Silkworm Genome Informatics Database

Gene

KWMTBOMO06037

Pre Gene Modal

BGIBMGA002836

Annotation

PREDICTED:_uncharacterized_protein_LOC101736218_isoform_X1_[Bombyx_mori]

Location

Bomo_Chr10(+):16870856-16885585 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.615

CDS

ATGGATGCACAGCAGTGCAAATCACTTCAAAAGTTTGAGGATCCGAAAACGGAAATTTTGAAAAAAAGATTATTAAATTCGGTGAACACGTCGATCGAGCCGAGCATAAATCAGAATAATTCTCAGCATAATGTGCTACTAAACGCATTACGTGCACCAATATCGAGCAGTATGATCGTGTCCTCGATGCAAGCGCCGCAGAGCTCTATGCCTTTAACACACAATTTAGTCACACATTCTTTGGCTCCAGTTAAAATTCACACAAATAACTCTCCTTATCCTCTGCAGTTATCCACTGTTCACGTACCAGTGCAGATTCCTGGCTCTACATCAAATATCAATGTTCCTGTGCAGTTGTCTACAACTTCTAGTACAGTTCCTTTGCAAATAGGACCTACTGGTCTCCCAATACAAGTTTCTGGAACAACTAATGTTCCCGTTCAACTTCCAGCTGGTGAAACAATCAATGTTCCATTGCAGCTTCCAACTGGAAGTCAGAACATTCAGCTGACTGGCTCAACATTACCTTCTATGCCTTTGTTGCAAAACAATCAATCTATACAAAGTTCTATAATTCACGTCCATATGGGATCTAATCAAAGGCAGTCAAACATGGATTCAGGTACTGATCTAACAGTGACCGCTTCTTCTCAAGTTCAGATGCCAGACTCAACAGGTGTTCAAGTGAAAATGAATACCACAACAGGATCTCAAGTGCACATAGCACCCAATCCTGGTATAGTCCAAATCCCCAACACTACAAATAGTTCAATACAACTTAGAAATTCTGCTAGGCCAATGCCACATGTTGTGTACATTCAAACACCAAATGGCTTAAAGCCTGTGACTAGTACCGACATGATAAGTCAGGCGAGCACCAGTGGAAATCCACCACAAATCATTGTAAGAAGACCAGTAACAAACAATTCAAACATACATTTGATATCCAACGTAAATAACAAGCCAAACTTGGCCCCTAAAGCATCAAATCAGAATAAATCTTCAATACTGGCTCCAGTAAATGCCAGTCAGCCTATTGTTATACAAAAACCTAAAAATGAAAAAATGATCGTACCAGTCAGCATAGCGCCAAACATACCTAGCAAACAGGCCATCGCTTATTTGGGTTCTGTGAAAAAATCGAACCAAAAACCAGTCAATGAAAATCAGTCCATCTTAATATCGAATAACCAGACAAATGCCAACAATTCAAACCAAAAATTATTTTTGACGCCGATGCCGAAAATTCCGAATACAAAATTTATTTTACCAGTTACTTTACCTGCGACTATGGCTTCTAAGGGACCCATCATTAATCTCCAGATAGCTAACGGGCAAATACAGAATGATCCCCAAGGCAACATCACTGTTATGCGCGATACTATAGATGCCACAGAAATGCCTCCACTTCAGCCTTTAGGCAAGTCTAGTTCTATGAATGGCAAAGATAATGCCATACCTCTAAGTCCCAAGGGAGAAAAGCCTTTCGCGATATCCATTCCTGGATCTAGGGCGGAGCCTACTGGCGAACAAGGCGAATATTGTCTGTCTATACCGGAGACGAATGCATCCCTTAATGACGATATTTATACTGTTTCAATAACAGATGAAGACGGAGCGCACAGAGAAAAATCCTTCACATTGGCCATACCAGAAAAAGGAAAAAGCTTATTAAACAGAAATATTATTGATAGGAATGATCTTGCTCCTGTAACTGTTGCAGCTCCTGCTATTTTGAGACGTTCGAATTCTGATAATAGCGATCGAAAAACCTCCAACGCCAATCTGAAGAGACGTATATCACTTTGCACTGACAACATGTCTAGTAAAAATGTGCTTTTAAATTTGTCCTTACAAAAACCAATTACGAAATCTGAGGATGAAACAGAAAATAATGATGATCACCGTGTACCTTCATTGTTCTGTGATGAGAAACTAGAAAAAGATCTGGACACCAAGAATATGGGAGATTCAGATAGTGATGAATACAAAGTAAAAATTGAGACCCTGAAAAGGAATTCCGAAGGATACTATGAAAAGCTTGAGGAATATGTTGATCCTCCGAGAATTAAACAAGAGAATGAGATGTTAGAAGAGGATCCACCTGGACTAATTTGGAATAACGGCATAGCTACCCTACAAGGCAGCAACTTACAATTTCGCGCCAACGAATTCGGCATCATTGATTTAATAAGTGTTTTGAACCATGAGGAAAGTAATGGTACTTGTTCTAAATATCAATCGCCAATGAAAAGGCAACAGGATAAGAAACCTAATTCTCCTGAGGACATGTTCTGCTGTGATGGCTGTGGTTGTCACGGAATGGCGGCAGATTTTATTACTCCGAACTTCTGTAGTGTTACTTGCCAGAATGAAGTCCAAAAGGTACTGCAAAAGAAAAGGGATCGTGAGCGAACTGAACTGCTCCGCAAACGAAATAAAATAAAAAAGTTACTTATGAAGAAACAGTTGTCTGATTCGGATATTCCAGCTGACGGTAAAGACGACAAAGTGCCGTTGAAACATTACGATTCTATGCCATCTACGAACCTGTCGGAATCATCTCTGCTCAAGATGTCGGACGAGGCTGTCGAAAACGAAAAGTACCCTTGGATGTGTGGAAAGAATGGGTTCTCATGGATGCGATACTTAGAAGTGTGTAAGGCAAAGGCCGCACCCGTGAAATTATTCAAAAATCCGTTCCCATTAAACAAGAACGGTTTCAGAGTAGGCATGAGAATGGAAGCTATAGATCCTCAGCACCCGTCGTCGTTCTGTGTGGTGTCTGTGGCGGAGGTTCAAGGCTACAGAATGAGATTACATTTTGACGAATATCCTGATGTTTACGATTTCTGGGTGAATGCCGATTCTATAAACATATTCCCGCCGGGCTGGTGCGACAAGAACGGACGTCCTTTGAAGCCGCCTGCCACCTACACGTCCACTGCGTTCTCGTGGCCACTCTACTTGAAGCAGATACGAGCTGTTGCAGCACCAAGGCAGCTTTTCCAGCATGTCACCAACTCTATCTTCAAACCAAACTGCTTCCGTATCGGCATGAAGTTGGAAGCCGAAGACAGGAAGAATGATCTAGTCTGCGTTGCAACAGTTGCTGACACCTTGGACCATCGGATACTTGTCAACTTTGACAGCTGGGATGAGATGTACGACTACTGGGTGGAGCCAAACTCCCCATACATACACCCCGTGGGCTGGGCTGAGCTGAATGGAGTGTCCCTTACGCCACCTAATTTTTACAAAGATCCTGACACATTTTCATGGGAGAGCTACCTGGCAGAAACTGGTTCCTCTGAAGCCCCACCTCGAGCCTTTAAACACCGTTTACCTCAAGGATTTGAACCGGGCATGAAACTAGAAGTAGTTGATAAAAGGGTGCCATTCCTGATCCGTGTCGCCACGATAACGGCAGTGAAACGTCACCAAGTTCGAGTATCATTCGATGGTTGGCCCGATGACTTGTCTTATTGGTTAGATGACGATTCACCCGATTTGCACCCGGTAGGATGGTGCCTTAAGACCGGACACCCACTCGAGCCACCACTCAGTCCGGAAGAACTAAGTATGAGAGGTCCGTGCGGCGTCGGCGGGTGCCGCGGGCTGGGCTCGGCGCACGGCGGCGCCCACAAGCAGCACGTGTCGGCGCACGCCTGTCCCTACGCGCGCCCCGCCGCCCTGCACGCGCCCCGCACCCCGCGCACACCCGACCTCGTGCTGCCCAGGGAGAGGAGGGTTCTAGGGAAACCATTAAAGTCGAGACCTGCTAGCAGTCTAAACAACAACGCGCCCAAAGATAGGCCACGCGGAAGACCGCCAAAACACAAGCGGGTTGAAGAAGTTGTGAAGAATGATCCGATGTCTGATGAGGACTCGATCGCGAGTAGCGGTTGCAAGCGATGGCGCGGCACGAACCAGGACAGCGAGTCCACGTGCCGCTCTCCCGCGCCCGCACTCACACCCGCACTCACGCCCGCACATGCTGTACGGATCAACGCGCATCTCACGCAGCTGGCTCTACCAGCCGACCCTGCGCTCTGGACGCAGGAAGAAGTTTCGGCTTTAGTGGCGCGAGTGGCAGGAAACACTGCAGGTGCCGCCACTGCAGCTGCTCAGATGGGTGGTGCTGAGCTTGTGATGGCCTCAAGGGAAGAACTTGTCGCCTGTCTTAAACTTCGACTAGGGCCTGCAGTCAAACTGTACGCAGTGCTCTTGCAACTTCGTCAGATATGTTCGGCTTTACCTTCGTGA

Protein

MDAQQCKSLQKFEDPKTEILKKRLLNSVNTSIEPSINQNNSQHNVLLNALRAPISSSMIVSSMQAPQSSMPLTHNLVTHSLAPVKIHTNNSPYPLQLSTVHVPVQIPGSTSNINVPVQLSTTSSTVPLQIGPTGLPIQVSGTTNVPVQLPAGETINVPLQLPTGSQNIQLTGSTLPSMPLLQNNQSIQSSIIHVHMGSNQRQSNMDSGTDLTVTASSQVQMPDSTGVQVKMNTTTGSQVHIAPNPGIVQIPNTTNSSIQLRNSARPMPHVVYIQTPNGLKPVTSTDMISQASTSGNPPQIIVRRPVTNNSNIHLISNVNNKPNLAPKASNQNKSSILAPVNASQPIVIQKPKNEKMIVPVSIAPNIPSKQAIAYLGSVKKSNQKPVNENQSILISNNQTNANNSNQKLFLTPMPKIPNTKFILPVTLPATMASKGPIINLQIANGQIQNDPQGNITVMRDTIDATEMPPLQPLGKSSSMNGKDNAIPLSPKGEKPFAISIPGSRAEPTGEQGEYCLSIPETNASLNDDIYTVSITDEDGAHREKSFTLAIPEKGKSLLNRNIIDRNDLAPVTVAAPAILRRSNSDNSDRKTSNANLKRRISLCTDNMSSKNVLLNLSLQKPITKSEDETENNDDHRVPSLFCDEKLEKDLDTKNMGDSDSDEYKVKIETLKRNSEGYYEKLEEYVDPPRIKQENEMLEEDPPGLIWNNGIATLQGSNLQFRANEFGIIDLISVLNHEESNGTCSKYQSPMKRQQDKKPNSPEDMFCCDGCGCHGMAADFITPNFCSVTCQNEVQKVLQKKRDRERTELLRKRNKIKKLLMKKQLSDSDIPADGKDDKVPLKHYDSMPSTNLSESSLLKMSDEAVENEKYPWMCGKNGFSWMRYLEVCKAKAAPVKLFKNPFPLNKNGFRVGMRMEAIDPQHPSSFCVVSVAEVQGYRMRLHFDEYPDVYDFWVNADSINIFPPGWCDKNGRPLKPPATYTSTAFSWPLYLKQIRAVAAPRQLFQHVTNSIFKPNCFRIGMKLEAEDRKNDLVCVATVADTLDHRILVNFDSWDEMYDYWVEPNSPYIHPVGWAELNGVSLTPPNFYKDPDTFSWESYLAETGSSEAPPRAFKHRLPQGFEPGMKLEVVDKRVPFLIRVATITAVKRHQVRVSFDGWPDDLSYWLDDDSPDLHPVGWCLKTGHPLEPPLSPEELSMRGPCGVGGCRGLGSAHGGAHKQHVSAHACPYARPAALHAPRTPRTPDLVLPRERRVLGKPLKSRPASSLNNNAPKDRPRGRPPKHKRVEEVVKNDPMSDEDSIASSGCKRWRGTNQDSESTCRSPAPALTPALTPAHAVRINAHLTQLALPADPALWTQEEVSALVARVAGNTAGAATAAAQMGGAELVMASREELVACLKLRLGPAVKLYAVLLQLRQICSALPS

Uniprot

H9J001 A0A2H1VXK8 A0A194Q9V1 A0A0N1I4T8 A0A3S2LSB8 A0A2A4IY19 + More
A0A2A4IWG4 A0A0L7KMG9 A0A0T6B2U5 A0A1Y1M760 A0A088A124 A0A2A3ELQ6

Pubmed

19121390 26354079 26227816 28004739

EMBL

BABH01018863 ODYU01005004 SOQ45456.1 KQ459472 KPJ00201.1 KQ461186 + More
KPJ07366.1 RSAL01000262 RVE43326.1 NWSH01005303 PCG64308.1 PCG64307.1 JTDY01008911 KOB64320.1 LJIG01016175 KRT81389.1 GEZM01041831 JAV80135.1 KZ288215 PBC32640.1

Proteomes

UP000005204 UP000053268 UP000053240 UP000283053 UP000218220 UP000037510 + More
UP000005203 UP000242457

PRIDE

H9J001

Pfam

PF02198   SAM_PNT        + More
PF02820   MBT
PF01530   zf-C2HC
PF00536   SAM_1

Interpro

IPR003118   Pointed_dom        + More
IPR002515   Znf_C2H2C
IPR004092   Mbt
IPR013761   SAM/pointed_sf
IPR001660   SAM
IPR036060   Znf_C2H2C_sf

SUPFAM

SSF47769 SSF47769 + More
SSF103637 SSF103637

Gene 3D

1.10.150.50

ProteinModelPortal

H9J001 A0A2H1VXK8 A0A194Q9V1 A0A0N1I4T8 A0A3S2LSB8 A0A2A4IY19 + More
A0A2A4IWG4 A0A0L7KMG9 A0A0T6B2U5 A0A1Y1M760 A0A088A124 A0A2A3ELQ6

PDB

4L59 E-value=9.50158e-102, Score=951

KEGG

101736218 no KO assigned | (RefSeq) lethal(3)malignant brain tumor-like protein 3

GO

GO:0008270 GO:0005634 GO:0043565 GO:0006355 GO:0008026 GO:0016818 GO:0004003 GO:0003677 GO:0000723 GO:0006260 GO:0003700

Length:

1421

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.0281099999999999

Exp number, first 60 AAs:

0.0186

Total prob of N-in:

0.00124

outside

1 - 1421

Pi

26.555374

Theta

23.687961

Tajima's D

0.160314

CLR

1.769967

CSRT

0.424728763561822

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics