO:0015930

Length:

1579

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.00662

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00004

outside

1 - 1579

Pi

246.406051

Theta

168.985912

Tajima's D

0.85694

CLR

1.078369

CSRT

0.622668866556672

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics