| Genomic Position | scaffold1483:+ 19064-26680 |
|---|---|
| See gene structure | |
| CDS Length | 5547 |
| Paired RNAseq reads | 115 |
| Single RNAseq reads | 333 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA013376 (8e-57) |
| Best Drosophila hit | ND |
| Best Human hit | ND |
| Best NR hit (blastp) | PREDICTED: similar to CG33978 CG33978-PA [Tribolium castaneum] (3e-31) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC006727 [Tribolium castaneum] (2e-30) |
| GeneOntology terms | ND |
| InterPro families | ND |
| Orthology group | MCL24972 |
Nucleotide sequence:
ATGGATGGATCTATTCCACATTCCACAACCGCCTCGGGAGCATTTAATACAAATGCTATA
GTCTATGACAACTCGCCATGGAGACCGGGAAGAGATGTGGAACCGGAAAGAGGAGAAGAT
GAAAGGAAACTAAAAAATCTAGCTACCAGAATTATGTCCAACGGAGTAGAGGTTTTGGTT
AAGGACAGAAGCGCAGAGGAGAAACAGGAACAGACAAGATACTCGGACGTGAAAACAATA
CAACCTTCAGCAGTTAGCAACAGTTTCGTAAATAATAATCCTAAAATTGATAAGAGAATT
GACGATGATCATAATCATTTTGATCTGATAGAGCCGTCAGAGATGAGTCATACTTCATGC
TCGACCTCTTGTACGTGCAGTCATATACAAACAGAAAGTTTAAAAACCAAATACACAAAT
GTTAAATCAAAGAGCACGAAATATAGCGGAACGAAAATTGATGTACCGCCTACCCATCTT
TCATCTTACGATCATACAAAGTATCATCCTTACGAATATGAAACTAGTTCGCATGGACCA
CCCACTGATAAAGTTGTAGAAAAATACACACAAGTTACTGATTACTCTGATGAAAACGAT
AGTAATTCATTGGACATGAGCGATTTGCTTACTAATGAACAAGCTCCTGAACCACCGAAA
ACTAAAAGCACAACATCAAAACCACCAGAAAAAAGCAAACCTGATAAGCCTCAGAAAGTT
AATAAAAACAAGTTTGTTGTGGCTGAACTTATAAAATTAGGTTCACTGGGAATAAAAGGT
TTATCACAATTAGCACCTGTGATCGAAAAAATGACCGGTGGATTCATGAGACGGCAGGAA
ACAAATAGAACGACTTCTACCACAACTACAGTGAAACCGATAAATAAAGTAGTAGGTTAC
AGTGCTAATAAGAGAGTGGATAATGAGGTAGAATCTAAACACAATAATTTTCCAATATAT
ATTCCTGTTGATGAAATGGAAATGGCAGAATCTCAGATTGGTTACACTAATGTTACATTG
CAACAAAATATTGCATGGGCTGCAGACCATAAAAATTCTAAAGTAAATCTTATGAAATCT
AAAATAGTGCATGAAAGCCCTTTAGTTAATGGAGGTATACCTATAAGTCCAGGGGAAATA
ATTACCACCAATTCTGATGTAATTGTGGGAAAGCCTGCAGTTGGAGGTCCAGTATCTTTA
GTAGGCACTGGAATGAAGTTACAAAATCAGGCACAGGCCCCAGACAATGCCGTTGCACAC
AGTGATATGTATAGCATTAAAGAGAAACCTCTAAATGATTACCCTATGGTCGGTACAAAA
ATCGATGATTCCTATGATTTAAGGCCACCAGAGTTACCCAAGCCTAATGCAATGGTAACT
AAAAATGCAATACGACCACACGGAGCTCATTTTTCTCCACCTAATATTCATATTCCTTTA
CGGAACTCTGGAAATCTATATAAATCTAGCGAACATAGTGGTCAAATAAGTTATAGTAAG
GATAAATCACCCAATTTAGTTTATCATGGACGTCCATCTATTTTAGATTATAAACCATCT
TTCACAAATAGTGTGAAAAAACCTTTTGAAAATAAATCAACAAATAAAGAAAACGATCAA
CAAGAAATACCTGATAATAATCCTAGCTCCTCAGAAATCGTCAGTACTCATATTATGACG
GATGGACAAGGGACCGATTTCGAAATTGTAGGTGCAATGAATAAACCTTTATTAGTCGAT
ATACAGCCTTCAAAAGTTGCTAATGTACTGATACCTCATGGCAGTTCAACCGCACTAGTA
TTTGCGGGATCTGCAGAGCCCCATAAAACTGGTGATTATGTTGATGATCCTTTACCATAT
CCAGAACCTGGTTATTTTGGAAGTTTTAGCATAGATGCACCTCATATGACAAATGTACAT
AATGTTGTTGTAAACAAAAACCAATTTGTGTTGAAACCTAATGGGCCTACAACAGATCGG
TATACAAATGACGGTAATTTTAATTATAAAAATAGCAAGACTAATACCGATCAAAAATTC
AATTGGGTCGACATTAAGCGCCCTAAGGACCTAACTCAAAGTAGTCCCCCACAAACAAGC
AATCAAGTAAATCACGCAAAACTTCGACCACAATTAACAACATACAATCCAGAAATATAC
AATGGCAACTTTGATAAAGTTGGTCAAGTTAAAAATAATCCAAAGGAAGGCAATGATGTC
ATCGATAAAGAATATGAAAATTATCTTGCTGTACCGCCTCCACCACCTAAAAGACATTTT
AATCACGATAATCGTTACGATAGTAGCAAACCTTCTCTTCAACGACCAAACAAGCTTCAC
TCAAAACCAATTCAAGATAGTAATGTTTATGTTAACATTCAACATCCAGTAACGAATCAA
CTTCCTCCAAAAATTACTTCGGAAATTTATTTTGCTTCACAATTGCCCAGCAGTCAACCT
ACTCCCACTTACAATCTTAAAATACCATATCCAAGCAGCAATCCTTCTACAGTGCCTAAC
AGTAATCATTCTCCCAAACAGGGAGCTCAAACTTATTCCAAGAATACCCACCAACTTACA
TCTTCTAGTTTTCCTAATAGAACTTTCAGTAGCAGTAATAAAGAAAATACGTATACTATA
ACCCTCAATACAGCTACTAATGTGGCAAGTAAGCCAGGACATGTATTGGGTTCAAGTATC
ACAGTACCCATAACAACTACTTCTGACAATGGTCAAATAAATGCAAATATTCCAATTGGT
ACCAATTTTGCTATAAGAGTAGAAGATGATCGAGATAAATATGAGAGTGTAGCTCTTCAT
GGCAAGATACATCCATCACTTCTAGGTGAAGACAAAAATTATGGACCAAGTGGAAATAAT
AACAGATTTAAAGTAAATTATTCAATACCTGGATCGAATGTGACTCAAATCCAGGGACAA
AAATACAACAATGATAATACCAAAGTTACAATAAAGGAGCATGACAATAAAAATGTTGGT
CATTTCACTTCACCAGTAATAAATAGTCACGCCAATTTTCCAATGACAAACGAAGATGCA
AATTCAAATGTCCAAAGAAAGCAAATAATAAATAAAGGAGAGAAATCTCAGACTAATGTT
CACGAAGGATTGTCAAACCTAGTACCAAACCTTTCAACGAATTCTCATGGTTGGTATTCA
AGTGTTTTTAAAGACGATAATGTAAAAGATATAAACATTGAAACGAGTACGAGAAAAGTA
ATTCCCTTAAATTATGATATAAATAGTGACGATACACCATATTTCGGAGAAAAAATAGCG
ACGGTTGGAAAACCTCCCTCAGAATACTGGGGCAATAAACATACAAGCAATAATTTCATA
GTTGGAAAACCTTTTGCAAAACCAACATCAGACAACAACTCAAAAAATGTTCAACCAAGC
ATAAAACCGAATTTAATACCTGCGATATATGGGGTTAAACAAACAGTATACGATATACCA
ATAAGAGATGATAAAAATGTATCTTCATTAACACAAACTTCCACACCTGCTACACCCTTT
AAACAAATATATGAAACAGCGGATGAAATATATGATGGTGAAGAAGAAGTTGATCTCAAT
AGTGAAATCGATGGTGAAGTTAGTTCAGAATCCATGAAAGTTCCGATAATTAGTACACCA
AAGGAAAGAGTGAACATGACATTTGATTCCACGCAATTTGCAGACACTTCATCGAAATCT
CAAAATAATAACAGTTATTTAGTTAATTTCAATCCTGGAACGCAAACTGAAAAACCGTTC
AGAGGTCTCAATAATACTTCTTTTCATTCAAATAATATTAAACCAATATACAATACAAAT
TATTATTCAAAACCAAAACCATTTGCAATGAATACCATGCCTTTAGACCACCAATTGCAA
CAACCGCATTGGCAAATTAATCAGTTAATGGAAAATTCAACTAACGTTTCATATGAAGAT
ATAGAAGAAGAAATACACTCACCATTCCCTGGTTACTTAAATTCCACAAAGCAATCGTCA
CACTCAAAAGAGTCAGGTTCTAAATATGGAATCATCCGAAATTCGACAGTTACTTTAAAT
AACAGTGGAAAGAACAATAAATCAAATATAATCACATCTGTTGTTCATATTCATGATCAG
AAACCATTAGTGGTGGAAAAAACCACTTCTCCACCCCCATTAGGAGTAATGGTGAAGAAT
GAAGTTTACAATAAATCTGTTGAAGTTATCGATTTGTCACCGCCACCACTCATAAGCACC
ACCGATTATAAATTGAAACCAACTATGAATAATGATGAGATAATGGGCATGAGTCCTCCT
ACTCCTCCATCAAGATATCCAACAAGAGTTCCCCAAACATCAAGGCCTGTGATTCCTATA
AGAACACCACCCCCTTATAGAAATGTACCTCAAAGAACCTTACCACCAAGACAAACAACA
CCTAGACCATTAAGAAAGCCTGCAAATAGAGATGAAGTATCGACGTATCGTCCTGCATTC
GATTTTAATAAAGGGATACGACCCATGTTTAATTATGATCAACCTTCGTCTCCATTACTA
CCACCTCCGAGAGAATCTCCATCAAAAGTAATTACTAGAGAAAACATTCCAAAATTAACA
TCTACACTTCCTTCTGCAAGACCTGTAGTTTTCCCAACCCCTGTATCATCAGAGAGTTCT
GAATCCATACTTGAAGATGATTTTATGTTTGGTCCAACTCAAGTACTCCAAGAAACTAAT
GTTCAAACTAAAGTGCCAGAAATAGTTTCTCTAATCGAAAAGACCGTGACATCAACTGTA
ACTTTAAGAGAAGAAACGTCGAATACTCATTTACATTCAGTTCATCACTCCGGTAACGAA
ATAAAAATATCAGATGAGATTATACCCACTAAAACAGAATTCAAGACAACGATTATCACT
TTAACGAAAACACTATCGGAACCACCCCAGACTATCTCCAGCTTTAGTTACTTGAATTTA
ACGCATACCTTAACCGTAACACATACTAAGACGAGCTTAGTTAGTCAGTCGGAAGGAGCC
GTTACTGAAACACTGGTTCTTACGAATACACATACTTCTACAGTGGTAGATGTTGTGACC
GAAATATTCACTCAAGTTCAGCCTACTACTATAGTTGAAACAGTAACTAAACATATTCCC
GTTCAAATTAAAGTTGAACCGACTTCCGTAATAAATTCGATTCCAAACACCAAGATTGTG
GCCCTAGACGATATATCTATGTCTTCAGAAGAAAGAGATAACTTTATAATCAGAGACGAT
GATGTCACAGAAAATATACAAAAAATAGAAGCCGAGGAAGAAAAAGACAATGACACATTC
TTTGTAGTTATGAATAAATCACAAAATGGTGGCAAGTCACCTCCTATTAACACTGATATA
GACGCTGGTGATTATGATGGGGTCACGAGGAACGAACAAGTCACTAACAACGGAGTATCA
CAGGTGCTGTTTGGCGAAATATTGCTGGCGGGAACGCCATATCTAGAAACGACTAACGTT
GTTCATCCAACAGGCAAGTATTTATAA
Protein sequence:
MDGSIPHSTTASGAFNTNAIVYDNSPWRPGRDVEPERGEDERKLKNLATRIMSNGVEVLV
KDRSAEEKQEQTRYSDVKTIQPSAVSNSFVNNNPKIDKRIDDDHNHFDLIEPSEMSHTSC
STSCTCSHIQTESLKTKYTNVKSKSTKYSGTKIDVPPTHLSSYDHTKYHPYEYETSSHGP
PTDKVVEKYTQVTDYSDENDSNSLDMSDLLTNEQAPEPPKTKSTTSKPPEKSKPDKPQKV
NKNKFVVAELIKLGSLGIKGLSQLAPVIEKMTGGFMRRQETNRTTSTTTTVKPINKVVGY
SANKRVDNEVESKHNNFPIYIPVDEMEMAESQIGYTNVTLQQNIAWAADHKNSKVNLMKS
KIVHESPLVNGGIPISPGEIITTNSDVIVGKPAVGGPVSLVGTGMKLQNQAQAPDNAVAH
SDMYSIKEKPLNDYPMVGTKIDDSYDLRPPELPKPNAMVTKNAIRPHGAHFSPPNIHIPL
RNSGNLYKSSEHSGQISYSKDKSPNLVYHGRPSILDYKPSFTNSVKKPFENKSTNKENDQ
QEIPDNNPSSSEIVSTHIMTDGQGTDFEIVGAMNKPLLVDIQPSKVANVLIPHGSSTALV
FAGSAEPHKTGDYVDDPLPYPEPGYFGSFSIDAPHMTNVHNVVVNKNQFVLKPNGPTTDR
YTNDGNFNYKNSKTNTDQKFNWVDIKRPKDLTQSSPPQTSNQVNHAKLRPQLTTYNPEIY
NGNFDKVGQVKNNPKEGNDVIDKEYENYLAVPPPPPKRHFNHDNRYDSSKPSLQRPNKLH
SKPIQDSNVYVNIQHPVTNQLPPKITSEIYFASQLPSSQPTPTYNLKIPYPSSNPSTVPN
SNHSPKQGAQTYSKNTHQLTSSSFPNRTFSSSNKENTYTITLNTATNVASKPGHVLGSSI
TVPITTTSDNGQINANIPIGTNFAIRVEDDRDKYESVALHGKIHPSLLGEDKNYGPSGNN
NRFKVNYSIPGSNVTQIQGQKYNNDNTKVTIKEHDNKNVGHFTSPVINSHANFPMTNEDA
NSNVQRKQIINKGEKSQTNVHEGLSNLVPNLSTNSHGWYSSVFKDDNVKDINIETSTRKV
IPLNYDINSDDTPYFGEKIATVGKPPSEYWGNKHTSNNFIVGKPFAKPTSDNNSKNVQPS
IKPNLIPAIYGVKQTVYDIPIRDDKNVSSLTQTSTPATPFKQIYETADEIYDGEEEVDLN
SEIDGEVSSESMKVPIISTPKERVNMTFDSTQFADTSSKSQNNNSYLVNFNPGTQTEKPF
RGLNNTSFHSNNIKPIYNTNYYSKPKPFAMNTMPLDHQLQQPHWQINQLMENSTNVSYED
IEEEIHSPFPGYLNSTKQSSHSKESGSKYGIIRNSTVTLNNSGKNNKSNIITSVVHIHDQ
KPLVVEKTTSPPPLGVMVKNEVYNKSVEVIDLSPPPLISTTDYKLKPTMNNDEIMGMSPP
TPPSRYPTRVPQTSRPVIPIRTPPPYRNVPQRTLPPRQTTPRPLRKPANRDEVSTYRPAF
DFNKGIRPMFNYDQPSSPLLPPPRESPSKVITRENIPKLTSTLPSARPVVFPTPVSSESS
ESILEDDFMFGPTQVLQETNVQTKVPEIVSLIEKTVTSTVTLREETSNTHLHSVHHSGNE
IKISDEIIPTKTEFKTTIITLTKTLSEPPQTISSFSYLNLTHTLTVTHTKTSLVSQSEGA
VTETLVLTNTHTSTVVDVVTEIFTQVQPTTIVETVTKHIPVQIKVEPTSVINSIPNTKIV
ALDDISMSSEERDNFIIRDDDVTENIQKIEAEEEKDNDTFFVVMNKSQNGGKSPPINTDI
DAGDYDGVTRNEQVTNNGVSQVLFGEILLAGTPYLETTNVVHPTGKYL