Silkworm Genome Informatics Database

Gene

KWMTBOMO09152 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA003378

Annotation

PREDICTED:_uncharacterized_protein_LOC101739573_isoform_X1_[Bombyx_mori]

Location

Bomo_Chr15(+):12299108-12322588 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.944

CDS

ATGGAAGACAATTCTGAAACCCACATGGAGACTGATGTTACTTCGACCACTGAGGATGTACCTGAGACGCAGGAGGTGACTGGATCAAATGGCAGTGTTGAAATGGTTATTGTAGTGGAGAAAATGGAAGAAGAGGAGGACAACAACAAAACAGACAAGGCCCTATTAGATTCCGAAATAATATCAACAGGTCCAACAGAGCTATCCTCCGATGAGAGATCCTCGCCAGCTAAAGATCTTGATCAACCAAAGACGGTTATCGTTTCACCAACTAAAGATATTGAACAGCCATGTAGTTCATCTTATGTCAATGCAACCGTTCCAATTTCACCTTGTAACATACCTTCGCCGATTAAGCCAACCACAGAAGATGTAACTTCAGACTTATTGCAGACTGAAGTAGTTGATTCTTCAAGTAAAATGGAAATTACTAATCCTGTCACTGAGAATATTACAAATCCAGAAATAAATCCACCAAAAATGGTTCAAGATATTGATGAACCTGAAGACAAATCTCTTAAAGATATTCAATCAACGGCAACACCTATTATAACACCAGAAGAAATTCCATTGCATGAAAGCTCTAATGACAATGTTGTTATGACAATCCAGTTGTCAGAAAAAGCCGAGTCAAAAACACCTACTCCTGCTGCAATGCCAATAGATGTCATAGTCGAGAGAGAAGATCAAAATGTCTCTCAAGTTGAAATACCAGAAGTGCAAGAAAAAGATCACAATAAAAGCATCAGTAGAGAGCTTAAGTCTCTTATAAAATCTGCAAAGGAGTCAAAGATAATAAGTGAATGTACTCAATTAAAAACCAAGACCAGGAAATCTAGAGTTATTCTAGATAGTTCTAATGCTAGTCTCAATGCTTCCATTGAAGCTGAAAAAATACATGGAGCCAGAAGACACAGTAATAACTCACAGAAGAGCAATTGTAGTGAGAAATCTGATAAACCTGTCACGAAAAGATCTATGCGGTCACAGAACCCTGAATTTGTGAATAAAGTGAAACAATTCTTAAATTCTGTCACTGGGAAAATGCAAAAAGAGGATGATATGACCGATGATGAACTCGAGGAGAATAAACCAGGTGAAAAGGTTGAAGGGATGAGGTCTCAGTCTGGCACTCCTAAAAAGAAAAAACCTGAAACACTTCAGGTCCCGGGAAAACTTCAGTCAGATTTGTATTGCTGGCGTTGTCATTGGCAAGTTGAACAGGCTGAACACGAGAAGACCCATGCTCCAATGCATTGTAATGTCTGCCCTCGATCATTCCACTATAGATGTTTGTCAAGTGCAGAGCGTAATAAAATTACAGAAGATAAAAGCTGGGTGTGCCCTGATTGCTTAATAATACTGAATGCAGAAAGCTCTGAAACTAGATCACCGGCAATGAAAAAGATATCATTGGGAATGCTTTGTGAGCTACTAAAGTTTGCATTGGAGAGGATGATGGATCTGAATGGGGTGGAGCCATTCATGACCCCGGTTGATCGCGAAGCGTTTCCCGACTATGAGAAATACGTGGTGCACCCCATGGACCTATCCCGCATGAAGTCGAACATCGCCAACGGCCTCTACGGAAGCACCGAAGCTTTTTACGCTGACGCCCAATGGATACTCCACAATAGTATTATATTCAACACACGTGAGTTGGTTCAGTCGAAGTTGACCGGCGCCGCGAGGGCGGTGGTGCGCTCGTGTCGTGCGGAGATGGGCGAGATCGAGGCGTGTCCCGAGTGCTACGCGGCCGCGCATGCGCGCAAACCCACCTGGTTCACAGACGTGTGCTCCACTCCGCACATACTCTTGTGGGCTAAACTTAAAGGGTTTCCATATTGGCCAGCGAAAGGCATGTCGGTGAGTCCGGCCGGTCTGGTCGACGTGCGTTTCTTCGGCGCCCACGATCGAGCCTGGGTGCCGGCCAAAGACTGCTTCCTGTACTCGGAGAAGGATCCAAACAACTTTAGAACTAAGCGACAGGATATATTGGACAGCATGCAGGAAGCCGAAGAACACATTCGTAACATATCGAGGAAGTATGGAAAATTCGTCTACCCCCCGTTCAGAACGCAATTCGATCCTGCGAAATTAAACGAGCAAATGAGAGTGATGATACCATCGTTCGAGGGTGAGATACGTGTTACGGTCAAGGATAAATCGCCGAATACAACAAAAGACAAGAGCAGGACCAATTCTAAATGCTCTAAGAACTCTACAAATGGCAGTGATATAAGCGAAGCAGAAGATCTACTGGGGCAGCCTTGTAATAAAATTAATGATAATATTAATGATTCAAAGGACGAGGTGATGGAGCAGAATCAAAAGTTAATGGAAGTTGACGAATCTGCGGTGAAAGACACAAAAGAGACTGAAAACTCGCGGAAAAGACGGCGCTCCTGTGTTACAGACACACCGGTGCAAGACAACACAGCCAACGAGAAAAAAAAGCGAGTCGATGATGAAAAATCTGATAAAAAGATAGACACAAAAGATATGAGCAATAAAGAATTACCAAAGATCAAAAAGAAAGAACCAGAGAACGTTATTATTCCAATAGACGATGATGATTCAGTTATCTCGATCGATGAGTCAAACGATTCAGTCAAAGGTAAAGAGAAAATAGTTGAGAAAAACCGAACCGTCACTCCAATAAAAATAATATTACCTAAACATAACCGACACACTCCGAAATCTAGCGGCACCAGAGAATCTCCCAGAACTAGCACCCCCAACGATAAATCTCTTCTGGTGACGCCAAAAGATGAAAGATCCGCATCAAAACAAAAAAATAAACCAGGCAGGAGCTCCACAGAGAGACAAAGCAGGGAAAGCAAGAGTAGACATGAAAAGAGAAGGAATTCCAAAAGTAACAAATCCCTGAACGGTAGCATAAGTTCTAAAAATGAAAAAAATGACAGGATGAAAACCGATAAAAACAACGAAAACCCAAACGCTGCCAACAAAGAGAAACCCGCAAGTAAAATATCAGTTATCAAAGTTAAAGATAGCGAAGCGATAAAATTAGCAGAGAAGACTCCGCCCGCAGAGGCTGTGAAGTCGGTTAAAGATCGAACGGCCGAGGATGACGACACTAGTTTGGCGGCCATCGCCCGCGACACGGCCCGGAATGCCGACTCAGTCATAATGAGCAACCCGCCCGGCATGCCCACAATCAGCAGCGTCAGGTCCTTGTCCACACTGGCCCAGGGCACCTCAACGACGACCACAAAAACGAACACGGCATCCGCGTCGGTGGACATAACCGCGGACAGTGCGCCGGACTCGAGCGCGCTCAGCAATACCGACTCGGCCAAGTCGCAGAAAGCGAGGAACGAGAACGAGCCCATGGTGGGGAGGGTGGGGGTGCGGGCGTTCGCCAGGATGACGTCACCGGAACGCAACAAAACTAACAATGTGCAAGTAGAGATCAAGACTGAACCGATCGATCTAGACGACCCGAGCAGGCACATGGAGAAGATGGATCTGATGAACGCATTCAAACTCCGACCCGTGAATCAAAGTTCCAGCCTACGTGAGGTGCGCTTTAATAAGGTCGTTGTGACGCCTCTAACGCGAAGAGCGCCGACAGGGGCGGCCGAAATACGTCCGCGTGCGAAGAAGACTTTCCCACAGCCCAAGAAACCCGAAGACTGCCAGCTCAACGGGAAGAACTCCATGGTGTACATACCCATACAGCCGGCCATCACCCAGGCGCCGGCCCGACTGGCGCGCCCCGCCCCCGCGTCCCTCGCCGGCCAGCCGCGCTGTGTCGCACCCATCATAGTCAGCAGCTCAGGAAACAATGGTGTAAATACAGTGACAACACAGATGTTGCCGCCTACGCTGACGTCGGCCAGCACCGCGGTCACAACCCCAGTACAGTTGGCGCCCACAGTTGGGCAAGTGCCGACCACCGTCCACACGGTGCCCCTCATGACTTCCGTCAATGGACAGTGGATGTTTAGTTTACAACCTGTGATGTCCGTCGGAGCTATCGATTCGAACACATCGCCGCTAGTGAACGGTGTTCCGGAAAGGCTCGGTCAAGCGGCGACCGTGGTGCCGGCCGCCGTCGTGTCACCCGCCCCTGCGACCCCCGCCTGCCCCGCGCCCCTTGCCGCTGCACCGCCGAGCCGGCCCGGAGACTCTGTCGTCACAAACACTCCCACAGAACTCCCGAGGTTACAGCAGCGGCCGCCGATACAAAATCCACTAGATCCCAACTTCCCAATTGGTATTGTACCAGCACCATCTACCGTCGGTCCTCTAACGGCTAAACTCAATCAGAATGCCATCAAGCTAGCCGATTTCTTCCGCACGCTACTGGAGGATTCGCTGGATAATCTCGACGATCCATCGACGCAGGTCACGTCCCTGAAGCTGCAGCTCGAACAGACCAAGTGGAGGCACCAGCAGAGATTGGACGAAATCAAACATAACTTTGAATTATCGGTGGCGGAAATGCGGGCAACGTTCGAGAAAGAGAAACAGCGGCTCGTCATGGAGACCAGGCGTCTGGCGCAAATCGAATTGGAGACAGCTGTCAAACTAGCTAAATCCAAACAGTGGTGTGCGAACTGCAGCCAAGAAGCTCAGTTTTATTGTTGCTGGAACACTTCCTACTGCGACTACCCGTGCCAGCGCGCGCACTGGTCGCAACACTACTCCGTGTGCACGCAGCAACGATCGGAAGGCAACAATAATAATAACAGCGACGGAACTAGCGCTCCGGAAAGTAGATCGCAGACAGATAAGTTGCCAAAGAGCACCGTGGTGCCGACCCTCACGGTCGGCGGGAAACTTGCCTCCAGATCAGCCAGCCAGGATAGTACGCCAATGTCTTCCATCATCATGAGCATGGTCGAGGACGTCAGCGGGAACCAAACGGTGAAATGTGTGGGGACGTACAATGGGAGCAAAGCCGGCGCCGTGCCCGCGCAGATACCACCTCTCATAATCAACAAGCAGATAATGAACGAGGAGAACAAAAAAGTAGTAACGTCGGGAGGCTACCTCATCGTGGGCTCCACGTCCAACGCCAGCGTCAACCCGCCGCGACGTACTCACACGCTGCAGTACTTCACTTAG

Protein

MEDNSETHMETDVTSTTEDVPETQEVTGSNGSVEMVIVVEKMEEEEDNNKTDKALLDSEIISTGPTELSSDERSSPAKDLDQPKTVIVSPTKDIEQPCSSSYVNATVPISPCNIPSPIKPTTEDVTSDLLQTEVVDSSSKMEITNPVTENITNPEINPPKMVQDIDEPEDKSLKDIQSTATPIITPEEIPLHESSNDNVVMTIQLSEKAESKTPTPAAMPIDVIVEREDQNVSQVEIPEVQEKDHNKSISRELKSLIKSAKESKIISECTQLKTKTRKSRVILDSSNASLNASIEAEKIHGARRHSNNSQKSNCSEKSDKPVTKRSMRSQNPEFVNKVKQFLNSVTGKMQKEDDMTDDELEENKPGEKVEGMRSQSGTPKKKKPETLQVPGKLQSDLYCWRCHWQVEQAEHEKTHAPMHCNVCPRSFHYRCLSSAERNKITEDKSWVCPDCLIILNAESSETRSPAMKKISLGMLCELLKFALERMMDLNGVEPFMTPVDREAFPDYEKYVVHPMDLSRMKSNIANGLYGSTEAFYADAQWILHNSIIFNTRELVQSKLTGAARAVVRSCRAEMGEIEACPECYAAAHARKPTWFTDVCSTPHILLWAKLKGFPYWPAKGMSVSPAGLVDVRFFGAHDRAWVPAKDCFLYSEKDPNNFRTKRQDILDSMQEAEEHIRNISRKYGKFVYPPFRTQFDPAKLNEQMRVMIPSFEGEIRVTVKDKSPNTTKDKSRTNSKCSKNSTNGSDISEAEDLLGQPCNKINDNINDSKDEVMEQNQKLMEVDESAVKDTKETENSRKRRRSCVTDTPVQDNTANEKKKRVDDEKSDKKIDTKDMSNKELPKIKKKEPENVIIPIDDDDSVISIDESNDSVKGKEKIVEKNRTVTPIKIILPKHNRHTPKSSGTRESPRTSTPNDKSLLVTPKDERSASKQKNKPGRSSTERQSRESKSRHEKRRNSKSNKSLNGSISSKNEKNDRMKTDKNNENPNAANKEKPASKISVIKVKDSEAIKLAEKTPPAEAVKSVKDRTAEDDDTSLAAIARDTARNADSVIMSNPPGMPTISSVRSLSTLAQGTSTTTTKTNTASASVDITADSAPDSSALSNTDSAKSQKARNENEPMVGRVGVRAFARMTSPERNKTNNVQVEIKTEPIDLDDPSRHMEKMDLMNAFKLRPVNQSSSLREVRFNKVVVTPLTRRAPTGAAEIRPRAKKTFPQPKKPEDCQLNGKNSMVYIPIQPAITQAPARLARPAPASLAGQPRCVAPIIVSSSGNNGVNTVTTQMLPPTLTSASTAVTTPVQLAPTVGQVPTTVHTVPLMTSVNGQWMFSLQPVMSVGAIDSNTSPLVNGVPERLGQAATVVPAAVVSPAPATPACPAPLAAAPPSRPGDSVVTNTPTELPRLQQRPPIQNPLDPNFPIGIVPAPSTVGPLTAKLNQNAIKLADFFRTLLEDSLDNLDDPSTQVTSLKLQLEQTKWRHQQRLDEIKHNFELSVAEMRATFEKEKQRLVMETRRLAQIELETAVKLAKSKQWCANCSQEAQFYCCWNTSYCDYPCQRAHWSQHYSVCTQQRSEGNNNNNSDGTSAPESRSQTDKLPKSTVVPTLTVGGKLASRSASQDSTPMSSIIMSMVEDVSGNQTVKCVGTYNGSKAGAVPAQIPPLIINKQIMNEENKKVVTSGGYLIVGSTSNASVNPPRRTHTLQYFT

Uniprot

H9J1J1

Pubmed

19121390

EMBL

BABH01023684 BABH01023685

Proteomes

UP000005204

PRIDE

H9J1J1

Pfam

PF00439 Bromodomain

Interpro

IPR000313   PWWP_dom        + More
IPR001487   Bromodomain
IPR036427   Bromodomain-like_sf

SUPFAM

SSF47370 SSF47370

Gene 3D

1.20.920.10

ProteinModelPortal

H9J1J1

PDB

5B73 E-value=4.48993e-73, Score=704

KEGG

101739573 no KO assigned | (RefSeq) uncharacterized LOC101739573

GO

GO:0005515 GO:0006260 GO:0005524 GO:0015074 GO:0005739 GO:0016776 GO:0006811 GO:0016020 GO:0016876 GO:0043039

Length:

1698

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.02084

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00001

outside

1 - 1698

Pi

240.036481

Theta

160.316218

Tajima's D

1.514671

CLR

0.543703

CSRT

0.787110644467777

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics