SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO06993  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA010481
Annotation
PREDICTED:_uncharacterized_protein_LOC101737213_[Bombyx_mori]
Location
Bomo_Chr12(-):1270801-1291959      View in EpiBrowser
Transcription factor
MH1
Location in the cell
Nuclear   Reliability : 2.63
 

Sequence

CDS
ATGAAAATACAGTTCCCAAGCAACCAACTGAAGACCACGTCAGCAGTTGGTAAAGGAGAAACATCATCGAATAATCAATTAAAACTTAACAAAGACACAGTATTAAAAGGACACTACATAGTCAGACCTGCAACGACAAATGCTTTGGATAAAACGCAAAATGTTGAACCACTGACTACAGATTCAGCATACCAAATTCCTCTACTACCGCCAAGCACACAACCTGCTGATAGCTTACTAAGCAAAGAAAGCAATCAAGAAGTACTAGAAAAGATTATAGAAGAAGTCATAAAAGATAATAAATATGAAAACTCAGACGATACTAATCCTGTAAAATTTATTTACAAAGAGGAATTGGTACCTAATGCTGCTATTGAAAATCAAGAGAATGTAACGACAACTACAGACTTAAAAGGTTTCCTTAAAAACATTAAAGAAATCAAACATTCTGAAGAAAAGATCGAAAATTTCAAGGAAAATAAAACACAGGAGTGGAAAAGTAAAAAAAATATGACTATCAAAAAAGCAGAATCTATTACTCAACATGACGTATCTAAGAAGACCAATGAATATACAATTGAGAAACGAAACGAAACTCGCGAAGAGAGTGACTTTGAATCTAACAAACAACTATCAAAATACACTGAGGAATCTCAATTTGAATTGAACACCAGGATATCTCTTACCGAAAATAGTGATGAATTCGCAGCTCTGAACGAATATCTAGAAGAAGTGAAAAAAATTGAAAATCAAAATAAAGCATATGAAAAAGTAGAACAGAAATCGTTACAAGCGGAGAAATTTGACGATCTAGAATTTTGGAGACAAGAAGCGGAAAAGGAAGAAAAAAAACGCGAAAAGGAAATAAGAGAAATGCAAAGTAAATTGAACGGTGGCAGACACACAGAAATGACAGAAAAGGAGTTAGTGAGCAAAGCTGAAGAGCTTGTGGAAAACGATGAAGATGAATTTTGGAATCAAGAAGCTATATATCTAGACAATAATTATGAAAATTCAAAAACCCTGAATAAAACAAATTCTTCTATATCTTCGACTACTAACCCTAAGCAGCCGATTACTGGCGCAAATATAGCTAAAACTACAGCAACTGAGCAATCCACGACTGAGGCCAAGGTACTTTCGACGACTGAACTTAAGCAGTCGACGACTGCGACAAGTGTACCATCAACTGTGGCTAGTGAGCAATCTACGTCTGAGATAAGTGTACCGTCAACTACCGGTACTGAGCAACCTACAACTGAGACAAGTGTACCATCGACTACTGCTACTGAGCAATCTAGGACTGATATAAAACTGCCTTCAACTACGTCTACCGTGCAATCTACGACTGAGACAAATGTACCATCAACTTCGGTTACTGAGAAATCTACGACTGAGACAAGTGTATCGTCGACGACCAAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTACTGAGAAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACGGAGACAAATGTACCATCAACTTCGGCTATTGAGAAATCTACGACTGACACAAGTGTACCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGTTACTGAGAAATCTACGACTGAGACAAGTGTATCGTCGACGACCAAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTATTGAGAAATCCACGACTGAGACAAGTGTACCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGTTACTGAGAAATCTACGACTGAGACAAGTGTATCGTCGACGACCGAGCTTAAACAGTCGACAACTGAGACAAATGTACCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGTTACTGAGAAATCTACGACTGAGACAAGTGTATCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGTTACTGAGAAATCTACGACTGAGACAAGTGTATCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGACCAAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTAGCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTATTGAGAAATCTACGACTGACACAAGTGTACCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTATCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTACCGAGCAATCTACGACTGAGACAAGTGTATCGTCGACGACCAAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTAGCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTATTGAGAAATCCACGACTGAGACAAGTGTACCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGACCAAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTATCGTCGACGACCAAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTACGGCTACCGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTTCGGCTATTGAGAAATCTACGACTGAGACAAGTGTACCGTCGACGACCGAGCTTAAACAGTCGACGACTGAGACAAATGCATCAACACCTACTGCTACAGAGCAATCTACGACTGAGACAAGTGTACCGTCGACGATCGAGCTTAAGCAGTCGACGACTGAGACAAATGTACCATCAACTACGGCTATTGAGCAATCTACAAATGAGACAAGTGTACCATCGACGACCGACGACAACGTGCAACCAGTAACCAAAGAGGATGTGACAGAACCAACAGCTGCATATATTAAAGTACAGTCTACTACTGTCACTGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAATACCACTACAGACGCAGAAGCACAGTCTACTACTGTCACCGAATCAAATACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGGCACTACAGACGCTGAAGTTCGTTCTACCACTGTCAACGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAACAGCAGTGCGATCTACTACCGCTACAGAGAGTGCCATCACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTAGTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAACAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCATCACAGACGCTGAAGTTCAGTCTACCACTGTAACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACCACCGCAACAGAGAGTGCCACTACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCAGAAGCACAGTCTACTACTGTCACCGAATCAAACACTACAGACGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCTCTACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAACAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCATTACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCGGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAATCTCAGTCTACCACTGTCACCGAATCAAGTACTGCAGGAGCAGCAGTCCAATCTACTACCGCTACAGACGCTGAAGATCAGTCTACTACTATCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCGGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAATCTCAGTCTACCACTGTCACCGAATCAAGTACTGCAGGAGCAGCAGTCCAATCTACTACCGCTACAGACGCTGAAGATCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCATTACAGACGCTGAAGTTCAGTCTACCACTGTCAAAGAATCAAACAGTGCAGGAGCAGCAGTGCAATCTAGTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAACAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCATCACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACCACCGCAACAGAGAGTGCCACTACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATTTACTACCGCAACAGAGAGTGCCACTACAGACGCAGAAGCACAGTCTACTACTGTCACCGAATCAAACACTACAGACGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCTCTACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCAGAAGCACAGTCTACTACTGTCACCGAATCAAACACTACAGACGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCTCTACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCATTACAGACGCTGAAGTTCAGTCTACCACTGTCAAAGAATCAAACAGTGCAGGAGCAGCAGTGCAATCTAGTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAACAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCATCACAGATGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGCGCAGCAGTGCAATCTACTACCACTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAACAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCATCACAGACGCTGAAGTTCAGTCTACCACTGTAACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACCACCGCAACAGAGAGTGCCACTACAGACGCTGAAGTTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGCCACTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCATTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGCCACTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACTCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCATTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATTAAGTACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAATGCCACTACAGACGCAGAAGCACAGTCTACTACTGTCACCGAATCAAACACTACAGGCGCAGCAGTGCAATCTACTACCACTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACTAATGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGCCACTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGCCACTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCATTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGCCACTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACCACTGATGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGACTGCCATTACAGACGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTCCAATCTACTACCGCAAAAAAGAGTACCACTGCAGACGCTGAAGCTCAGTTTACTACTGTCTCCGAATCAAACACTGGAAGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAACACTACAGGAGCAGCAGTGCAATCTACTACCGCTACAGAGAGTGCCACTACAGACGCTGCCACTACAGACGCAGAAGCTCAGTCTACCACTGTCACCGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACTACTGTCACCGAATCAAACACTACAGGAGCAGCAGTCCAATCTACTACCGCAAAAAAGAGTACCACTGCAGACGCTGAAGCTCAGTTTACTACTGTCTCCGAATCAAACACTGGAAGAGCAGCAGTGCAATTTACTACCGCTACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCATACACTACAGGGGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCAGAAGCACAGTCTACTACTGTCACCGAATCAAACACTGCAGGAGCAGCAGTACAATCTACTACCACTACCGAGAGTGCCACCACTGATGCTGAAGCTCAGTCTACTACTGTCACGGAATCGAGCACTGCAGGAGCAGCAGCGCAATCTACTACCGCAACAGACAGTGCCACCACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAGTTCTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAAACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAGTTCTGCAGGAGCAGCAGTGCAATCTACTACCACTACCGAGAGTGCCACCACTGATGCTGAAGCTCAGTCTACTACTGTCACGGAATCGAGCACTGCAGGAGCAGCAGCGCAATCTACTACCGCAACAGACAGTGCCACTGCAGACGCTGAGGTTCAGTCTACCACTGTCACCGAATTGAGCACTACAGGAGCAGCAGTGCCATCTACCACCGCAACAGAGAGTAGCACTACAGATGCTGAAGCTCAGTCTACTACTGTCACGGAATCGAGCACTGCAGGAGCAGCAGTGCAATCTACTACCGCAACAGAGAGTGCCACTACAGACGCTGAAGCTCAGTCTACCACTGTCACCGAATCAAGTTCTGCAGGAGCAGCAGTGCAATCTACTACCACTACCGAGAGTGCCACCACTGATGCTGAAGCTCAGTCTACTACTGTCACGGAATCGAGCACTGCAGGAGCAGCAGCGCAATCTACTACCGCAACAGACAGTGCCACTGCAGACGCTGAGGTTCAGTCTACCACTGTCACCGAATTGAGCACTACAGGAGCAGCAGTGCCATCTACCACCGCAACAAAGAGTAGCACTACAGATGCTGAAGCTCAGTCTACTACTGTCACGGAATCGAGCACTGCAGGAGTAGCAGTGCAATCTACTAGCGCTACAGAGCGTGCCATCACAGACACTGAAGTACAGTCTGCTACTGTCACCGAATCAAACACTGCGGCTAAGGTCCACGATCAGCCTACTAGAACAGTATTTACCTCGCCATGTGGAAATCATCCAACTTCTGTTGCAACTGACAATACTTCTGAAAAAGAAAGTAAACAGACCAACACTCCAACTGAACATACAGTCATTGTAGCACACAATCAATTACACAAAACTCAAACTAAGACAACAGCTTCGGCTCATCCAATTCTAGAAACAGTATCTGGAATGCCCTCCATACATTTAACTTCCAAAAACGATCCCCCAACAACAGATGAACCAATAGAAATTTGGGAACAATCCACGAAACAGTTTGCTCCAACAACATTTATTTCTGAGTCTTTAGTTTTGAAGAATAAGCAAACTCAATTTAAAGTGATACCACTAGAAATTCCTACAGAAGCGACACAGAAGCCTGTGCAGTCCACAATCGAGCCTATACATCCTAAAACCAAACCTGAGCAATCGACAATAAAAACGGTGCAGTCCACAGACCAATCAACACAGGCAACAATGGGATCATTTCCATCGATTGTCAAACCCATACAATCGCGCGAGTCGAATGTATTCAATGTCAAAGCGATATCGTCAATCGAACCTTTGAAATCGACAACTGAACCAGTACATTCGATAACACAATCGACAGTTGTATCTAAACAGTCATCAAACGAACCTCTGCAGGTAACAATCGAACTTCTGCAATCATCAATCGAACCTACACAGTCCACAGTCCAAACACAACAGTCGAGCGCACAACCTGGACAATTCGCAACCAAACCTGTTAATCGAATCGAAACAACTACAGAAAATCCAGAAAGCAAAAAATCAAATGAACATAGGCCATTCATACAAGTAACAAAATCAACAAAGAGTCCGATCGGGAGCACCCTAAAAGGATATTACCGAGAAATCAACCCTACCCAAGGCTTCGGTGATGATGTCGGGGAAAATGAAGATAAACGCAAAGGAAGATATGATTTATCTAAATTTAATCAAGCTCCGGCAATGCATATGGCCGTTGAAAACGAAATAACATTGAAGACTCTGATCGTCGAAGACGGATCCAAGTATGGACGCTGCTACTGGATGGACACTGACGATGGCGAGTCTTCAAGTAGCGGGCCTATGTCTAGCCTTAACAGCCTATTCTCATTTACCAGTCCCGCTGTCAAAAAACTACTTGGCTGGAAACAGGGCGATGAAGAAGAAAAATGGGCTGAGAAAGCAGTAGATAGTTTAGTCAAAAAGCTCAAGAAGCGGAAAGGTGCTGTCGAGGAGTTGGAGAGGGCTCTCTCGTGTCCTGGGACACCATCGAAGTGTGTCACAATACCCCGTTCATTAGATGGAAGATTACAGGTTTCTCATCGCAAAGGCTTGCCGCACGTGATATACTGTCGAGTTTGGAGATGGCCGGACCTTCAGAGCCACCATGAACTCAAACCTCTAGAGATTTGCCAGTTTCCATTTAGCGCCAAACAAAAAGAAGTTTGCATAAATCCCTATCACTATAAGCGTGTCGAGAGCCCCGTACTCCCACCTGTCTTAGTGCCACGGCATTCAGAGTTCGCTCCCGGCCATTCTCTATTGCCATTCCAAAGAACCGCCGAACCTTCTATGCCCCACAATGTCTCTTACTCTGGTTCAGGTTTTCCGCCTTCAGCCAGCTCTGAATTACCAGACACCCCGCCTCCAGCGTACTCGCCGCCTTCTGAAGACTCTGAACCTCCTGGCGAGGTGGCCCCAGTTTCCTATCAAGAGCCCCTATATTGGGCTTCAGTCGCATACTACGAACTAAACTGTAGGGTGGGTGAAGTGTTCCACTGTAACTCCCATTCTGTTGTCGTCGACGGCTTTACTGATCCTTCGAACAACAGCGATAGGTTCTGCCTTGGGCAACTCAGTAACGTTAATAGAAACTCCACTATAGAAAACACAAGGCGTCACATAGGGAAGGGAGTGCATTTGTATTACGTAGGGGGGGAAGTGTACGCGGAATGTCTGTCTGACGCTGCGATATTCGTGCAGAGCCGTAACTGCAATCACCATCACGGCTTCCATCCGTCGACCGTGTGCAAGATCCCGCCCGGCTGCTCGCTGAAGATCTTCAATAACCGGGAGTTCGCGCAGCTGCTGTCCCAGAGCGTGAACCACGGCTTCGAGGCGGTTTACGAGCTGACCAAGATGTGCACTATCCGGATGTCGTTCGTGAAGGGCTGGGGGGCGGAGTACCACCGGCAGGACGTGACGTCGACGCCGTGCTGGATCGAGATCCACCTGCACGGGCCCCTGCAGTGGCTCGACAAGGTGCTGACGCAGATGGGCTCCCCGCACAACGCCATATCCTCCGTCTCCTAG
Protein
MKIQFPSNQLKTTSAVGKGETSSNNQLKLNKDTVLKGHYIVRPATTNALDKTQNVEPLTTDSAYQIPLLPPSTQPADSLLSKESNQEVLEKIIEEVIKDNKYENSDDTNPVKFIYKEELVPNAAIENQENVTTTTDLKGFLKNIKEIKHSEEKIENFKENKTQEWKSKKNMTIKKAESITQHDVSKKTNEYTIEKRNETREESDFESNKQLSKYTEESQFELNTRISLTENSDEFAALNEYLEEVKKIENQNKAYEKVEQKSLQAEKFDDLEFWRQEAEKEEKKREKEIREMQSKLNGGRHTEMTEKELVSKAEELVENDEDEFWNQEAIYLDNNYENSKTLNKTNSSISSTTNPKQPITGANIAKTTATEQSTTEAKVLSTTELKQSTTATSVPSTVASEQSTSEISVPSTTGTEQPTTETSVPSTTATEQSRTDIKLPSTTSTVQSTTETNVPSTSVTEKSTTETSVSSTTKLKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVPSTTATEQSTTETSVPSTIELKQSTTETNVPSTTATEQSTTETSVPSTIELKQSTTETNVPSTSATEKSTTETSVPSTIELKQSTTETNVPSTSAIEKSTTDTSVPSTTELKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVPSTTATEQSTTETSVPSTIELKQSTTETNVPSTSVTEKSTTETSVSSTTKLKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVPSTTATEQSTTETSVPSTIELKQSTTETNVPSTSAIEKSTTETSVPSTTELKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVPSTSVTEKSTTETSVSSTTELKQSTTETNVPSTTATEQSTTETSVPSTIELKQSTTETSVPSTIELKQSTTETNVPSTSATEQSTTETSVPSTIELKQSTTETNVPSTSVTEKSTTETSVSSTTELKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVPSTTATEQSTTETSVPSTIELKQSTTETSVPSTIELKQSTTETNVPSTSATEQSTTETSVPSTIELKQSTTETNVPSTSVTEKSTTETSVSSTTELKQSTTETNASTPTATEQSTTETSVPSTTKLKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVASTTATEQSTTETSVPSTIELKQSTTETNVPSTSAIEKSTTDTSVPSTTELKQSTTETNASTPTATEQSTTETSVSSTTELKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETSVPSTIELKQSTTETNVPSTSATEQSTTETSVSSTTKLKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVASTTATEQSTTETSVPSTIELKQSTTETNVPSTTATEQSTTETSVPSTTELKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETSVPSTIELKQSTTETNVPSTSATEQSTTETSVPSTIELKQSTTETNVPSTSAIEKSTTETSVPSTTELKQSTTETNASTPTATEQSTTETSVPSTTKLKQSTTETNASTPTATEQSTTETSVSSTTKLKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVPSTTATEQSTTETSVPSTIELKQSTTETNVPSTSAIEKSTTETSVPSTTELKQSTTETNASTPTATEQSTTETSVPSTIELKQSTTETNVPSTTAIEQSTNETSVPSTTDDNVQPVTKEDVTEPTAAYIKVQSTTVTESNTTGAAVQSTTATENTTTDAEAQSTTVTESNTTGAAVQSTTATESGTTDAEVRSTTVNESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTGTAVRSTTATESAITDAEVQSTTVTESNTTGAAVQSSTATESATTDAEAQSTTVTESNTTGTAVQSTTATESAITDAEVQSTTVTESNTTGAAVQSTTATESATTDAEVQSTTVTESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTDAAVQSTTATESASTDAEVQSTTVTESNTTGTAVQSTTATESAITDAEVQSTTVTESNTTGAAVQSTTATESATTDAESQSTTVTESSTAGAAVQSTTATDAEDQSTTITESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESATTDAESQSTTVTESSTAGAAVQSTTATDAEDQSTTVTESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESAITDAEVQSTTVKESNSAGAAVQSSTATESATTDAEAQSTTVTESNTTGTAVQSTTATESAITDAEVQSTTVTESNTTGAAVQSTTATESATTDAEVQSTTVTESNTTGAAVQFTTATESATTDAEAQSTTVTESNTTDAAVQSTTATESASTDAEVQSTTVTESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTDAAVQSTTATESASTDAEVQSTTVTESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESAITDAEVQSTTVKESNSAGAAVQSSTATESATTDAEAQSTTVTESNTTGTAVQSTTATESAITDAEVQSTTVTESNTTGAAVQSTTTTESATTDAEAQSTTVTESNTTGAAVQSTTATERAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTGTAVQSTTATESAITDAEVQSTTVTESNTTGAAVQSTTATESATTDAEVQSTTVTESNTTGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESATTDAATTDAEAQSTTVTESSTAGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESAITDAEAQSTTVTESNTTGAAVQSTTATESATTDAATTDAEAQSTTVTESSTAGAAVQSTTATESATTDSEAQSTTVTESNTTGAAVQSTTATESAITDAEAQSTTVTELSTAGAAVQSTTATENATTDAEAQSTTVTESNTTGAAVQSTTTTESATTDAEAQSTTVTESSTAGAAVQSTTATESATTDAEAQSTNVTESNTTGAAVQSTTATESATTDAATTDAEAQSTTVTESSTAGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESATTDAATTDAEAQSTTVTESSTAGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESATTDAATTDAEAQSTTVTESSTAGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESAITDAEAQSTTVTESNTTGAAVQSTTATESATTDAATTDAEAQSTTVTESSTAGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATETAITDAEAQSTTVTESNTTGAAVQSTTAKKSTTADAEAQFTTVSESNTGRAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTATESATTDAATTDAEAQSTTVTESSTAGAAVQSTTATESATTDAEAQSTTVTESNTTGAAVQSTTAKKSTTADAEAQFTTVSESNTGRAAVQFTTATESATTDAEAQSTTVTESYTTGAAVQSTTATESATTDAEAQSTTVTESNTAGAAVQSTTTTESATTDAEAQSTTVTESSTAGAAAQSTTATDSATTDAEAQSTTVTESSSAGAAVQSTTATESATTNAEAQSTTVTESSSAGAAVQSTTTTESATTDAEAQSTTVTESSTAGAAAQSTTATDSATADAEVQSTTVTELSTTGAAVPSTTATESSTTDAEAQSTTVTESSTAGAAVQSTTATESATTDAEAQSTTVTESSSAGAAVQSTTTTESATTDAEAQSTTVTESSTAGAAAQSTTATDSATADAEVQSTTVTELSTTGAAVPSTTATKSSTTDAEAQSTTVTESSTAGVAVQSTSATERAITDTEVQSATVTESNTAAKVHDQPTRTVFTSPCGNHPTSVATDNTSEKESKQTNTPTEHTVIVAHNQLHKTQTKTTASAHPILETVSGMPSIHLTSKNDPPTTDEPIEIWEQSTKQFAPTTFISESLVLKNKQTQFKVIPLEIPTEATQKPVQSTIEPIHPKTKPEQSTIKTVQSTDQSTQATMGSFPSIVKPIQSRESNVFNVKAISSIEPLKSTTEPVHSITQSTVVSKQSSNEPLQVTIELLQSSIEPTQSTVQTQQSSAQPGQFATKPVNRIETTTENPESKKSNEHRPFIQVTKSTKSPIGSTLKGYYREINPTQGFGDDVGENEDKRKGRYDLSKFNQAPAMHMAVENEITLKTLIVEDGSKYGRCYWMDTDDGESSSSGPMSSLNSLFSFTSPAVKKLLGWKQGDEEEKWAEKAVDSLVKKLKKRKGAVEELERALSCPGTPSKCVTIPRSLDGRLQVSHRKGLPHVIYCRVWRWPDLQSHHELKPLEICQFPFSAKQKEVCINPYHYKRVESPVLPPVLVPRHSEFAPGHSLLPFQRTAEPSMPHNVSYSGSGFPPSASSELPDTPPPAYSPPSEDSEPPGEVAPVSYQEPLYWASVAYYELNCRVGEVFHCNSHSVVVDGFTDPSNNSDRFCLGQLSNVNRNSTIENTRRHIGKGVHLYYVGGEVYAECLSDAAIFVQSRNCNHHHGFHPSTVCKIPPGCSLKIFNNREFAQLLSQSVNHGFEAVYELTKMCTIRMSFVKGWGAEYHRQDVTSTPCWIEIHLHGPLQWLDKVLTQMGSPHNAISSVS

Summary

Uniprot
NA  
ProteinModelPortal
NA  
PDB
3GMJ     E-value=2.73663e-112,     Score=1046

Ontologies

KEGG
101737213    no KO assigned | (RefSeq) uncharacterized LOC101737213
GO
GO:0005622   GO:0006355   GO:0003700   GO:0005667   GO:0007179   GO:0005515   GO:0004319   GO:0004320   GO:0016295   GO:0016296  

Topology

Length:
4741
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.0022
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00000
outside
1  -  4741
 
 

Population Genetic Test Statistics

Pi
175.142899
Theta
175.139042
Tajima's D
-0.700916
CLR
1.368649
CSRT
0.19654017299135
Interpretation
Uncertain
Peptides ×
Source Sequence Identity Evalue
24093152 EINIIDGVSIIGQGSPR 100.00 2e-04
25860555 DKTGQDAADKAFEIFQCYYK 100.00 0.013
27102218 TIIVEDGSK 100.00 0.013
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