| New model in OGS2.0 | DPOGS212610 |
|---|---|
| Genomic Position | scaffold1505:+ 2199-22170 |
| See gene structure | |
| CDS Length | 3822 |
| Paired RNAseq reads | 1149 |
| Single RNAseq reads | 3114 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005094 (1e-92) |
| Best Drosophila hit | CG31689, isoform B (4e-113) |
| Best Human hit | ATP-binding cassette sub-family G member 4 (3e-95) |
| Best NR hit (blastp) | PREDICTED: similar to abc transporter [Tribolium castaneum] (3e-152) |
| Best NR hit (blastx) | PREDICTED: similar to abc transporter [Tribolium castaneum] (3e-146) |
| GeneOntology terms | GO:0042626 ATPase activity, coupled to transmembrane movement of substances GO:0005215 transporter activity GO:0043190 ATP-binding cassette (ABC) transporter complex GO:0016021 integral to membrane GO:0005524 ATP binding |
| InterPro families | IPR001623 Heat shock protein DnaJ, N-terminal IPR012336 Thioredoxin-like fold IPR003095 Heat shock protein DnaJ IPR013766 Thioredoxin domain IPR013525 ABC-2 type transporter IPR003439 ABC transporter-like IPR020064 ABC transporter, G1-like IPR012335 Thioredoxin fold IPR017937 Thioredoxin, conserved site IPR017871 ABC transporter, conserved site IPR017936 Thioredoxin-like IPR003593 ATPase, AAA+ type, core |
| Orthology group | MCL17394 |
Nucleotide sequence:
ATGGGACCGTCTGGAGCCGGCAAAACATCACTCCTTAACGCCCTTACAGGATATTCGTTA
AAAGGGGTGACGGGTGTGATCCGAGCTGGCAACAGCGTATGTGAATTTGACAGCACTAAT
TCATATCAAACCCTGAACGCGTACCGTAAGAAGTCGTGCTACATACTGCAAGACGATAAG
CTGAACCCCTTATTTTTGGTCTCCGAGCAAATGCAATTCGCTGCGGACTTAAAGTTAGGC
GATACATTTACGCAGAAGTTAAAAAACTCAGTTATATCAGATGTGCTGAAGACCTTGGGT
CTGACGGGAACTGAGAACACTCCTTGTAGTAAACTATCAGGTGGACAGAGAAGAAGACTC
TCCATCGCCGTGGAGCTAATTGACAATCCACCAGTTTTATTTCTTGACGAGCCTACGACA
GGTCTAGACAGTGTCTCATCCAAACAATGCATGGAATTATTACAAAATCTCGCACGAGTT
GGTCGGACTATAATCTGCACAATTCACCAACCGTCTGCTACTATATATAAAATGTTCGAT
CAGGTATACGTGTTGGCAGAAGGTCAGTGTGTCTATCAAGGTCCCAGTTCTCACACAGTC
CCTCATCTGGCTAGTCTTGGTCTCGTCTGTCCCAAGTACCACAATCCAGCGGATTACATT
TTAGAACTAGCAAATGGCGAACATGGTCAACTCAATGAACTTCTCACAGCTAACTGTGTT
CCTGAAAAACTAAATGAACGTATTCCGGAATTGCCCATAGAGAATCGTCCAGCACTTTCA
AATGAAAAAATGACCATAGTAATAAATAGACCTTACGAATTTTACAAGTTTAAAGTGCTG
TTCAAGAGGTGTGTCGTGCAACAGTGCCGTGATTGGACAGTAGTTCCCCTTAGGATGGTC
ATCCATGTAATCATCGGTATTATGTTGGGACTGTTCTTCAATAACGTCGGCAATGATGCT
TCCAGAACACTCAGTAACCTTGGCTTCCTCATTATATCACCTACCTACCTCTGTTATACA
TCCCTCATACCAGCAGTGCTCAGATTTCCCGATGAGTTACCAGTGTTGAAGAAAGAACAT
TTTAATAACTGGTATAACCTCAAAACTTATTATATAGCAGTCCTAGTGACGAACACACCA
ATACAGATCTGCTACAGTTTAATATACTCAATACCAGCGTATCTTCTCAGCGGACAGCCG
ATAGAGTTACATCGTTTCGCGATGTTCGTTCTCATTCTATCAAATGTATCTCTCATAGCA
GACACTATAGGCATATTCATTGGTTCTTGCGTCAATCCTATTAATGGTACATTCCTGGGA
GCGATAACGACCTGCGTGATGATAGTTTTCGCTGGTTTCCTGGTGATACCATCTCATATG
CCGTCGATACTCCAACCTGTGGCGCATGGGTCTTTCCTGAAACAGGTGTACGAAGCGCTT
ACACTCTCTATGTACTCCTTCGATAGAACACCACTAGCGTGTGGTGAAGATAAGATATAC
TGTCACCTCAAGTTGAAATTCCTATTAATTGTTCTTTTATTAAAATGTGTTAATTTGAGT
GATGTATCGTACTATGAAATATTGGGGGTATCTAAACAAGCGACTACACAAGAGATAAGG
CAAGCATACAAAAAACTTGCTGTTAAATTACATCCAGATAAAAATTCTGATTCAAAAGAA
CAAAAGAAATTTCTAGAAATTACAGAGGCATATGAAATTTTAAAAGATCCGAATAAAAGA
CGACATTATGATATATACGGATCCCAGCAATCTTACACAAGGAAATATGATTACCATTCA
CAAACAGAATATAATAATCTATATTATAATGGCCTTTATCATGATAATCCCCATGTAAAG
ACTTTATCGGGAAGGGAATTCTATCAATATTTAAATGAAGGGCTGTATTTCATTAACTTT
TATTCACCATTTTGTCCGCCGTGTCAAAACTTGGCCAATCATTGGAAGAAATTGGCTCAA
ACCTATAAAGGAATAGTCAAAGTGGCAGCTGTCAACTGTAAATACCACAATTCGTTCTGC
TACAATAACATGAGAATTTCTAGTTATCCCTCATTATATTTTTATCCTTATGGTAAACAT
GGAAGCTTCATATATTACAATGGCGCCCATACATTTGAGGCTTTAGAAAAGTTTGTTCTT
AAATATATAAATAATAAAATAAACGTAGTTAAAGTGAATCAAGCGAGAAGTACGAACCAA
CCCACATTGTATGTTCTGGACGAAGACGCTATTACAGATGAAGTGATTACAAGGATAGCG
TTTCAATTGAATGGCATAGCCACAGTCGTTAAAGCGGGTGACGCCATCCGCAGGAAACTG
ACTGACAATGATGAAGCTATATTTGTGTTTAAATACAAACAAACGCATAGGGACATAACT
AGCCTAGGGGAAGCGAATATCATTAACAGTGTTCTGAATTCGTTGCCGACGATACAGAGG
ATTGGATTAAACAATTTGAAGACAATCAGAAATAATTTAAGAAATGGCAATGACAAACCC
TGGATCCTGTTTTTCTTCAAGAAAGGGGACGACAAACTGTTGTTGCATCAATTGAGAGTT
GAATTGGCTGACATGAATTTTGGTGAAATAGATTGTGACGAGAACACAGAGCTGTGTGCA
TCTTTCCAAATTGATGAGACACCTGATTGGTCGATTTTAAAGGTGGGCGGGGCTTATCAA
CGGTTGGTGACCCCCACTAGCGCTGATATAAATAAAGCTGCCCGTGCGCAGTCACTCCAT
ACACTTTCCGCTGCTGATATGAAGCGGATATTTGACGGAGACGTATCGACCTGGGTTCTG
CTCGTCGCCCCGTTCAGGGTCCCCTGGGAACACTTGGTTGAACCCTTCACACAAGTTAGT
TTGGAATTAGGACATAATGCTAATTTCGGCATAATGTCGTGTACCGTAGACACGGACGGG
CAGTGTCGTCGTCTGACGGAGGGACAAGCGTCTGTCGTTATAGTGAACGGGACGCTCACT
GACATATACCACGGTGACATTAATAAAGAAGAACTAGTAGACTTCATACAAATAGTACAA
GACACTTCAGATGTATTGATATCGGAGGAACAAGTGATGGACCTGGTTCATCGGCGGTCG
GTCGGGTGGCTGGTCGCCTTCATGCCTAAATGTGGCTCGACTTGTCACAGACTTCTCCAT
CAGATGAGGATAGTAGCTAAGCGACTCAAGCCACTAGAGTCTGTGCGCGTTGGTGTATTA
CTGTGTGAAAATCAATCTGGTTTCTGTGGTAATGTTCGTTCGCCCACACTACGTTACTAT
CCACCAAAACATTCCCATCTATACACTGTAAGTCTTCAACATCTATCTGAGGCTCCGTAC
ATTCTGGAGTGGGCTTTGGAGTACATTGACAAATCTGTGACACCAATCACTTGGAGGACA
TTCACTAAGGATGTTATAGCTGAAGAGTTAAATCCAACCAGGCACAATAAGATTAATCCA
TGGCTGGTGTATTTCCACTCTCCCAGATGTTACCGCTGCTATGAAATGTATCCAGACTTT
GCAATCTTATCAATTTTCCTCAAAAACAACATACAGTTTGGTAAAGTGAACTGTGTATCA
GAGCGTGGTCTTTGTCAACATGAGCACATAACGAGTTATCCGTCAATCAAGTTATATTTA
AGCAGGAACAAGAAAAATCCGAGCAGAATCATTCCACTGCAAGCCAAAAACTACCTGAGC
TTACTGCAGGATATACAACCTCATGTAACAAAGTATGACAACGATCTACTACAGAGTATA
CAAAATATTGGCATCAAAAGTCACATTAGGGATGAATTATAG
Protein sequence:
MGPSGAGKTSLLNALTGYSLKGVTGVIRAGNSVCEFDSTNSYQTLNAYRKKSCYILQDDK
LNPLFLVSEQMQFAADLKLGDTFTQKLKNSVISDVLKTLGLTGTENTPCSKLSGGQRRRL
SIAVELIDNPPVLFLDEPTTGLDSVSSKQCMELLQNLARVGRTIICTIHQPSATIYKMFD
QVYVLAEGQCVYQGPSSHTVPHLASLGLVCPKYHNPADYILELANGEHGQLNELLTANCV
PEKLNERIPELPIENRPALSNEKMTIVINRPYEFYKFKVLFKRCVVQQCRDWTVVPLRMV
IHVIIGIMLGLFFNNVGNDASRTLSNLGFLIISPTYLCYTSLIPAVLRFPDELPVLKKEH
FNNWYNLKTYYIAVLVTNTPIQICYSLIYSIPAYLLSGQPIELHRFAMFVLILSNVSLIA
DTIGIFIGSCVNPINGTFLGAITTCVMIVFAGFLVIPSHMPSILQPVAHGSFLKQVYEAL
TLSMYSFDRTPLACGEDKIYCHLKLKFLLIVLLLKCVNLSDVSYYEILGVSKQATTQEIR
QAYKKLAVKLHPDKNSDSKEQKKFLEITEAYEILKDPNKRRHYDIYGSQQSYTRKYDYHS
QTEYNNLYYNGLYHDNPHVKTLSGREFYQYLNEGLYFINFYSPFCPPCQNLANHWKKLAQ
TYKGIVKVAAVNCKYHNSFCYNNMRISSYPSLYFYPYGKHGSFIYYNGAHTFEALEKFVL
KYINNKINVVKVNQARSTNQPTLYVLDEDAITDEVITRIAFQLNGIATVVKAGDAIRRKL
TDNDEAIFVFKYKQTHRDITSLGEANIINSVLNSLPTIQRIGLNNLKTIRNNLRNGNDKP
WILFFFKKGDDKLLLHQLRVELADMNFGEIDCDENTELCASFQIDETPDWSILKVGGAYQ
RLVTPTSADINKAARAQSLHTLSAADMKRIFDGDVSTWVLLVAPFRVPWEHLVEPFTQVS
LELGHNANFGIMSCTVDTDGQCRRLTEGQASVVIVNGTLTDIYHGDINKEELVDFIQIVQ
DTSDVLISEEQVMDLVHRRSVGWLVAFMPKCGSTCHRLLHQMRIVAKRLKPLESVRVGVL
LCENQSGFCGNVRSPTLRYYPPKHSHLYTVSLQHLSEAPYILEWALEYIDKSVTPITWRT
FTKDVIAEELNPTRHNKINPWLVYFHSPRCYRCYEMYPDFAILSIFLKNNIQFGKVNCVS
ERGLCQHEHITSYPSIKLYLSRNKKNPSRIIPLQAKNYLSLLQDIQPHVTKYDNDLLQSI
QNIGIKSHIRDEL