| New model in OGS2.0 | DPOGS202331 |
|---|---|
| Genomic Position | scaffold108:+ 58296-70308 |
| See gene structure | |
| CDS Length | 3234 |
| Paired RNAseq reads | 197 |
| Single RNAseq reads | 443 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004997 (8e-51) |
| Best Drosophila hit | Kinesin-like protein at 98A (8e-46) |
| Best Human hit | kinesin-like protein KIF16B isoform 2 (1e-54) |
| Best NR hit (blastp) | PREDICTED: similar to kinesin-like motor protein C20orf23 [Apis mellifera] (7e-74) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC014513 [Tribolium castaneum] (4e-61) |
| GeneOntology terms | GO:0007154 cell communication GO:0003777 microtubule motor activity GO:0005515 protein binding GO:0005874 microtubule GO:0000166 nucleotide binding GO:0005524 ATP binding GO:0007018 microtubule-based movement GO:0035091 phosphoinositide binding |
| InterPro families | IPR001752 Kinesin, motor domain |
| Orthology group | ND |
Nucleotide sequence:
ATGTCAAACGTACAACTAGCCATAAGAATTCGACCATTCACGGATAAGGAGTTAAAATCT
GAAAAGGACCGTGTACAGGTCGTCAGCGCGATAGATGAGACTTCTGTTGCAATAACGAAT
ATAAAGGTGAGTCTATCAGGCGCTGGAGACAGTCGCGAGCGTGTGCGTCGTTACTTCGCA
GATTTTACTTTTGATAGCGCCTGTGCAAGTTCACATCCTAATTATGCGACACAGGAAAAG
GTATTTGATAGGGTTGGAAGTGAAGTCTTGTCAACGATAGCAAAAGGTCGTTCGGCCTGT
GTTTTAACTTATGGCCAAAGCGCGACTGGGAAGACCCATACTATGATGGGTTCTCCAGAA
GAACCTGGATTGATTCCACTGATTTGCCGAGCTTTAGCCAGACATAACCCACTGGATATA
ACTGTCAGTTATCTCGAGATATACAACGAGAGGGTTCACGATTTGTTGGCGACAGAGGTC
CTGCCACTCAACTCTCTTCCGAGACGAAAGGGTAACGCGAGGAAGGATTTGCGGGTGAGA
GAAAATCCCTCTAAAGGGACGTACGTTCAAAATCTTCGACGGGTACCAGTTCACGATTTA
GAGGCTTTATTATCTGTGGTGAGTGAGGGTACGAGGCGAAGAAGGACTGCTGCCACCAAA
CGCAACAGCTCCTCATCAAGATCACATGCCTTGCTGGAGTTGTCCACTGCTTCTGCTACT
TTACATCTTGCTGATCTTGCTGGCAGCGAAAAGTCCGGTTGGGAAGGCTGTGGTGGCAGG
CAGAAGGAAGGATCTAACATTAACAAATCACTAGTCGCGCTGAGCAATGTCATATCAGCT
CTAGTTAGCGGAGGCTCTAGCCGCGGCAGGTTCGTTCCCTTTCGCGATTCAGCTCTCACG
TGGCTGCTTAAGGAGTGTTTTACGGGCGGAGGGAAAACTTATATTATAGCGACTGTATCA
CCAAGTGCAGCCTGCTACGGAGAATCAGCCTCAACCCTTCGTTGGGCGTCACAAGCTCGA
CAACTACCAGCGCGACCTAACGTCACTAAAACAGCTGTAACCAAATCAGAAATACAAGCG
CAGTACAATCAACTTATAGCTCAACTAGAAAATCACTTCATACAATACAAACCAGAGTTA
GCTTTACTGCAATACGATGATAAGCATTGGAAGTTGCAGTTAAATAAGGCACAAAACTTA
GATGTTTCATATCCAGAAGCAAACATAGGTAATATAATGAATGTAGGATATTCGAAATCT
GATTCTCGTAATCATGAATCGACTCAATCTTCCATCACAAGCGGAGGTTCGGATATTAAT
ATGGAAAAAAATATGGAAGTCAGAAATGAAATTAGTAAAGAAATAGATGAACTATTTGGA
CCGACCCTCGAAAGAACTAAAAGCGGAAGTGACATTGAAGTTGCTGTGCCTCTAAGACAT
AAAAAACGTCAATTCAGATCACAAGAAGTTCTGCAAGATGAAAAATTGTCGCAACGTCTT
AAAGAACATCGTTTATCTGATGCTGGTGTTAACAATGAAATTGTTACTGACGAAAAAAAT
TACGACAGCACCAAAACACACGTACCAATACTTTATGATAACCAACGCGCTGAGATCATA
GCGTCTGTAACAGAGAGGTTGTATTCGAAGCTTAGAAAGAATGAAGATGTATCGAAATCA
GAATATACACCTGATAAGAAACAGCATGAAACCAAGGTGCAAGCATTAGACGAGTTGAAA
ATCTGCTCCAATGCTCGACAACGTTTGATGGAGATCAGCAAAAAAGCTTTGAGGAACAAA
AGGAAAATTGGTATACCAGCACACACTCAAACCCGAAAATCTGTTATTCGTGTTAAAGAT
CAAGGCATTGACGTCCAAACGGATCTTCAAACGTATGTTATCGGTACTCAGAACTTGACG
TACTTATTTCGGCAAGACGTCAGTACTGAGACGATCACAATGACCCCGAGAGTAAAAGAT
ATAGCGATTGGCTCTCAGCATGGTACATTATATTGCAAAGATGGATCAACAGCGACAGAA
CATAGAAAAATAACTTTAAAATCGTCCTCTGTGATGACGGATAACGTGTCGACATTCGAC
CGGTCTACACAAACACACATACAGCCGCCACCTCGAAGAAGGAGACGTTTATCAGCTTAT
TCAAAGTATATAAAAAAAATAGAAAGTATTAAGCCGTCTACAGACGAACATTATGCCTCA
CCTGTAATAAACATCAATATATCACCCATTCTTCAAGAAGATTCTGAATCGCAGTCATCT
GATGAAATATCAGATAACCCATCAAGAGTTAACGAAGAAAATGAAAGGAGGAGTGCAGTG
ACTACCCCAGATCTATTATCAAATCACAATAGCCATATAAAGTTAGAGTGTGATAAAGTA
TGCGACAAAAATAACACAAAAAATATTTGTGATTGTGATTATTCGAATACAGCAAGCAAT
ATCTCTTCAGGATCAATTAATTTTGACGATTCAGATACAGAGGATTTAATACTACCGAGG
GTGACAGTAGATGCTTCAAGAAAAATAGGCCAAAAAGATTACGAGCAATTAATATTAGGT
TATAATGATGATGTGTATCCGTACAATATAAAGTTGTCTCCCACAAGACAAAGGGACGAA
TCTAAGAGAGTTATAAGATTCAAGGACATAGATGTAACACCAGCAGAATGTTGCAGTGAT
GAATGGCAGAGAAAAGTCAACACGGTCACGAATGTATCAGACGAGGGGAGCGTTGATAAT
GATTTAGACAACAATTATTGTGAATCGATAAAGTCAAATAAAATAGAGACCGATTCATTT
GTATGGAATAAGTGCGGTTCAGACACGACCGATACGAGGCCATGTTCAGAAAGAAAATCA
GTTAAATCTAAAAGTATGAGGGCAAAAATGTATGATGAGTTGGACGATTTCACCAGAGCG
ACCTGTTTCTGCGCAGGCGCATCAAACAATGACGACGATTATAATAATTCATATAAAAAT
GCAAGGAAGAGCAGCTTAAAGAGTTCTAAGACCTTCGATGTTTTCGAAAGGAAAATAAAA
AGCGCCTGCAACAGTTTAGAGAACTCTGTTAATAAATACGACGATTATTTAATGAATTTT
AGAGAGAGGAGTAAGCAGAAATACAAAGACGCTGTTCAAAGGCGGACTCCCACTGAATAT
TTGCAGCATTTAATCAGATTAAGAAGGGAGGCTGTATCGTCGGACTCTTTCTGA
Protein sequence:
MSNVQLAIRIRPFTDKELKSEKDRVQVVSAIDETSVAITNIKVSLSGAGDSRERVRRYFA
DFTFDSACASSHPNYATQEKVFDRVGSEVLSTIAKGRSACVLTYGQSATGKTHTMMGSPE
EPGLIPLICRALARHNPLDITVSYLEIYNERVHDLLATEVLPLNSLPRRKGNARKDLRVR
ENPSKGTYVQNLRRVPVHDLEALLSVVSEGTRRRRTAATKRNSSSSRSHALLELSTASAT
LHLADLAGSEKSGWEGCGGRQKEGSNINKSLVALSNVISALVSGGSSRGRFVPFRDSALT
WLLKECFTGGGKTYIIATVSPSAACYGESASTLRWASQARQLPARPNVTKTAVTKSEIQA
QYNQLIAQLENHFIQYKPELALLQYDDKHWKLQLNKAQNLDVSYPEANIGNIMNVGYSKS
DSRNHESTQSSITSGGSDINMEKNMEVRNEISKEIDELFGPTLERTKSGSDIEVAVPLRH
KKRQFRSQEVLQDEKLSQRLKEHRLSDAGVNNEIVTDEKNYDSTKTHVPILYDNQRAEII
ASVTERLYSKLRKNEDVSKSEYTPDKKQHETKVQALDELKICSNARQRLMEISKKALRNK
RKIGIPAHTQTRKSVIRVKDQGIDVQTDLQTYVIGTQNLTYLFRQDVSTETITMTPRVKD
IAIGSQHGTLYCKDGSTATEHRKITLKSSSVMTDNVSTFDRSTQTHIQPPPRRRRRLSAY
SKYIKKIESIKPSTDEHYASPVININISPILQEDSESQSSDEISDNPSRVNEENERRSAV
TTPDLLSNHNSHIKLECDKVCDKNNTKNICDCDYSNTASNISSGSINFDDSDTEDLILPR
VTVDASRKIGQKDYEQLILGYNDDVYPYNIKLSPTRQRDESKRVIRFKDIDVTPAECCSD
EWQRKVNTVTNVSDEGSVDNDLDNNYCESIKSNKIETDSFVWNKCGSDTTDTRPCSERKS
VKSKSMRAKMYDELDDFTRATCFCAGASNNDDDYNNSYKNARKSSLKSSKTFDVFERKIK
SACNSLENSVNKYDDYLMNFRERSKQKYKDAVQRRTPTEYLQHLIRLRREAVSSDSF