Silkworm Genome Informatics Database

Gene

KWMTBOMO04627 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA005308

Annotation

PREDICTED:_uncharacterized_protein_LOC101736992_isoform_X1_[Bombyx_mori]

Location

Bomo_Chr8(-):11079137-11088480 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.78

CDS

ATGGACCCGGGGCCTGCCTTCCCCCGTAAGGTACCGAAAAGTCCTGGGGTAGAGCCTTTTGGAAATCCAAAATCATCTATCACCTGTTCCAATGTTCCGGACGACTTATTCGAAGCTGCTACAGCCAAGAAGCATTTCAGTAAATTTGGTAGAGTTCAAAAGATCAGGCTTTTCCCAAAGAAACAGATGTGTATAGTAGAGTATGAAGAGCCCGTCTCGGCTGAGCGTGCTGTACTGAATGCTGGTGCATTTGATGGTTTTATGTTTGATGTGACTCGTTCAAAGCAGAGAACGAGACGCAAAAGCATGTTGCTTGATGATCCAGATTGGCTACCAGATCCTGAAGTAGAAAAGGAATTGTCAGCTTTGAGTGGCATGCCAGTCTATAGAGTTCCACGTCAAAAACCAATGGATATTGAAAATTCATCAATGTCAATCAAGTTGCCAAAAAGTCCTTTGAAAATCAACAAGAGTACTATGAAGTCCAAAAAAAATTTAGTTGTAAAAAAGACTATTGTTCCAAAGGTCCCTAGACAGTCAGTTGAAACTACTACAGCTTCACAGATGGCTAGCGGAATAGAATCACCAATATTAGTATCATCTACACAAACAAGTATGAGTACATTTGAAGCGGCTGCCGAATTACACCAGTTGCGTTCAAGAACATCATTAACTCCTGATGAGAAATGGAGAACTTTAGATGCAAGGGACAGAGTCCTCAGAGCATGGGGCGGTGCAGGTTCACGTCTCAAGGTTGGTGGTGCCACTATTGGAACTTGTCCGGATATGTGTCCAGAAAAAGAGCTATTGCATCGACAAGCCGAACATCAGGTGATGACTTTGGAAACTGTGCTGGGTTCTGATGGGGAACTCGAGCCATGGCGCGCCGTGAAGCAGTACAGTCGCAGCTCAGCCGACCAGGAGATACCGATGTGCTATGAACTGAGACCTGCTTCTGTCCTCATGAAGACTTGTTCATATCTACTGCACGAAATAGCAGACACCACGAGACAGGTGTCATTGGCCGACTGGTTTCACTTCATGTGGGATCGTTTCCGTAGTATTCGCAAGGATATAACGCAGCAGGCACTGTGCTGTGCAGATTCCATACGTCTCGTCGAGATGTGTGCCCGATTTCACGCTCACTGCGCGGCTCGCCTCGCAGACCTCGAGTACACGCAGTTTGATCAGAAATTGAACACCGACAACCTCACAAAGTGTCTCCAGACTCTGAAGCACATGTACGCGGACGTGGGACCGGAGCAAAAACCCAACGAAGCTGAATTTCGGGGATATATAGCACTTTTGAATCTCGGCGATGCCAACTTTTGGTGGGAGATCAAGCAACTTCCGGACGAGATACAAAAATCGGAACCTATAGTTTTGGCGATAAAAATATTTAATTGCTTAGATAATAATAACTATGTAAGATTCTTTCGACTAGTGAGTGAGAAGGCGACATACCTGCAAGCGTGTATTCTACTTCGATATTTCAATGACGTTCGCGCCAGAGCCTTGGCCAGGATTGTCAAAGCCTACGCTCCAAGAGGTGGCTCTCGGTTTCCGGCGAGCGACCTCATGAATGCACTCGCGTTTGAGTCCTTAGAACAAATGGGATCCTTCATAAGTCACTATGGCTTGAGATTTTCTAAATCGGATGATGTAGAATTCTCAATAATACTCGACAGACATCAGTTTATTGAAGACAGCGATCCTTATGCGATCGAACGCGCTGTTGAATTAATCGAGAGTAAAAGACAAAGTTCTGTATGCGAAGTTATTGCTGGAGGGCACATACTGAAGCAGGATTATAAAAATCACGTGCTCAACACAAGTTTTTACTCGGACGGAAAATTAAAAGAGTCCGCTCTTATTGCCGAAGACCAAGGGTATAATACTGTGAACGATAGTAATAAAGATGTACAAGCATTAAAAGCTGAAATTCAGAGGCTCGCCCAAACAGATAAAACTTTTGTAAACACGGCTAAAGTGAATTTATTAGTTAAACCTGAAGTGAAGACGCCGTCCAGTTCACCATCCAAAGGTGTGCCTGAAATGACGAAAGGCCGTCAGTTATTTAGTTTTAAACCGGCGATACCCGTAGCACCAACAGAAATAATCAAACAGTCGCCAGAGAAGATTTTTTCTTGCGATTCACAAAATGTATTTTCTTTTTCGAAACCGCAAAACACTGTCGATTCAAATATTCGAACAGATGCTATAAGCAAATTCAAAGTGCAACATGGAAGAAGTTCATTCGAAGTCAAAAGCAGTTCGCCAGAGAAATCAAATGCAACATACATTCGTCCAAGTAATAGCAATACTAGTGTTTTCCAGAAGGTTAATGAAAAGGTAGATCCATCCCAAAATTCACGAAGTTTATTCAGTACTACTGTTAATGCCGAAATAAAGACAAAACCTAAAACTCTACCAGCTAGCGATAATATATTTGCCAAAGCAATGACTAACAAAACAAAGGAGAACATTGCCGACTCGATATTTCAAAACAAAAATACTAGTATTGGAAAAGATAATATATTTACGAAAAATGCTACTCACTTCACCAAATTTAATGAAAATACAGCAGGTAACAGTATTTTTGCAAAGCCGGAGAAGGTAGACGAGTCGGATGCCAGGTGTCAGAATATATTTGGCGGTTTTGGCAAAACAGACAAGAGCATATTTTCTAAACCGCATGTTTTAGATGGTGGTTCATTTAACAAATTGAACGGAGAAGATAAATCAATAAATAAATTATCGCCCGGCACTCTTTTTAAAAGCGCAACAACTGCCGTACCTCCCAATGAAACAGATAAAACCTACTCCATATTTCATAGTAAAAATAGAGCACAAACTGTAGCTGATAACATATTGAATTCTCTGAGCAATGTACAAAAGGGGGAAATTTATGACTTCAATCAAAATGACGACGAGGCAAAAAAATTAGAAGAAGTGGAACGAATTAGACAAGAGCATCTTAGGCAAGAGGAAGAAAAGCGTCAACAACAATTAAAACGTCAAGCAGAAGAACAAGAATTGCGGGATCGAGAATATCAAAGGCAAATAGAATTAGAGGTGCTCAAAGAAAAACGAAAAATTGCAGCGGAAGCCCAACGAATGAAAGAAGAGATACGACGAAGGGAAGAAGAGGAACGGCGGATAGAAGAAGAAAAGAGAAAAAAGCTTGAAGAAGAAGAAAAGAAAGCTGAGCTAAAAAGGAAAGCCGAAGAAGAAAAACGTCGTTTTCTTGAAGCTGTAGATAAAGAGTCCAATGAACTTGTAGAATTATTAGTAAACGAAGTAGGAAATGAAACTGTAAAACAGCTAATGAAAGACGAAATCGACCGTCTGCAGCAACTTGTCAAATATGCTGGCACCGTGACTGAAGAAATCATGACAGAGCTATGTAATGAAATATGTAATTCCGAAATGAAAGCAGAAATGTTTTGGACCGACAAAATACGCCGAAAGTGGTTTAGTGTTTGGAGAAGACATTATCTCAGAAATTACAATCGACGTTGTCTCTTAGAAGATACACCCGTATGGCTAACGGAAAAAACATCTACAGAAGAAGCTTTGCGACTTAGGAGGTCAGTTGAGTCGGCAACGTTAAAGAACATGAATGCAATTCACAGAGGATATAAATTCATTGGTGAACTGAAGCAGACACCTCTCCCAGACCCATATAATATAGTCGAACTCATCCGATCTCCTCTGCTCAAACGTATGAAACAAATTAGTTATCCTTACGACAAATGCTTCTTTTGGAAAATAACAATGGTTAGCCCTGAGGAACCAAGCTGGTTGTATCGAAAAATAAATATAGAGAAATGGATAAGACACGCCTTCTCTGATGGAAAAAAACACGAATCTAGTAATCTGATACACGTTGGAAAATATACCTGGAATCATTTGATGGACTTTGCTATTTCGGTTGGCTTCATTGGTTCTGGGAAAAGTGATGTTGTAGAGGCAATTGAAGGTACTAATGGAATTTTAATTTACAGCACGGAAACTGATAAATATTTATTAAATAGAATTCAAGAAGTAATAAAGCAAAAATATCCATATCATATTATTCCCGTTGCAGTTGTAATGCCAAGAACTAAAGACTCTTCAAAAAATTGTGACTTGGAAAAACTATTAACTGATTTTGTCAAAGACAAAGTAATATCCGCCTATAAATTGTTTCATGTGAATTCGAACAATCTACCAGACATGTTAAATTCATGTACAAAAAATGCATTAAAATGGCTTGCTAAGCATTACCCACCGACGCCGCCTTTAGAGATCGATTTGTTAAAATCTGCCTGCCAAAGATATCTTGGCAATGAAATATGGTGTAACTTTAGAATAGAAAAGGATAACAGAGTGAGTTCTGTTCTCAAAGATTTATCGAAACTCGTTAAATGTTATAACACCGCAATCGACAAATTAACAGAGGTGATTACAAATGAGGATAATTTTAACTATCCATCATTCGCCTTGGAATTCAAGAAGTATTTGGATGACAATTCTCCATACCCAAAACCTTATGAATTCATCTCAAGCAGTGTCAAAAGTGATGAAAACAATATGGCCATAAAACATTTAATGTCTGATCTGAAATTAGCAGAACCAACGTTTATGTTCAATCCTGTGGATGTTGAAAATATGCAGTATCAAATTCGAACTTACTGCAAACAAATTGGTTGGCTAGAAAATTCCGAAGAAATTGTGTGCAAAGTAATAACAGTCCTACCTAATGAACTCACCGATTTGAATATGTCATCTAAACGCCGAAAATTACATATTGATTCTCTTGAAAATCTCGTGCTGGATGACAAAGACAGTACTATGGTTGAAGAAAATATTACAAATGCTGAGGTTGGCATTTCAAAGTATAGAAATTGTACTGAAGCTGTCAAACAGCTTGAAATGCAACTCGAAGAGGGCAGGCAAAAATCAATTGAATTTGAGAATATGCTCCAAGCAGCTCTCGCAAATGTTTAA

Protein

MDPGPAFPRKVPKSPGVEPFGNPKSSITCSNVPDDLFEAATAKKHFSKFGRVQKIRLFPKKQMCIVEYEEPVSAERAVLNAGAFDGFMFDVTRSKQRTRRKSMLLDDPDWLPDPEVEKELSALSGMPVYRVPRQKPMDIENSSMSIKLPKSPLKINKSTMKSKKNLVVKKTIVPKVPRQSVETTTASQMASGIESPILVSSTQTSMSTFEAAAELHQLRSRTSLTPDEKWRTLDARDRVLRAWGGAGSRLKVGGATIGTCPDMCPEKELLHRQAEHQVMTLETVLGSDGELEPWRAVKQYSRSSADQEIPMCYELRPASVLMKTCSYLLHEIADTTRQVSLADWFHFMWDRFRSIRKDITQQALCCADSIRLVEMCARFHAHCAARLADLEYTQFDQKLNTDNLTKCLQTLKHMYADVGPEQKPNEAEFRGYIALLNLGDANFWWEIKQLPDEIQKSEPIVLAIKIFNCLDNNNYVRFFRLVSEKATYLQACILLRYFNDVRARALARIVKAYAPRGGSRFPASDLMNALAFESLEQMGSFISHYGLRFSKSDDVEFSIILDRHQFIEDSDPYAIERAVELIESKRQSSVCEVIAGGHILKQDYKNHVLNTSFYSDGKLKESALIAEDQGYNTVNDSNKDVQALKAEIQRLAQTDKTFVNTAKVNLLVKPEVKTPSSSPSKGVPEMTKGRQLFSFKPAIPVAPTEIIKQSPEKIFSCDSQNVFSFSKPQNTVDSNIRTDAISKFKVQHGRSSFEVKSSSPEKSNATYIRPSNSNTSVFQKVNEKVDPSQNSRSLFSTTVNAEIKTKPKTLPASDNIFAKAMTNKTKENIADSIFQNKNTSIGKDNIFTKNATHFTKFNENTAGNSIFAKPEKVDESDARCQNIFGGFGKTDKSIFSKPHVLDGGSFNKLNGEDKSINKLSPGTLFKSATTAVPPNETDKTYSIFHSKNRAQTVADNILNSLSNVQKGEIYDFNQNDDEAKKLEEVERIRQEHLRQEEEKRQQQLKRQAEEQELRDREYQRQIELEVLKEKRKIAAEAQRMKEEIRRREEEERRIEEEKRKKLEEEEKKAELKRKAEEEKRRFLEAVDKESNELVELLVNEVGNETVKQLMKDEIDRLQQLVKYAGTVTEEIMTELCNEICNSEMKAEMFWTDKIRRKWFSVWRRHYLRNYNRRCLLEDTPVWLTEKTSTEEALRLRRSVESATLKNMNAIHRGYKFIGELKQTPLPDPYNIVELIRSPLLKRMKQISYPYDKCFFWKITMVSPEEPSWLYRKINIEKWIRHAFSDGKKHESSNLIHVGKYTWNHLMDFAISVGFIGSGKSDVVEAIEGTNGILIYSTETDKYLLNRIQEVIKQKYPYHIIPVAVVMPRTKDSSKNCDLEKLLTDFVKDKVISAYKLFHVNSNNLPDMLNSCTKNALKWLAKHYPPTPPLEIDLLKSACQRYLGNEIWCNFRIEKDNRVSSVLKDLSKLVKCYNTAIDKLTEVITNEDNFNYPSFALEFKKYLDDNSPYPKPYEFISSSVKSDENNMAIKHLMSDLKLAEPTFMFNPVDVENMQYQIRTYCKQIGWLENSEEIVCKVITVLPNELTDLNMSSKRRKLHIDSLENLVLDDKDSTMVEENITNAEVGISKYRNCTEAVKQLEMQLEEGRQKSIEFENMLQAALANV

Uniprot

H9J716 A0A2A4IX88

Pubmed

19121390

EMBL

BABH01013989 NWSH01005868 PCG63884.1

Proteomes

UP000005204 UP000218220

PRIDE

H9J716

Pfam

PF16769   MCM3AP_GANP        + More
PF03399   SAC3_GANP
PF00076   RRM_1

Interpro

IPR000717   PCI_dom        + More
IPR031907   MCM3AP_GANP
IPR005062   SAC3/GANP/THP3
IPR012677   Nucleotide-bd_a/b_plait_sf
IPR000504   RRM_dom
IPR035979   RBD_domain_sf

SUPFAM

SSF54928 SSF54928

Gene 3D

3.30.70.330

ProteinModelPortal

H9J716 A0A2A4IX88

PDB

5L3T E-value=6.01845e-21, Score=255

KEGG

101736992 no KO assigned | (RefSeq) uncharacterized LOC101736992

GO

GO:0003723 GO:0003676 GO:0000166 GO:0006508 GO:0008270 GO:0031012 GO:0005089 GO:0035023 GO:0005515 GO:0016742 GO:0003824

Length:

1663

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.00013

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00001

outside

1 - 1663

Pi

249.653848

Theta

202.831406

Tajima's D

0.841924

CLR

0.723881

CSRT

0.615319234038298

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics