Silkworm Genome Informatics Database

Gene

KWMTBOMO12880

Pre Gene Modal

BGIBMGA012699

Annotation

PREDICTED:_uncharacterized_protein_LOC101743969_isoform_X1_[Bombyx_mori]

Location

Bomo_Chr22(-):3011647-3033556 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.921

CDS

ATGCCCCAACAATCTGCGACGTGTATAACTGCGGTTCCGAGCAAGACTGTCGAAGTTGTAGAAACGAGCTATCGCGGCCGCAAGCCACTCGGCGGCACAGCAGGAGTTCCCGGAGCCCCAGGAGTAGCGGTCCCCGGTGTGGCGACCGCCGCGTCACCAAGTCCCGCGCCGCAGACCCCAGCAGCGCCGAGCCCAGCGCCCGCCACCACGCCCGCCATGAAGCAAGAGCACCCCAGCCAACCTATGGCACCGATGCCGTTCTACGCAGGCGACCCTAACAGATTCCCAACGACGTGGCAGACTGATCCGTCTCAAGGCTGGCAGAACCAGTTCATACAGCAGCTTCCCACACAGACGGGTCAGACGACTTTGGATTACCAAGGAAACCACACTGCCTACGCAACCTCGCCCCACTATCAGGCTAACACCACGTACACCGTCCAGAATGTCGCTACAACGTTTGACGTCACAAACAGCACGTATTATCAAGCGGGAGTACAGGCTGTCCCCGCGCAACGACCTCCGTCGAACCGGGGTGCCTACACTCCGGTCCCCTCTCCGCGAGCACCTCACTACACCACAGAGTACCAGCAACAATACGCGCAACAAGCATCTACGCCCGGCGCAACTTCAGGCACTGATTCGAGACCAGCCTCGGCCGCTTCTTACCAAAGTAACGCACCAACAGCGGCCACCCCGGTCTATTCTGTCGGTCAAAACTATGAACGATCAGAGTACAGTACGGAGCATTCAGAGGAATACAATAATTCTGAGAGCGGCACAGGAGATACGAATAATGAAGTGGAAAGACAAGAACAGAACTCGACTAGTGGACAGCAGTCGGGAAACGCCGAGCCTGGATACCTGCAGGGGAGCAACGGTCCGCGAGCTTCACTCGATTGTAGCGGGTATTCGGGCGCTTACAACAGCGGACAGTACAGGGAAAACGGTCAAATGCAAAATCAACAACAATTACAAGCTCAGCAACAACTTCAGAGTCAGCAAATGCAAAACCAGCAACAACTTCAGAACCAACAGCACATGCAAAACCAACAACAGATTCAGAACCAGCAACAAATGCAAAGCCAACAACAAATGCAGAACCAGCAACCTATGCAAAATCAACAACAAATGCAGACTCAGCAACAAATGCAGAATCAGCAACAGATGCAGAGTCAGCAACAAATGCAGAATCAGCAACAAATGCAGAATCAGCAACAAATGCAGAATCAGCAACAAATGCAAAATCAGCAACAAATGCAGAGTCATCACCAACAATTACAAATACAAAACCAGCAACTTCAAAATCAACAATTACAGCAGCAGAGACAAGATGAGTCAGAACAGCAAATGTTTTCACAATCAGACAGGGTCAATTTGAACTCGAGACTGAAAACGATGATTTTAAATAAACAAAATCACAGCCGCGATGGCACTAATACGCCGCCGGATAAAGGGGATCCCGGAGAGGGACCACCTCGGGACGATAGGAAGACCGGACCTACTTCCGTCAACGACGATAGAAATACTACCGGTCATTTTTTATCGTATAGCCACCATCTCCGAGATAATTACCGCTTAGGCGAACAGGTTTATCCTGCCGCTGGTAATTATTCACAAAGCACTCATGCTTATAGCGTGAGTGAGTTCGGAGGTGGTGGCCACCAAGTATGGGAGGGAGGAACAGAGGCTCTGAGAGGTTATGATAAACACGTTCCTAATAAGAACGTATCCAAAACTTCTCAGAAATTACCGTCCTACGCGGACGTTAGAAGCCAATACGGTGCATATACCACCGTATCGTATGAGCCGCATAAATATGCAGAGGCATATAATAGTGATAGCTTAGGTTTAAATCAGCAAGACAGTAAAGATTTCCAGTCGAAAATGCTCATCGGACCTGTATCGGAAATGAACCAACAAAACTGCACCACAACGCAGGACACGAACGCACAAACACGAGCTTATGATAGAGAGGCGTACGATGCAAAATTTAGACACCCATCGGCGCCCTTAATACCAAAATTAGAGATACCTGATAGTTATCAATACCACAAAGACGAAAGATTAATTAAAACTGAAGTGCAACGACCAGTTAATCAAAATACGTATACGAAACAGAATGAAATGTCAATAAACAGTTTGTACAGGGATTATCCTAATGGAATAGTAAGTAGGTCACAACAGAATACAGTTTTACCGCCTATATCTACAATAAAGCAAGAGGGCTTTGCCCAAAGTCCACAGACCTATCAAAATTTTCAAAATTATCCTTATCGGATAGACCAGAGGCCAGACCAAACTGGGTCTTTCGCACAAATACCTCGAACGCAAGAGAATATAGGATTTCAAAAATATAACAGATCTTACAATGAAAACAAAGAAAGTAAGTCAACAGAAAACAAAAGTAGTTCAGATAAAAACACTCCATCGGAACCAAGATCTTACTACATTGAACAGATCAAATCTGAACACTCGCCGCCAGGTCACAAAATATATAAGAACATGAACTACAGCCCGCCGAGAGACGAACCTTATTTATTTCCCGGGGACGGAGGGCCGACAGCCATCAAAAACGAAGTGGGCTACTCGTGTTGTCGACAAGGATCTACAAAGAAGCCGCCCCCGGAACACCTAAGAGATGGCGCTTGCCCTGGATATCAAACCAAAGATGAAGTTTTAGAAGACGAACCTGAAACTACGGATAAAAATGATCCCAAAAACCAAAAAGCCACAGCGCCAACACCAGATGTAACGAAACCAAAGGAAAACCAATTCAATTACTCAAAAGAATATTTAGAAAACTTGGAAAGACTACGAACTAATTCTAGGACGGAGGTTCCAGATTGCAACTGTTTTCCTGCTGACAAGAACCCGCCGGAGCCTGGCAGCTATTATACTCATCTAGGTTCAGCTTCTAGTCTGGCAGAATTGAGGAGGGAGCTAGAGGCTCGGACCGGCCTGTCAGGCAAGGAGCTTAGAATAGAAAAGATCTGTTACACTGGGAAAGAAGGGAAAACAGCTCAAGGTTGCCCTATGGCAAAGTGGGTAATCAGACGAGCGAACTACACCGAGAAAGTCCTAGTCGTAGTGAAGTGTCGAAACGGTCACAAATGTCCCACCGCTTGGATCGTTGTGTGTCTGGTCGCCTGGGAAGGCATCCCTCAGTCGGAGGCGGATCTCGACTACACTCTTCTATCGCACAAGCTGAACAGATACGGCCTACCTACCACGAGACGTTGCGCCACTAACGAAAACAGGACGTGTGCCTGCCAAGGTCTGGACCCGGAAACGTGCGGCGCCTCTTACTCCTTCGGCTGCTCGTGGTCCATGTACTACAACGGATGCAAATACGCCCGTTCAAAGACAGTTCGGAAGTTTCGGCTCTCGGTGAAGACGGAGGAGAGTGAGATTGAAGAACGCATCCACGTGCTGGCGACTCTGCTCAGCCCGCTGTACATGAACCTGGCGCCGAGGGCGTTCGACAACCAGTGCCAGTTCGAGAAGGAGGCGTCGGACTGCAGACTGGGCTTTAAACCTGGCCGACCTTTTTCTGGTGTGACTGCGTGCATCGACTTCTGCGCGCATGCGCACCGCGACCTGCACAACATGAACAACGGCTGCACGGCCGTGGTGACGCTCGCCAAGCACCGCGCGCTCAGCCGGGCCGGCGACGAGCAGCTGCACGTGCTGCCGCTCTACGTGCTCGACGACACCGACGAGTTCGGCTCCAAGGAGGGCCAGGACGAGAAGGTCGCGAGCGGCGCGCTGGAGATACTCGACAAGTATCCCATGGAGGTCCGTGTGCGCTCAGTGCCGTTACAGCCATGCAGGAGGCACGGCAAGAAGCGGAAAGAAGAAGACAGCGGGGACTCTGCGAACAACTCGACTAACAACACACCACAACAAAGTCCTGGAAACAATCAGAAAAAGACTCAGTGCTCTACCCCCACGCCTCGAACTCCGCAACCTGACGCCAGGAATAACGCGAGTCCACGAAGCCAAAGCAGCTCATCGCCCAGAGCCGGCACCCCGTCTTTTAACCAGTCCAACCCATCCGCGTTTACCAATAACCAACACTACAATTCCGCTTTCATCAACCCTAACATGCACAACCAGAGTCAAGGCGGTCTCATGAATCCGAACTTGGGCAACCCTGCCTTGTTGGACATGGCGACAATGATTGACAACTTCACCGATGCCCAACTCCAGAGCAATCAGATCTCGAGCACAGTTTTAGACTCTCCATACAATCCGTACGATCAAAGCTACAATCTCCATCATCAAAACGCCATATACCAAGCAAACTCTATAGCGGAAAATAATTCGTGCCAAAATCAAAATCCCAACCAGCTGCCCAGCTTTGCCACCGGTCTCCCGAAACGAGATCAACAGTTCAATGCCGCTAACACTCAGATCAATGTACAGAATCAATGGCATGACTTTAATAGCGCTCAAATATTCAATAATGTGGTTAAAGAAGACCCTGATTCTACGACGGCTCATTTGAACGTTCCCCCGAATAACTACAGTCCAGATTCGAACAGGAGCGACACCAACTCCAATCAAATGCTACAAAAAAATAACGAAACCGTTAAACAGAGCGCTGTCGGAGAGATAAATCAGAAGTTACCGGAATTCGAGATGCCATGTTCCCCGCGCCTGACCGAATTATCACAGAACTCACAGAGCACACCCCCGTCTCCGGCGTCATCTCAAATATCCGACCTCAGATCACCGAACAACGAATCGCTCAATTCGTCTGACGTTCGTCAGAGCGTTTGGAAGTCGCCGGATTCTAAAAACTGGGATCAGTCGAAACCTAAAGATCAATTGACTCTTGAAAATGAAAATCTGTTGTTTCGAGTGCCAAAAGCCCGGCCACCGTCTAGATCGCAGCACGTAAATCCAGAAAATTTGGAGAATCCCACCTTTCTGAAACCTTACCCGCCCTCTGATAGACCGCACCTCAATCAGGGCTACGAGCACAGGAGTCCCTACGATGCGAGAGTGCAAAATAACACTACCCCACAAACTTCCGCATCGCAAACAAATTACACTATCAATCACGAAGAAATCAATCAAGCGACAGCAAACAAACCTGATTTCACCGGAAACAATTTTCATCCCGTTAACCAAACCTCGTACGGAAACCAAGCTCCCATTCAAGGATATGGAAATTATCCGCAGATGACAAACGCCTATCCGTTTTCAGCCAGTCCGTACGGACATTTCAACCCGTATGAGAATTCTTACAACGACTATAACCTCGCTTACTACAATGCAGAAAAATACAAAAGAGAGGAGTTATTGAGAAACTCGCACTGTTACAATTCATACGGGTATCAGTACAACCCAAATTTCACCTCCAACTTTTATCAAAATCCGAGTCCGAATTGGTGTCAAACATCGCCAAACTGGTGTCTGTACCCACCACCGTTCACTATCCCGTACCCACCGGAACCGCCTAAAGCTGAGCCCATCGGCGAAGTCACAGAATACACCGAGAATCTGGAATGCTTTAAAGACAGCCAAATGGGGGGCGTCGCCATCGCTCTCGGACATGGAAGCGTCCTGTTCGAGTGCGCCAAACACGAGATGCACTCGACAACCGCCGTCAGAGCTCCGAACCGAGTCACTCCGACCAGGATCTCGCTCGTATTCTACCAGCACAGGAACTTGAATCGACCTAAGCACGGGCTCGAGGAGTGGGAGGAAAAGATGAGGTTGAAGAAATTAGGGTTAAATCCGCCGACGCCTAGCACCCCGGCACCGGCCGCGATCGCACCGACGCCGGTCGCAAGGCCAGGGCCAATAGGACCGATTGCGGGGCCAGGGTCGACGGGTCCAAGGTCTGCGGGCCCGGGCCCGGCGCTGGTGCGTGCCGAGACGCACACGACGACATCATGGACGACGCTGTTCCCCATGCACGGCTGCACGGTGACGGGCCCCTACCAGGAGTCGGCCACCTGA

Protein

MPQQSATCITAVPSKTVEVVETSYRGRKPLGGTAGVPGAPGVAVPGVATAASPSPAPQTPAAPSPAPATTPAMKQEHPSQPMAPMPFYAGDPNRFPTTWQTDPSQGWQNQFIQQLPTQTGQTTLDYQGNHTAYATSPHYQANTTYTVQNVATTFDVTNSTYYQAGVQAVPAQRPPSNRGAYTPVPSPRAPHYTTEYQQQYAQQASTPGATSGTDSRPASAASYQSNAPTAATPVYSVGQNYERSEYSTEHSEEYNNSESGTGDTNNEVERQEQNSTSGQQSGNAEPGYLQGSNGPRASLDCSGYSGAYNSGQYRENGQMQNQQQLQAQQQLQSQQMQNQQQLQNQQHMQNQQQIQNQQQMQSQQQMQNQQPMQNQQQMQTQQQMQNQQQMQSQQQMQNQQQMQNQQQMQNQQQMQNQQQMQSHHQQLQIQNQQLQNQQLQQQRQDESEQQMFSQSDRVNLNSRLKTMILNKQNHSRDGTNTPPDKGDPGEGPPRDDRKTGPTSVNDDRNTTGHFLSYSHHLRDNYRLGEQVYPAAGNYSQSTHAYSVSEFGGGGHQVWEGGTEALRGYDKHVPNKNVSKTSQKLPSYADVRSQYGAYTTVSYEPHKYAEAYNSDSLGLNQQDSKDFQSKMLIGPVSEMNQQNCTTTQDTNAQTRAYDREAYDAKFRHPSAPLIPKLEIPDSYQYHKDERLIKTEVQRPVNQNTYTKQNEMSINSLYRDYPNGIVSRSQQNTVLPPISTIKQEGFAQSPQTYQNFQNYPYRIDQRPDQTGSFAQIPRTQENIGFQKYNRSYNENKESKSTENKSSSDKNTPSEPRSYYIEQIKSEHSPPGHKIYKNMNYSPPRDEPYLFPGDGGPTAIKNEVGYSCCRQGSTKKPPPEHLRDGACPGYQTKDEVLEDEPETTDKNDPKNQKATAPTPDVTKPKENQFNYSKEYLENLERLRTNSRTEVPDCNCFPADKNPPEPGSYYTHLGSASSLAELRRELEARTGLSGKELRIEKICYTGKEGKTAQGCPMAKWVIRRANYTEKVLVVVKCRNGHKCPTAWIVVCLVAWEGIPQSEADLDYTLLSHKLNRYGLPTTRRCATNENRTCACQGLDPETCGASYSFGCSWSMYYNGCKYARSKTVRKFRLSVKTEESEIEERIHVLATLLSPLYMNLAPRAFDNQCQFEKEASDCRLGFKPGRPFSGVTACIDFCAHAHRDLHNMNNGCTAVVTLAKHRALSRAGDEQLHVLPLYVLDDTDEFGSKEGQDEKVASGALEILDKYPMEVRVRSVPLQPCRRHGKKRKEEDSGDSANNSTNNTPQQSPGNNQKKTQCSTPTPRTPQPDARNNASPRSQSSSSPRAGTPSFNQSNPSAFTNNQHYNSAFINPNMHNQSQGGLMNPNLGNPALLDMATMIDNFTDAQLQSNQISSTVLDSPYNPYDQSYNLHHQNAIYQANSIAENNSCQNQNPNQLPSFATGLPKRDQQFNAANTQINVQNQWHDFNSAQIFNNVVKEDPDSTTAHLNVPPNNYSPDSNRSDTNSNQMLQKNNETVKQSAVGEINQKLPEFEMPCSPRLTELSQNSQSTPPSPASSQISDLRSPNNESLNSSDVRQSVWKSPDSKNWDQSKPKDQLTLENENLLFRVPKARPPSRSQHVNPENLENPTFLKPYPPSDRPHLNQGYEHRSPYDARVQNNTTPQTSASQTNYTINHEEINQATANKPDFTGNNFHPVNQTSYGNQAPIQGYGNYPQMTNAYPFSASPYGHFNPYENSYNDYNLAYYNAEKYKREELLRNSHCYNSYGYQYNPNFTSNFYQNPSPNWCQTSPNWCLYPPPFTIPYPPEPPKAEPIGEVTEYTENLECFKDSQMGGVAIALGHGSVLFECAKHEMHSTTAVRAPNRVTPTRISLVFYQHRNLNRPKHGLEEWEEKMRLKKLGLNPPTPSTPAPAAIAPTPVARPGPIGPIAGPGSTGPRSAGPGPALVRAETHTTTSWTTLFPMHGCTVTGPYQESAT

Uniprot

H9JT37 A0A2A4IZS2 A0A2H1WRH9 A0A3S2NXQ7 A0A194RG27 A0A194Q7U7 + More
A0A0L7LMA7 A0A212FDI0

Pubmed

19121390 26354079 26227816 22118469

EMBL

BABH01030707 NWSH01004165 PCG65417.1 ODYU01010509 SOQ55663.1 RSAL01000108 + More
RVE47230.1 KQ460416 KPJ14891.1 KQ459324 KPJ01612.1 JTDY01000645 KOB76351.1 AGBW02009028 OWR51825.1

Proteomes

UP000005204 UP000218220 UP000283053 UP000053240 UP000053268 UP000037510 + More
UP000007151

PRIDE

H9JT37

Pfam

PF12851 Tet_JBP

Interpro

IPR024779   2OGFeDO_noxygenase_dom        + More
IPR040175   TET1/2/3
IPR002857   Znf_CXXC
IPR027267   AH/BAR_dom_sf

SUPFAM

SSF103657 SSF103657

ProteinModelPortal

H9JT37 A0A2A4IZS2 A0A2H1WRH9 A0A3S2NXQ7 A0A194RG27 A0A194Q7U7 + More
A0A0L7LMA7 A0A212FDI0

PDB

4NM6 E-value=2.40602e-106, Score=992

KEGG

101743969 no KO assigned | (RefSeq) uncharacterized LOC101743969

GO

GO:0080111 GO:0006211 GO:0070579

PANTHER

PTHR23358

Length:

1990

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.16549

Exp number, first 60 AAs:

0.16251

Total prob of N-in:

0.00743

outside

1 - 1990

Pi

169.522124

Theta

169.000831

Tajima's D

0.539986

CLR

0.722185

CSRT

0.532073396330183

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics