| New model in OGS2.0 | DPOGS210366 |
|---|---|
| Genomic Position | scaffold160:+ 130116-136091 |
| See gene structure | |
| CDS Length | 4146 |
| Paired RNAseq reads | 62 |
| Single RNAseq reads | 224 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA011923 (0.0) |
| Best Drosophila hit | CG18631 (5e-30) |
| Best Human hit | coiled-coil and C2 domain-containing protein 2A isoform a (1e-41) |
| Best NR hit (blastp) | PREDICTED: similar to coiled-coil and C2 domain containing 2A, partial [Acyrthosiphon pisum] (2e-70) |
| Best NR hit (blastx) | conserved hypothetical protein [Pediculus humanus corporis] (4e-76) |
| GeneOntology terms | GO:0005929 cilium GO:0030030 cell projection organization GO:0005932 microtubule basal body GO:0005737 cytoplasm GO:0005856 cytoskeleton |
| InterPro families | IPR008973 C2 calcium/lipid-binding domain, CaLB IPR000008 C2 calcium-dependent membrane targeting |
| Orthology group | MCL15080 |
Nucleotide sequence:
ATGAGTGAAATTATAGAATTAAAATCATTGAACGCCAACGGTCCGGAAGAAATTATTTCG
GAAGAATATCATGAAATTAGTCTTGAAGCGCTTTTAGAAACTGATAAAATGTATCCATTG
AAAGCAACGCCAATAAACGAATATGATTTCTTTACATGTATCGATGTCAACAGTTCGAAG
GAAGTAACTAAGAAGAAAAAAACAAAGAAAACACGGAAACCCAAAACTGTTATGGATATC
ATTCGTAATGAACTGGCTGCCAAGCCTTTGTTGGTAGAAAATAACATAACAATAATTGAT
CGAAACACACAACGAACTAGTTATCTTGAAAAGATTCCACGTTTGGATAGAATATTTCCA
AAAAGAGGCCTTCGGATACTCGACACAGAAACAGGCATACACGGACAGCACCGAACCGAG
ATAAGTCCAATTTTTCCTTTAGTTCTGGAAAACAGACTAAATAAGCAATTAAACGTACCA
GGTGTAGAATACAAAGAACCAATACTGTTCCAGGACGATGTTGCTGAGTATGCTAAAAAC
GAAGAACAAGAAAAAAAAATTGGGAAGTTTTTGGACCTAGATATTCATAACATAAAGTTT
AAACATCACCATGAATTCAGTCTTGAGGAATTGTTATGTGTTAAGGCAACCGAACTCTAT
GACACTTATAAGACCATCGACAAACAATTAGCAGAGTTGTCTAAGGTGATATCCGTGAAC
AGAAAAACTAGGAACAGTCTCAAGGAGCAGTTATTAAAATTAAGCCCTCATAGACAAAAT
GAAGTAAAGTTCGATAAAAACGTCCTTAAGTATACCCAACTAATGATCGATGCAAAATAT
AAGTACTGTGACGTTATGAAGAACAAAAAAATGGTTGTTCACCAAGTAATATCCTTGTGG
GAGGATATTAAAATGGTCAGGGAAAAATGTGGCGTCACCACAAATAACTTGATGATAGAC
GTTAAAAGTAAAGAGTTTGAACAAAAAGAGTACGAACAACAATGGATTCATCTCTTTGAA
ATTGAGTATAATGATACCATTGTAAAAATTGAATACGAATATATTAAGAATTATTTAAAA
TATAAAGAATTAAAAAATGAGAAAAACGGCGACAACGCTCCTAAACCAAAGCTTAAAATT
GATTATGACGACCTTAAAGCCCAAGTTGAAGAAATAGTTAACGAAATAATATTTGGAGAT
AAATATGATTTATGTATAAAATATAATAGCGACGTAGGAAGGTATAAAAATCAATCAGGA
AAAGGCTCGCCTGACAAGAACTTCAAATTCAAAGTGTTTGTTGACGACATCTTAGTTTGT
GAGTCAGACGAATATCAGAATAGAAGAAATCGGTTCGATATAGATTTTTGTTATTCATTG
TCTATGGAAATTTTACCTCATAACCAGACAATGAGTATAATTCTATTTGAAAATACAGAA
GCTGTGTCTCATTATAAATTACAATTATCTGATGTAAAGACATATAGAGATGATGTAGAA
TTTTTAATAAGAGAATTTGAGTACGATAAGGTTATTGAACCGACAAACAAACATGTTGGC
AGTGGGTTCGATATAAAAACTGTAGCCGCTAAGAATAAAGTGAGACTTAAATCTAGCAAT
TTATTTAAGGGCAAACAATACACTAGATGCCAAGTGTTTATTAAGTTAGAATGGCATAAT
AAGCTCAACGATTATGAATGTGTATCGATAAAATCGGCTATCGATATGAAACAAATGTTA
TTGAGGTTGCTTAATGGTGAGGAACCTCGTCTAGATTTACTAATCGAAGCCATTAACGAA
TTATACGGAAGTAGAGTAGAAGATAACGAAACTGTAACGGCCGCGCTACAAAATATTTGT
AAACCCGTCGCTAGTAAATGGGAACTGTTTGATGAAAATGATGCTGAACATTCTAGATTC
AGACTTCTGCAACTTAGGAATAAAGATGGTTTCCTCAATATGAATAATAAATGTGTACCG
TTGCTTGTTAGTCAGTTTTCCACCGAGCAAATACATTGTTTGCGAAATGATAAAGACGAC
GACCTCGATTACTATAAGTTTCAAAGCGAACCAAACAGGAATTCGATTGAACTTCAGAGA
TTTATGGGAGTAAAACTCGTCGAGAAACTGAATGACCGTTTGAGATTAGTTGTTGACAAG
CTGTTGTTGAAAAAAACTTATAAAGACATAGTAAAAGATTATGGAGATTTTAAGTTAAGG
GACATTTTGTCGAATTCTATAAAATTATCTCTGGCCGACTCGTCAACGTTTAGGAAACAG
CAGGTTTTAGAAGAGTGTCTACTAGAGGAACAAGAAATATATGTGACAGTTATACGAGCT
TTTAATCTATTGGATAGATCGAATGATGACGCAGATGGTGCTGCGGAAGACGGAAGTGAC
GATGTAGCCGGCTTCAGAGTCCACCCTCTCCGCCCATTGGTCCGGGTGAGCTACCACGGC
GTATCCGCCGAGACTAACACTGCCATCGGATGCTATCCCACTTGGAACAACACCCTCAAG
ATAAAGACCAGATTAGAACCGTTGTCGTCTCTACACGTCGATGTGTACGATCAGTGCAAA
GACATCTTAGAGACCGACTCGGACGACAGGTCCGGACGAACTACTGTTAATTACAGAAAA
TATAACAAATGGCTCGGAGGGACCAAGATACCCTTACATACGGTGTTGGAACTAGGACAT
ATTCGAGGTACCTTCAAACTGGACGTGCCGCCGCTGGTGTTAGGATACGAGAACGTGTCC
TCGAAATCACACCCGACCGTCATGTCAAAACTCATTAGTCATATAAAGAGGGACGCGTCA
TTGTTATCTCTCCAAATAACGACCAGCATTTCCTATTTCGGAGGCCTCCAGACCTACCAC
CGACCGCTACCCGATGACTCAGACAATGACTTCATTATCCGGCGACTGAATGACTTCATA
ACTGAATATAATGACGATTTCCCGACAAGAAACATATCTCTAACATTCATAGATAGCTCC
AAAAGAAATAAATGTGTCACAGAATTCGTCCAGCCCCTCCCACTGCCGAGCTATGATTAT
TTTCCGTTAGATCCTAGAAAGACAGAATCGGCCCGGTCCAAGAGTTCGGGACATTCCAAA
AGTTCTTCTTCCAAAGGCAGCAGGAAAAAAACCTTTGAAGAAGACAAAGAAGATTTAGAT
ACTTGGAAAACTGATGAAAATTCGATTACTAAAAAGATAGAAGCCGCGGTGCGATATGTG
TCACTGATTCCGACTTATGAAGCAAGAAACGCTCACGTGGTCACGTTAACCGGAGAGGAA
CTGTTGCGGGTTGTGTACGGATCCCAGTTAGACCACACGATATTACTAGCGAGCTACTTC
CTTCACCTCGGCGTCCGATGCTGGATCGTTATCGGTTTCGGGTTGCCGCGCGGTCGGAGC
AGCTACGTCCTGGTGAAACGTCACAACGACAAGCCGTCGATGATCAACGAAAATATCAGA
AATGGTGGATTTTTTTCTAGAAATGAACCGTTCACTTGGTGTATATACGATGCGGCGGCA
GGAGAGAAATACATCGTGAGAGAAGTAGGCTGTCCCTTGAGGACGGTCAGCTATGTGTTC
GATTGTGACAACATTTGGGTGAACGTCCAGAGGTCACAGGAATGTGAAAGCATATCGTTC
GACTTTAATAAGTCATCGGACTGGCAAGCTGTGTTTAGTAAACCGATCTTTTTACCAAAC
ACGATTCCCGCCAAACTCTATAGCGAACCTTATGATGTAGAAGATTTACGATCTGCTCTG
GAAACAAAAATTAAAAATAAAATTCAAAAGTGGAGGTCACATGTCAAGACTATTTGGAAC
AGATATTGGAGTAGTTTACTTCGTGATACACTGGTGCAGTGGGAGTATTGGTCCTTCAAT
CCTACGCAGCCTCGACCGACCCTCGGACATCGACTTAAACAACTCATGGCTTCTTATAAG
ATCTTCGGGTTTCCTATAAACACATCGTATCTGAACACGCATCTTCTGATGTCTCACGTC
AAGTCCACTTCGCTACACGTGAATGATGATCCCAGCGTGGAGTTTGGACTGGCCGTCGAA
GTATTCGCATATCCTAACAACATATTAAGCGTCTGGGTTTTTCTAGCAAGTATCACGAGA
CTTTGA
Protein sequence:
MSEIIELKSLNANGPEEIISEEYHEISLEALLETDKMYPLKATPINEYDFFTCIDVNSSK
EVTKKKKTKKTRKPKTVMDIIRNELAAKPLLVENNITIIDRNTQRTSYLEKIPRLDRIFP
KRGLRILDTETGIHGQHRTEISPIFPLVLENRLNKQLNVPGVEYKEPILFQDDVAEYAKN
EEQEKKIGKFLDLDIHNIKFKHHHEFSLEELLCVKATELYDTYKTIDKQLAELSKVISVN
RKTRNSLKEQLLKLSPHRQNEVKFDKNVLKYTQLMIDAKYKYCDVMKNKKMVVHQVISLW
EDIKMVREKCGVTTNNLMIDVKSKEFEQKEYEQQWIHLFEIEYNDTIVKIEYEYIKNYLK
YKELKNEKNGDNAPKPKLKIDYDDLKAQVEEIVNEIIFGDKYDLCIKYNSDVGRYKNQSG
KGSPDKNFKFKVFVDDILVCESDEYQNRRNRFDIDFCYSLSMEILPHNQTMSIILFENTE
AVSHYKLQLSDVKTYRDDVEFLIREFEYDKVIEPTNKHVGSGFDIKTVAAKNKVRLKSSN
LFKGKQYTRCQVFIKLEWHNKLNDYECVSIKSAIDMKQMLLRLLNGEEPRLDLLIEAINE
LYGSRVEDNETVTAALQNICKPVASKWELFDENDAEHSRFRLLQLRNKDGFLNMNNKCVP
LLVSQFSTEQIHCLRNDKDDDLDYYKFQSEPNRNSIELQRFMGVKLVEKLNDRLRLVVDK
LLLKKTYKDIVKDYGDFKLRDILSNSIKLSLADSSTFRKQQVLEECLLEEQEIYVTVIRA
FNLLDRSNDDADGAAEDGSDDVAGFRVHPLRPLVRVSYHGVSAETNTAIGCYPTWNNTLK
IKTRLEPLSSLHVDVYDQCKDILETDSDDRSGRTTVNYRKYNKWLGGTKIPLHTVLELGH
IRGTFKLDVPPLVLGYENVSSKSHPTVMSKLISHIKRDASLLSLQITTSISYFGGLQTYH
RPLPDDSDNDFIIRRLNDFITEYNDDFPTRNISLTFIDSSKRNKCVTEFVQPLPLPSYDY
FPLDPRKTESARSKSSGHSKSSSSKGSRKKTFEEDKEDLDTWKTDENSITKKIEAAVRYV
SLIPTYEARNAHVVTLTGEELLRVVYGSQLDHTILLASYFLHLGVRCWIVIGFGLPRGRS
SYVLVKRHNDKPSMINENIRNGGFFSRNEPFTWCIYDAAAGEKYIVREVGCPLRTVSYVF
DCDNIWVNVQRSQECESISFDFNKSSDWQAVFSKPIFLPNTIPAKLYSEPYDVEDLRSAL
ETKIKNKIQKWRSHVKTIWNRYWSSLLRDTLVQWEYWSFNPTQPRPTLGHRLKQLMASYK
IFGFPINTSYLNTHLLMSHVKSTSLHVNDDPSVEFGLAVEVFAYPNNILSVWVFLASITR
L