| New model in OGS2.0 | DPOGS212337 |
|---|---|
| Genomic Position | scaffold101:- 325467-331768 |
| See gene structure | |
| CDS Length | 4920 |
| Paired RNAseq reads | 3486 |
| Single RNAseq reads | 8854 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004647 (0.0) |
| Best Drosophila hit | sec71, isoform A (0.0) |
| Best Human hit | brefeldin A-inhibited guanine nucleotide-exchange protein 2 (0.0) |
| Best NR hit (blastp) | GJ18143 [Drosophila virilis] (0.0) |
| Best NR hit (blastx) | GM15214 [Drosophila sechellia] (0.0) |
| GeneOntology terms | GO:0006891 intra-Golgi vesicle-mediated transport GO:0005794 Golgi apparatus GO:0005086 ARF guanyl-nucleotide exchange factor activity GO:0006888 ER to Golgi vesicle-mediated transport GO:0005488 binding GO:0032012 regulation of ARF protein signal transduction |
| InterPro families | IPR000904 SEC7-like IPR015403 Domain of unknown function DUF1981, SEC7 associated IPR023394 SEC7-like, alpha orthogonal bundle IPR016024 Armadillo-type fold |
| Orthology group | MCL11705 |
Nucleotide sequence:
ATGTTTATAGTCAGAGCTTTGGAAAAGATATTAGCAGATAAGGACATAAAAAGGTCCTAT
CACAGCCAGTTGAAAAAGTCATGCGAAGTAGCGCTAGAGGAAATAAAAACTGAGCTGAAA
AATGGTGGTCAGCCAGAAACATCAGAGAGTCCAACATCAGGAACTTTACCACTACCCAAA
AATGATGCATCAAATATCATCACTGCTGAAAAGTACTTTCTCCCATTTGAACTGGCCTGT
CAAAGCAAAGCAGCCAGGATAGTTGTGACTGCACTGGACTGCCTTCAGAAATTAATTGCA
TATGGCCATCTCACAGGAAATATTCCAGATTCAACAACTCCGAGAAAATTGTTAATAGAT
AGAATAGTTGAAACGATTTGTAGTTGTTTTAATGGCCCACAAACTGATGAAGGAGTGCAA
CTTCAAATAATCAAAGCTCTTCTTACTGTGATCACCAGCCAGCATGTTGAAGTGCATGAG
GGTGCAGTACTTCTAGCTGTCAGAACATGTTATAATATTTATTTGGCATCTAAAAATCTT
ATAAATCAAACAACCGCCAGAGCTACTCTAACACAAATGTTAAATGTGATATTTACTAAA
ATGGAAAATCAAGCTTTAGAGTCGGAAGCTAGCAATTCTAACCTAGCACCAGAGACACAA
CACAAAATTCCTAATGGGAATATTTCAAGTGATGGGACATCCTGTGCAAAAAATGAGGAT
AATAAAGTAGAATCTAGTGAGAAGGAAGTTGATGAAGTTCTAGAAGCTAAATTAATAGCT
AGACAAATAGTGGATTCTGTCATAGATAATGCCATCTCAATAGCAGCAAAGAAAACTGTT
CAAGATGTGAGCCAGAATGGACCTGAAAACAATGAAAACCCACCTGACAGTCAGGACAAT
GTCAGTATTTCCCAAGAGAGCAATGGGCACCTTCACCCTGATACAACAATAGCAAGGATT
CCATCACAAGAAAGTGTAGACGTTGCTTCAGAGAATGACACATCAGTTACTGCTAAATTC
ACTCATGTACTACAAAAAGATGCTTTCCTTGTATTCAGAGCTCTTTGTAAGCTCTCTATG
AAGCCTTTACCAGATGGTACACCAGATCCAAAATCCCATGAGCTGAGGTCAAAGATTCTT
TCTCTTCATCTGTTGCTGTCTATCCTTCAAAATGCTGGCCCTGTTTTTAGAAATAATGAA
ATGTTTATAACTGCTATTAAGCAATATTTATGTGTTGCCTTATCCAAAAATGGAGTCAGT
TCTGTACCTGAGGTCTTTGAACTTTCACTGGCTATTTTCTTAGCCTTACTACAAAATTTT
AAAGTTCATCTAAAGATGCAAATTGAAGTGTTCTTTAAAGAGATTTTCATGAATATTTTG
GAAACTTCAAGCTCCTCCTTTGAACACAAATGGATGGTAATTCAAGCCCTCACTAGAATA
TGTGGTGATGCCCAAAGCGTTGTCGACATTTATGTTAACTATGACTGTGATCTATCAGCT
GCCAACCTATTTCAAAGACTAGTTAATGATGTGTCCAAAATAGCACAGGGAAGACAAGCT
TTGGAATTAGGTGCTACACCAAACCAAGAAAAGTCTATGAGAATTAGGGGCCTTGAATGC
CTCGTGTCAATATTAAAATGTATGGTAGAATGGAGCAAAGAGTTATACATCAATCCCAAT
ATGCAAACTACATTGGGTGAGAGACTGGTTAAAGAAGACACTGATCATCAAAGTATCAAA
TCTCATGGTGGATCGAGCCTTAGCTTGGTTTCAACTGGATCTAGTAACATTGGCAACCGA
GAGACCTTGGATTCACCTGAACAGTTTGAAGTTTTGAAACAGCAAAAGGAAGTTTGGGAA
ACCGGTATTGACCTGTTTAACAGGAAACCAAAAAAAGGAGTTACATTCCTACAAGAACAA
GCTTTACTAGGAACATCCACTAAGGAAATTGCTGAATGGTTACTAACGGACGAAAGACTT
GATAAAACGTTCATTGGAGAATATTTAGGTGAAAATGATGATCATTCTAAAGAAGTTATG
TATGCTTATGTTGATTCTATGAAGTTTTCTAACATGGACATCGTAGCGGCTCTGAGACAT
TTCCTGGAAGGTTTTAGACTACCTGGAGAAGCACAGAAAATTGACAGACTAATGGAAAAG
TTTGCAGCTCGTTATTGTGAATGTAATCCAAATAATACACTTTTCATGAGTGCTGATACA
GTTTATGTACTTGCATTTTCTATAATAATGTTAACAACAGATTTACACTCCCCACAAGTA
AAGAATAAGATGACAAAAGAACAATACATTAAACTTAATAGTGGTATCAGCGACAATAAC
GACTTGCCGCGCGAATATCTGTCTCAGATATATGACGAAATAGCAGGACATGAAATAAAA
ATGAAAAACGTCTCGCGACCGGGCAAGCATATGATAGCGAATGAGAAGAAACGGAAATTC
ATATGGAATATGGAAATGGAACAAATATCAACGGCTGCTAAAAATTTAATGGAATCTGTA
TCCCATGTCCAAACGCCATTCACTACTGCGAAGCACGTTGAACACGTTCGACCGATGTTT
AAGATGGCCTGGACTCCTTTCCTGGCTGCATTCTCTGTCGGTCTTCAAGATTGTGATGAT
CCCGAGATCGCGTCTTTGTGCCTGGATGGAATAAGATGTGCAATACGTATCGCGTGCATT
TTCCATATGTCTTTAGAGAGAGATGCATACGTTCAGGCTTTAGCCAGGTTTACACTATTG
ACTGCAAATTCACCTATAACAGAAATGAAAGCAAAAAATATCGATACCATTAAAACCCTT
ATAACTGTCGCTCATACCGACGGAAATTACTTAGGATCAAGTTGGCTCGACGTCGTTAAA
TGTATTTCGCAACTGGAACTAGCTCAACTTATAGGCACAGGAGTTCGACCACAATTCTTG
TCTGGGTCAGGCATTAAACCGCAACCAGATTCCCTGAAATTCAGCCTCATGTCCTTAGAC
CCTAGTGTTAAAGAACATATTGGAGAAACGAGTTCTCAAAGCGTGGTAGTCGCGGTGGAC
AGAATATTCACGGGATCTACGAGACTTGACGGTAACGCTATTGTTGATTTTGTCAAAGCT
CTTTGCCAAGTGTCTCTTGACGAGCTAAGTCATCCTACGAATCCTCGAATGTTTTCCCTT
CAAAAGATTGTGGAAATATCTTATTACAATATGGGTCGTATCCGTCTTCAATGGTCGCGA
ATTTGGCAAGTTTTAGGTGACCACTTTAATAAGATGGTCAACTCACAAGCACCAAACATT
AAATCTGGATGGAAAAACATTTTTTCAGTATTTCATTTAGCTGCCAGCGATCAGGACGAA
GCAATCGTTGACTTGGCGTTCCAAACTACTGGCAAAATCATTACGGAATTATATGAAAAA
CAATTTCCGGCTATGATAGACTCATTCCAAGACGCTGTTAAATGTCTATCCGAATTTGCC
TGCAATGCTAAGTTCCCTGATACCTCCATGGAAGCGATAAGACTTGTCCGATCTTGTGCG
ACGGCAGTGGGAACGTCTCCACAGCTGTTCGCGGAGCACGCCGGCCTGGAAGGCGAACCT
GGTGCTCCTGAGGTAGACAGGGTGTGGCTACGAGGATGGTTTCCACTATTATTTTCACTG
TCGTGCGTCGTTAGCCGTTGCAAACTTGACGTTCGTACACGGGGACTGACGGTCCTCTTC
GAGATTATAAAAACTCATGGCGATTCATTCCGTCCGCATTGGTGGAGAGATTTATTTAAT
ATATTGTTTAGAATTTTCGACAATATGAAGTTACCTGAGCATCAATTAGAAAAGAATGAG
TGGATGACTACGACGTGCAACCACGCTTTGTACGCTATTGTAGACGTCTTCACGCAATTT
TTTGACATTCTAGGATCCCTTTTATTAGAACAGCTATATTCACAACTGCACTGGTGCGTG
CAACAGGATAACGAACAACTCGCGAGATCTGGAACAAATTGCTTAGAAAATCTAGTCATA
TCAAACGGAACTAAATTTAACGAAGAAACGTGGAGCAAGACCTGTCAAATTATGTTGGAT
ATATTTAATAGCACGCTACCCACTACACTGCTCACATGGAAACCTGACGAGAACGAAGAC
AGCGAACACCAGAACGTGCGCCACGGTATATTGAAGAAACCACAAGGTGGAGACGAAGTG
AAGTCTTCGAACCGTGTGTTCAACAGTCTGTTAATCAAATGCGTAGTTCAGTTAGAGTTG
ATTCAGACAATCGACAATATAGTTTTCTACCCTGCGACGTCTCGAAAAGAAGACGCTGAA
ACCTTAGCCTTGGCTGCTGCCGAATTGACCGGAGGAACTCCTGGCACCGAACAAGAATGT
CAACGTGAAGAACAAGGGATGTACAGACTTCTCAGCTCACCACATTTATTACGACTAGTC
GAATGCCTGATGTGCAGCCATCGATTCGCTAAGACTTTCAATACAAATAATGCGCAAAGG
AATGTGCTTTGGAAAGCTAACTTTAAGGGTTCCGTGAAACCGAATATGTTGAAACAAGAA
ACGCAATCCCTCGCATGCGTCCTTCGAATATTATTCAAGATGTATAGCGACGAAGCGCGG
AGAAGTCACTGGCCTGCGGTCCAGAAAAGCCTCATCACGATATCCTGTGAGGCTCTAGAA
TATTTCGGTTCGCTCACCAACGAGGCGCACCGGGATGCTTGGACTTCTATTCTTCTCCTC
ATTCTCACACGAATACTTAAAATGCCAGACGAACGATTCGCTGCCCACGTGTCCAGCTAC
TACCCCATGTTATGCGAGATCACGTGTTTCGACCTGAAGCCGGAGCTCCGCTCGGTGCTG
AGGCGGGTGTTCATTCGTATAGGACCCGTCTTCAACATCGTCAACGTCAACACGCAATAA
Protein sequence:
MFIVRALEKILADKDIKRSYHSQLKKSCEVALEEIKTELKNGGQPETSESPTSGTLPLPK
NDASNIITAEKYFLPFELACQSKAARIVVTALDCLQKLIAYGHLTGNIPDSTTPRKLLID
RIVETICSCFNGPQTDEGVQLQIIKALLTVITSQHVEVHEGAVLLAVRTCYNIYLASKNL
INQTTARATLTQMLNVIFTKMENQALESEASNSNLAPETQHKIPNGNISSDGTSCAKNED
NKVESSEKEVDEVLEAKLIARQIVDSVIDNAISIAAKKTVQDVSQNGPENNENPPDSQDN
VSISQESNGHLHPDTTIARIPSQESVDVASENDTSVTAKFTHVLQKDAFLVFRALCKLSM
KPLPDGTPDPKSHELRSKILSLHLLLSILQNAGPVFRNNEMFITAIKQYLCVALSKNGVS
SVPEVFELSLAIFLALLQNFKVHLKMQIEVFFKEIFMNILETSSSSFEHKWMVIQALTRI
CGDAQSVVDIYVNYDCDLSAANLFQRLVNDVSKIAQGRQALELGATPNQEKSMRIRGLEC
LVSILKCMVEWSKELYINPNMQTTLGERLVKEDTDHQSIKSHGGSSLSLVSTGSSNIGNR
ETLDSPEQFEVLKQQKEVWETGIDLFNRKPKKGVTFLQEQALLGTSTKEIAEWLLTDERL
DKTFIGEYLGENDDHSKEVMYAYVDSMKFSNMDIVAALRHFLEGFRLPGEAQKIDRLMEK
FAARYCECNPNNTLFMSADTVYVLAFSIIMLTTDLHSPQVKNKMTKEQYIKLNSGISDNN
DLPREYLSQIYDEIAGHEIKMKNVSRPGKHMIANEKKRKFIWNMEMEQISTAAKNLMESV
SHVQTPFTTAKHVEHVRPMFKMAWTPFLAAFSVGLQDCDDPEIASLCLDGIRCAIRIACI
FHMSLERDAYVQALARFTLLTANSPITEMKAKNIDTIKTLITVAHTDGNYLGSSWLDVVK
CISQLELAQLIGTGVRPQFLSGSGIKPQPDSLKFSLMSLDPSVKEHIGETSSQSVVVAVD
RIFTGSTRLDGNAIVDFVKALCQVSLDELSHPTNPRMFSLQKIVEISYYNMGRIRLQWSR
IWQVLGDHFNKMVNSQAPNIKSGWKNIFSVFHLAASDQDEAIVDLAFQTTGKIITELYEK
QFPAMIDSFQDAVKCLSEFACNAKFPDTSMEAIRLVRSCATAVGTSPQLFAEHAGLEGEP
GAPEVDRVWLRGWFPLLFSLSCVVSRCKLDVRTRGLTVLFEIIKTHGDSFRPHWWRDLFN
ILFRIFDNMKLPEHQLEKNEWMTTTCNHALYAIVDVFTQFFDILGSLLLEQLYSQLHWCV
QQDNEQLARSGTNCLENLVISNGTKFNEETWSKTCQIMLDIFNSTLPTTLLTWKPDENED
SEHQNVRHGILKKPQGGDEVKSSNRVFNSLLIKCVVQLELIQTIDNIVFYPATSRKEDAE
TLALAAAELTGGTPGTEQECQREEQGMYRLLSSPHLLRLVECLMCSHRFAKTFNTNNAQR
NVLWKANFKGSVKPNMLKQETQSLACVLRILFKMYSDEARRSHWPAVQKSLITISCEALE
YFGSLTNEAHRDAWTSILLLILTRILKMPDERFAAHVSSYYPMLCEITCFDLKPELRSVL
RRVFIRIGPVFNIVNVNTQ