| New model in OGS2.0 | DPOGS208080 |
|---|---|
| Genomic Position | scaffold191:+ 83109-88242 |
| See gene structure | |
| CDS Length | 3702 |
| Paired RNAseq reads | 476 |
| Single RNAseq reads | 1323 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007740 (1e-65) |
| Best Drosophila hit | CG3493 (6e-49) |
| Best Human hit | Golgin subfamily A member 4 isoform 1 (3e-18) |
| Best NR hit (blastp) | GM15554 [Drosophila sechellia] (4e-61) |
| Best NR hit (blastx) | GK23179 [Drosophila willistoni] (2e-97) |
| GeneOntology terms | GO:0005737 cytoplasm GO:0005794 Golgi apparatus GO:0016192 vesicle-mediated transport GO:0000139 Golgi membrane GO:0005802 trans-Golgi network GO:0016020 membrane |
| InterPro families | IPR000237 GRIP |
| Orthology group | MCL18827 |
Nucleotide sequence:
ATGTTTAAGAAATTTAAAGATAAATTGGCTGAAGAAGTCAAATCATCGCCTCAAAGAATT
CAACAATTTGCGCAAGCTGCTCAGGCAGCAGTGACTTCTGCCTCAAGCAGTATATCTGAT
ATTACAAACAATGATTTGTTCTCTATTGGAGATAATGATGCCTCAAATAAAAATCGTATT
CCAAGTAACAGTCAACAAGGATCGTTTCATGAAGTACCTCTAAGCCACACAGGAGCAATA
CAGCCTAATATTCTTTTAGATTACTCACCCAATCATGAGGGTAATATGGACAGTTCAAGA
CAGAGGAGGTTGTCAAACAGTTCATTTGCAAGTGACATCTCCTTCAGATTACCCAGTTAT
GAGAGTCCATCTATGTATCATCTGCAGTCGGATATGGAAGTGTCAGCTAGTGAGGCTGAA
GATAAAGGATTTCCTGGTGAAACTGTCAACCTTGATAGGGTAACGAAGGAGCAGTTGTAT
TCCGCCTACCGGAGGACACAAGATCGATGTACTAAATATAAAACACAGTACTCGGATCTT
GCACGACATTATAAACTTCTGGAAAGAGAAAACGCCAAAGCAAGGAATGTCTTAGTAGAG
ACACAGGATAAAGCTTTGCGACGAATATCAGAACTAAGAGAACAATGTTCTCTAGAACAA
AGTGCTAAGGCCCACCTTGAAAAGGCCCTCCGAATAGAGATTGAAGAGAAAAACATGAAA
ATAGATACTCTAAATACACAACTCAATTATCTAAAAAGCAATAATAATCCTAACGAAGAA
CAAGTTATACAAAGTAATGCAGAAAAAATAAAGGAGAAAAGTGATAATGAAGCTTTGTTG
ATAAATTTATCCACGGATAGCAATGAAAACAAAGCCACTGACGAACCTGTAGCCTCCGAA
GTGACAGTATTAAACAATAAAATTGAGAAAATGGAACAATTGATAAGTAAATATAAAGAT
TCATTGAAAACTACTAAGGAGAAGAATGCTCAGTTGACAACAGAATTACAAATAATTTCA
ACTGAACTAGAGTCAAAAGTGAAGGAAAATGATCAATTAAAAGCTGCAACCGTATCACTA
ACTGAAGCTAGGAAGAAAATACAAGAATTGAATGAAAAAATTGAAGACCTAGAAAATAAA
AACAACACATACGAATTTTCAAAGCAAAAAGAAATATCGATACTCGAATTGAATTTCAAA
AATGCTCAAGAAGAAATTCAAAAATTACAAGAAAATGTTCAAATACTAAGTAAGCGAGAA
GAAGAGTATGCTATCTCATTGGCAGAAAACAAATTAAGCATTCACAAGGAATTAGAAGAC
AAAGAGAAAGAAATTAAGTCCTTAAAGGACAGTTTGGAAACTAGCCAAAAAGAAATTCAA
TCACTCAATATTTTGAGCAATGAGTTTAAAAATAATATTAAACAGTTAGAAGAAGAACGG
CTAAAGTTAAAGGATGAAATTAATATTTTAAATGTTGATAAAACAAAAGTAGAGGGATTC
AAATTAGATTTAGAAAATCTTGCACAAAAATGTCAAGCTCTTGAAAATGTAAATAGTAAG
TCTGAGGAAGAATACAAGTGTCTGCAACTGCAATTGAAACAAGAAACGGCTGAAAAATTA
GCAATGATTGATAGGAATACGTACTTAGAAAATAGAAATAAGTTATTGCTTGAAGAAAAT
ACAAAAAAAAGTACTAAAATAAAAGAATTAGAAAAGGAAATACAAACGCTCGAGAGCAAT
CTGGAAACCAGCTTGGAATCTGAGATTCAAGAAGAGAGAGTTGAGTTGATAAAACTGCAA
TCTGAAATAGAAAAGCTTTTGACTAATTACGAATTAGTTCAGAATCATAACATTGAATTA
AAGAGCAAAATAGAGGAGTTGGTTTCAGAAAATGTGTTATTGAACCAGAAGGCGGTCAAA
ATTGAACAAATGAAAGAAAATTGTAAAGATTTGGAAAAGAAAGTATCTCATTTACGTAAA
CTTATAAATATGAGCTTAGATGAATCAAACATGTTGAAAAAGTTTATAAACAAACATTTC
CAAATATTAAAAGATAAAATGATGTTGTTAGATGAGGCTTTAAAGAATGATACCGCCAGT
TCAAAAATGTCGGATGATTTAAAAGAAACCAATCAATCCTTACTTCTTCAGATAAAGACT
ATTTCAGATCAATTTAAATCCGTTAGCGATGAATTAAAACAAAGAGTGACTGAAAATGAC
AACCTTAAAGTTAAATTAAATCAAGCTGAATCAGATTTAAACTTACATGTACAAAATATA
GATATTTTAAAAAATGAAAACCAAACAGTTCTTAATAAGTTGAGTGTATTGATAAAAGAA
TCTGAGAGTTTTAACGATAACTTGATGAAATGTAGAGAGGAAACAGCAGCGACAATCAAA
GAACGAGATCAAGCCAAAGAAGAAAAAGAAGAAGTGAACAAAAAACTTTCTCATCATATA
AAAGAAAATGAGTCACTAAAAGACCAAGTTAATAAAATCAATAATCTATATAAGAATGCT
GTTGAAAAACTAGATGCTTTGAATAAAGAAATTGATGATTTACGTGATATGAAATTAAAT
TACAAAGAGAAATGTAACAGTACAGTTACATTACAGAAACGTATTGATGAACTTACTCAA
GAAAATGCTTCATTGAAAAAAATGTCTGAAACAATTGCCAGTGCTTTAGAAGGAATTGAG
TCTGAATTGAAAGATGTACGTAATTCTCACACCGAAATTGAAATGGAAAAAGACCATTTA
AATTCTATTATAGAGAAACTAGAAAAGAAGGCAGATGTATTAAATCATGACACCCAAACA
GACCATTGTAATGATAAAGAATTACTTGAACAAGAAATCAAAGATTTAAAAGAAGCCAAT
GAGATATTAAGTCATGAAAATGAACAACAAAAGATAACAATCAGTAACACAGATGATATT
TTAAGTAAACTGAATGATGTGATGAACAATTACGATGTATTAAGAGAAGAAAAAAGGCGT
TTACAGTCTGATATAGAAGGCCTACAAACACATTTGACTAAGGTTTCTAAGGAGAATAGC
AATTTAAACGACAGATTGCGTGAGTTGATCGCCAGCAGCGACAATGTTAATGATAAAAGT
GAGAAATCCTCGTATGAATTGCAATGCTTGATGGACGAAGTGAAAGCTGGACAAGAAAAA
ATTGAGAATCTTATTAGAGAAAATACTTTACTTGCAGAAGAAAATTTAGAACTTAAAGAT
CAAATAAATACACAAACAACCGATAAAACATCTGTAATGAATGATAGCAATAAGTATATT
GGCAGTGATAATGTAATGGAAAAGATTAATGACTTATTGGACACAAAGAAAACATTAGAA
AAAGAAGTTACAGATTTAAAATTAATAAATCAATCAGTTAGCGGGAACATGCAACAAGTT
CAAGCAAATAATGAAAAGTTAAGATTATCCAATGACAAACTGGAAAGAAGATTAGATGAG
GCTTTAGTTAGTTTAAGGCATTTGCATTCTCTGCAAGAGAATACAGAACTTGAGTATCTT
AAAAACATCCTATATGAGTACCTCACAGGATCTGGGACACATTCCATAACACTCGCCAAG
GTTTTGGCCGCTGTAGTCAAATTTGATGATCGACAGACAGAAGCAGTTTTGCAAAAAGAA
AAAGAAAGACAAGGCTTTTTGCGGCAACTTGGCATTATTTGA
Protein sequence:
MFKKFKDKLAEEVKSSPQRIQQFAQAAQAAVTSASSSISDITNNDLFSIGDNDASNKNRI
PSNSQQGSFHEVPLSHTGAIQPNILLDYSPNHEGNMDSSRQRRLSNSSFASDISFRLPSY
ESPSMYHLQSDMEVSASEAEDKGFPGETVNLDRVTKEQLYSAYRRTQDRCTKYKTQYSDL
ARHYKLLERENAKARNVLVETQDKALRRISELREQCSLEQSAKAHLEKALRIEIEEKNMK
IDTLNTQLNYLKSNNNPNEEQVIQSNAEKIKEKSDNEALLINLSTDSNENKATDEPVASE
VTVLNNKIEKMEQLISKYKDSLKTTKEKNAQLTTELQIISTELESKVKENDQLKAATVSL
TEARKKIQELNEKIEDLENKNNTYEFSKQKEISILELNFKNAQEEIQKLQENVQILSKRE
EEYAISLAENKLSIHKELEDKEKEIKSLKDSLETSQKEIQSLNILSNEFKNNIKQLEEER
LKLKDEINILNVDKTKVEGFKLDLENLAQKCQALENVNSKSEEEYKCLQLQLKQETAEKL
AMIDRNTYLENRNKLLLEENTKKSTKIKELEKEIQTLESNLETSLESEIQEERVELIKLQ
SEIEKLLTNYELVQNHNIELKSKIEELVSENVLLNQKAVKIEQMKENCKDLEKKVSHLRK
LINMSLDESNMLKKFINKHFQILKDKMMLLDEALKNDTASSKMSDDLKETNQSLLLQIKT
ISDQFKSVSDELKQRVTENDNLKVKLNQAESDLNLHVQNIDILKNENQTVLNKLSVLIKE
SESFNDNLMKCREETAATIKERDQAKEEKEEVNKKLSHHIKENESLKDQVNKINNLYKNA
VEKLDALNKEIDDLRDMKLNYKEKCNSTVTLQKRIDELTQENASLKKMSETIASALEGIE
SELKDVRNSHTEIEMEKDHLNSIIEKLEKKADVLNHDTQTDHCNDKELLEQEIKDLKEAN
EILSHENEQQKITISNTDDILSKLNDVMNNYDVLREEKRRLQSDIEGLQTHLTKVSKENS
NLNDRLRELIASSDNVNDKSEKSSYELQCLMDEVKAGQEKIENLIRENTLLAEENLELKD
QINTQTTDKTSVMNDSNKYIGSDNVMEKINDLLDTKKTLEKEVTDLKLINQSVSGNMQQV
QANNEKLRLSNDKLERRLDEALVSLRHLHSLQENTELEYLKNILYEYLTGSGTHSITLAK
VLAAVVKFDDRQTEAVLQKEKERQGFLRQLGII