Silkworm Genome Informatics Database

Gene

KWMTBOMO14439 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA000128

Annotation

PREDICTED:_uncharacterized_protein_LOC101739009_[Bombyx_mori]

Location

Bomo_Chr24(+):6434338-6448145 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.224

CDS

ATGTCATTAAATCCATTAAACGAATTAAAACGTCACCTGGACAACAGTGCAACCCCATTACCCAAACGAATTTGCTTAGCCAAAAATCTGATTCAATCCCATCACTTCCCGTCAGCGCCGAAAGAAAGAGTTGTAGGAACTTGGCTACATACCTTAACAGTTAAAAATGAACTACCGAGAGATGAGCTACGTAACGTTTTAGAATGGGTCAATGTTTCTGATCATTTGACAAGTGAAATGAAGAGTATTTTAATACAGATTCTCTCACAATACATACAAAGTAATCCGATTGGAAACAATGACATACCCTTCATCCTGCAATTCTTAGGGAACACAAGAATTACTCCACAGTTAAATCAACACATTGATGAATATTTAAAAATATCAATTACCGTGCTGCTATGTTTGAAACATGAGGAACAATTAAATGTTACATTCGTAAAACAATTAATAAGTAATATAATAAAATATTACAAGGAATGCAAAAAAAAATTAGAATTTATCATAAAATTTATATCGGAAGATCATTTGGAGACCCTCTTCAGTTTCCTAGGTACGGAATGCTCTAGCGACATTATTGAACTGTGCCAGAACGTAATGTTTCCAATTACTAGAAAATCATGCTACATCAGCTACTTACAAACTTTGATCAGAAAGGACAACATCAATGAATTAATGCTGGAAAAAGGTGATAATATTCAATCTGTATTGAAAATTATGAGTGCTTTATTTGATGTTACTAAAGGTGAGAAAGATCATAAGTTCATAAGGGACTTTATTGAAATTTTCATCAGCTGCTTTCATAGTGAGAGCCAAGTTGTGTTTGCTTTTTGCATTATGATAGTAAATTTCTTGGGTATGCCTCAAGATTTCATAAAACCAGCTATGAGTTTGGAAATAGTAAAATTTGAAGGGAACGCTGAAAAGATCAGAAGAAACCTCTTCTTGAACATCTTGGAGATATTACTACTAAACGAAGTAGACATAAGTATTCGTTTGACTGACACATTCGGTGAAAAAATTAGCAAAGTTGAAATTAAGAAGAACTTCATGTCTTTCCTTCAAGCGGTTATGATGGGGCAGTTGAAATTAGATGGTAAACCAGATAAAGCAACCATGAATATAATAAAGACTGCCTTAAAATTGGATCCCACGTTGATTGAGCAAAAGCTGACTGTAATTTTACCACCGATCATGACAGCTAAAAAACATAATGCTTACAAATGTTACGTTGATATGTTGAGTTGCTTAATGGAGATGCTTTTTAAATTGAGCCGTGGCATACCGTTTTTGAGTCAAATCCTACCGTATATCAAAAATAATTTGGAGGATAGCAACACTGAACAATTTGAGTTAAAACAAAGCGTCACAGCCTGCTTAGAAAATGGAACAGATTGTGAGAATCTAATGAAGAAAATTATAAACGGAAACGATATTTTTCCCGAGGAGTGTGTTGAAAGTTATGGGAAATACACTTCAGAGCTGATGTTCAGACAAAATAAGGAAGTCTTGGAGCTACTGCAAAAAGATTTTGAAGAACATTGTCTAATGATGCTCGAAGAAGGATTTGTTAGTCCATCAATAATAACAATAGCGGAAGTTTTGGCTGCCATCTTGTCTTCGTTTTTGCGATACAACAAAATGGCGGATCACACAGTTCCGTTTCAAATATCGGAAGACTTTTGGAACGCTTTCGATAAATTTGAGAGGGAATGCTTGAAGCGATTCGGTGAATGCACATTGAAGCTAAGTTATAATCCACCATTAGTGTTATCATTTCTGAAGCTGTGCGTGAGCTTTGCGCAATTAAAACTTCTTAATATCAAATACAGTAATTACAAGCTGAAAATCGAAACCTCGACCAGTGAGACGTTCGATATGAGTTCGATTTTGCCCTGTCTCAATAGCGCGCAATGGATAGATTTAATGTCGAAAATCAAAGATGAAGAAACCATTGTTTTGAATGAGCTGCTAACAGTGAAATCAATGGCATTAGAATTGTTAGACAATAAAGAAGATACGGTACCAATCAAAAGTTATCTCGTCAGTGAGTTCGCACGTAAAATCGATAATGTGTTAAATGATGAAACCGTATTGCAAGTTCTTTGTTACGATCTAACAAAGTCCCAGTACAAGCAGATAGCTAAGACCCTAATCAAACGCTACTCTAACAACAGCGATGCAAAGCTATTCAATGACGTCACCATTTCAAACAACAGGGTTCTATTAAACTATTTAACACTAGAAACGGTGAAACAGATAGCGAAATGTTTCGATAACGCCGACTCGTTATCTAAAGCTATTAGCAAAATCGATTTCACGAAATCGTTTTGTAAAAAAATCGATATGAAGGAATACTTTTTGAACATCACAATACCGACGGAAAACTTTGATACCATAAAAAACTATATAGAATTGTTGAAAAATTTGCAAGTCCCGTATTTGGATGAGAACTACCAGTTGGCGGTTATTTTTGTTTTACTGGCAACAAAAAGGAATGCTGGGAAAAAATTGAGACGCAACACGGATTGTCTGATTCAGAGCATCTTCGAAATGGGCTTTCAACCACCAGATCTATACAAAATATTTCCAGTTGACTTTGTCTTCTCATTTGAAGACGGAATCATGATCGATTTATTAACACTAACAAATAAAACATCGAACAATCTTTTAGTAATAAAAAACGTACTAGCGTCTTCCGTTAAGAGAGTCAAGGCTAACAACGAAATAGTTAAGAAATTAGTAGAACTAATAATAAATAAGGAAAATAAAGCTTTGAACAGTATTGAGGGCTTCAGAGAGCCGGCTTTTCAAATAAGCTGCATTATATTGCCTTTGATCGCGAAACAGAAAAAAGCGTTGACAACGAGTGCCCACAGATCCATATTGGCCGATTTACAAGACAAATTGCATAGGGAACTTTTAAAAGCTTTCAAGAATATAGATTTCGTGAATGGTAGTTTCGTAAAAAATATTTCTGGCAACACCGAAAATAGTATGGTAGAAAGTAATGCGGCAACACTGAATGCAATGGCGGCTTACACGTTGACTCTCTCGAAATATTGTGAAGCCACGAAACCGGATGAAGCTAATGAAATGGAATGTGTCTTAAAGGGACTCGAATTTTTTGTTGAAACTTCTATTCGCACTATAGAAGAAGCGACATCCGAATCTCAACAGATCGAATCCTCTCTTGGCCTATTGAACGTAATGCTAAGGCACATCAAGAAACTCGATACTCACGAAATGTTCAAAGAAAAAGACAAATTGTTCTCGGGAATATGGCGCAGCCTCAAAACTAGGCTCTCGATAGTATTCTCCGGGAAAGCGAGCGCTAGTTGCCTGGACGACGGGTTGGCAACACTGAGGTCCGTGTGTGAGTCGATGTCGGTCGAGTGCTTCGTCGCCAACGTCGCCGAGGAACTGATGAACTTGTCGCTTCTGAAGAAACCGGCGATTATGCTTAAAGACAAATCAAACGGTGACTTGACTTCACATAAAGTATCCCGATACATTTGGGCGCAGTGCTTAAAGGCCAACATAGTCGGTCCGAAATGTGCCGCCTTAACGAAGGTAATAGCTCGCTCGTGCAAGAGCCTGAGGTTCTGGTTGCGGCAACACTACGAGTGGGACAGTGTTGCCAGTAAGAAGAGAAAGAAAATCGATTTGTACGATGAGCGGAACGTGAAAATCGTTAGGATCGAAGATAAGATCTGCGAGATAATCAAAATTAATATGGACAATTTATCTGAAGTTATTCTGTCGGCCAAGAAGATGTCATTGGACTACAAGTTTCTGGACAGCGTTTTCTCGTTAATCCACATCGTCAACGCGATTATATGCCCCAATAGCACGGAGATAAAGTACGAAATAACTTGGCGTTCATACTTCGGGCTGTTCGAAGGATGCCTGACGATTCTTAATAATATGCTGCTGTCGAGAGAAGAAATGTTAGAGGACAGATGGCCAAATTATATGCAGTGCTACAGAGCTTTAATATTGTGTGTCTGTTTGCGTACCACGTCAGAGACCGAACCAGACCGGGACGTCGAGGAGAGACTTGCCCAGACCGCTCACGATATTGAAATGTTAACGCAATCGATAACGAAACGGAAGAGGCAGGTGTCGCGCGTGGCGGCGTACGCGGTGGGTGACTTGTGCGCGCTGCTGGAGCGCGGGGCGCCGGCGCGGCCCGTGCGCCTGCACGCCGAGACCTGCGTGGCGCTCCTCACGCGCGCCGCAGACTGCCCGCACGCCGCGCCCTTCCTGCGCCGCGCGTTGGCCGGCTCGCCCGGACACCTCACCGCCGCCAACCTGTACACCATGTACAAGAGATACTATAAATATGTCGGCAATTCATAG

Protein

MSLNPLNELKRHLDNSATPLPKRICLAKNLIQSHHFPSAPKERVVGTWLHTLTVKNELPRDELRNVLEWVNVSDHLTSEMKSILIQILSQYIQSNPIGNNDIPFILQFLGNTRITPQLNQHIDEYLKISITVLLCLKHEEQLNVTFVKQLISNIIKYYKECKKKLEFIIKFISEDHLETLFSFLGTECSSDIIELCQNVMFPITRKSCYISYLQTLIRKDNINELMLEKGDNIQSVLKIMSALFDVTKGEKDHKFIRDFIEIFISCFHSESQVVFAFCIMIVNFLGMPQDFIKPAMSLEIVKFEGNAEKIRRNLFLNILEILLLNEVDISIRLTDTFGEKISKVEIKKNFMSFLQAVMMGQLKLDGKPDKATMNIIKTALKLDPTLIEQKLTVILPPIMTAKKHNAYKCYVDMLSCLMEMLFKLSRGIPFLSQILPYIKNNLEDSNTEQFELKQSVTACLENGTDCENLMKKIINGNDIFPEECVESYGKYTSELMFRQNKEVLELLQKDFEEHCLMMLEEGFVSPSIITIAEVLAAILSSFLRYNKMADHTVPFQISEDFWNAFDKFERECLKRFGECTLKLSYNPPLVLSFLKLCVSFAQLKLLNIKYSNYKLKIETSTSETFDMSSILPCLNSAQWIDLMSKIKDEETIVLNELLTVKSMALELLDNKEDTVPIKSYLVSEFARKIDNVLNDETVLQVLCYDLTKSQYKQIAKTLIKRYSNNSDAKLFNDVTISNNRVLLNYLTLETVKQIAKCFDNADSLSKAISKIDFTKSFCKKIDMKEYFLNITIPTENFDTIKNYIELLKNLQVPYLDENYQLAVIFVLLATKRNAGKKLRRNTDCLIQSIFEMGFQPPDLYKIFPVDFVFSFEDGIMIDLLTLTNKTSNNLLVIKNVLASSVKRVKANNEIVKKLVELIINKENKALNSIEGFREPAFQISCIILPLIAKQKKALTTSAHRSILADLQDKLHRELLKAFKNIDFVNGSFVKNISGNTENSMVESNAATLNAMAAYTLTLSKYCEATKPDEANEMECVLKGLEFFVETSIRTIEEATSESQQIESSLGLLNVMLRHIKKLDTHEMFKEKDKLFSGIWRSLKTRLSIVFSGKASASCLDDGLATLRSVCESMSVECFVANVAEELMNLSLLKKPAIMLKDKSNGDLTSHKVSRYIWAQCLKANIVGPKCAALTKVIARSCKSLRFWLRQHYEWDSVASKKRKKIDLYDERNVKIVRIEDKICEIIKINMDNLSEVILSAKKMSLDYKFLDSVFSLIHIVNAIICPNSTEIKYEITWRSYFGLFEGCLTILNNMLLSREEMLEDRWPNYMQCYRALILCVCLRTTSETEPDRDVEERLAQTAHDIEMLTQSITKRKRQVSRVAAYAVGDLCALLERGAPARPVRLHAETCVALLTRAADCPHAAPFLRRALAGSPGHLTAANLYTMYKRYYKYVGNS

Similarity

Belongs to the actin-binding proteins ADF family.

Uniprot

H9ISA1 A0A2A4K9N0 A0A2W1BDQ2 A0A2H1VD59 A0A3S2P6V4 A0A0N1IC34 + More
A0A212EKN9 A0A0L7KYT0 A0A0N0PDX0

Pubmed

19121390 28756777 26354079 22118469 26227816

EMBL

BABH01024183 BABH01024184 BABH01024185 NWSH01000010 PCG80917.1 KZ150182 + More
PZC72501.1 ODYU01001913 SOQ38783.1 RSAL01000009 RVE53833.1 KQ458995 KPJ04405.1 AGBW02014229 OWR42050.1 JTDY01004250 KOB68387.1 KQ460195 KPJ17215.1

Proteomes

UP000005204 UP000218220 UP000283053 UP000053268 UP000007151 UP000037510 + More
UP000053240

PRIDE

H9ISA1

Pfam

PF10441 Urb2 + More
PF00241 Cofilin_ADF

Interpro

IPR016024   ARM-type_fold        + More
IPR018849   Urb2/Npa2_C
IPR029006   ADF-H/Gelsolin-like_dom_sf
IPR002108   ADF-H
IPR017904   ADF/Cofilin

SUPFAM

SSF48371 SSF48371

Gene 3D

3.40.20.10

CDD

cd11286 ADF_cofilin_like

ProteinModelPortal

H9ISA1 A0A2A4K9N0 A0A2W1BDQ2 A0A2H1VD59 A0A3S2P6V4 A0A0N1IC34 + More
A0A212EKN9 A0A0L7KYT0 A0A0N0PDX0

KEGG

101739009 no KO assigned | (RefSeq) uncharacterized LOC101739009

GO

GO:0030042 GO:0015629 GO:0003779 GO:0005488 GO:0006355 GO:0043565 GO:0016021 GO:0006816 GO:0005507 GO:0004713 GO:0016491 GO:0015930

PANTHER

PTHR11913

Length:

1453

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

1.17921000000001

Exp number, first 60 AAs:

0

Total prob of N-in:

0.01227

outside

1 - 1453

Pi

334.281188

Theta

199.275282

Tajima's D

1.879678

CLR

0.212802

CSRT

0.865256737163142

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics