| New model in OGS2.0 | DPOGS207748 |
|---|---|
| Genomic Position | scaffold4184:+ 238-7034 |
| See gene structure | |
| CDS Length | 3135 |
| Paired RNAseq reads | 665 |
| Single RNAseq reads | 2589 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007494 (6e-55) |
| Best Drosophila hit | multi drug resistance 50 (0.0) |
| Best Human hit | multidrug resistance protein 1 (0.0) |
| Best NR hit (blastp) | PREDICTED: similar to Multi drug resistance 50 CG8523-PA [Tribolium castaneum] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to Multi drug resistance 50 CG8523-PA [Tribolium castaneum] (0.0) |
| GeneOntology terms | GO:0042623 ATPase activity, coupled GO:0015238 drug transmembrane transporter activity GO:0015893 drug transport GO:0042626 ATPase activity, coupled to transmembrane movement of substances GO:0005524 ATP binding GO:0016021 integral to membrane GO:0055085 transmembrane transport |
| InterPro families | IPR001140 ABC transporter, transmembrane domain IPR003439 ABC transporter-like IPR011527 ABC transporter, transmembrane domain, type 1 IPR017871 ABC transporter, conserved site IPR017940 ABC transporter, integral membrane type 1 IPR003593 ATPase, AAA+ type, core |
| Orthology group | MCL10102 |
Nucleotide sequence:
ATGTTTTGTTTTCATTTCAGTGATGTCATAAAACTAGAAGACGGGATAGGAGAAAAGCTG
GCTACGTTCGTATATTATCAAGTGACATTTTTAAGTTCTGTTATAATGGCCCTTGTGAAA
GGCTGGAAACTTTGTCTTCTATGTTTAATTTCGTTTCCAATTACCTTAGTTTTAATAGGT
ATTGCGGGCTTTATGGCATCAAGATTGTCTTACAAAGAAGCCGTTGCTTCTGCAAAAGCT
GGATCTGTGGCTGAGGAAGTATTGTCATCGATAAGAACAGTATTTGCTTTTAGTGGGCAA
AAAAAGGAAACTGAAAGATATGAAAAATACCTAATCGAAGCTAGGAGTATCAATATTAAA
AAAGGTATTTTTAACGGAATTATAATGGGCTTCATTTATTTCTGCTTGTTCGGTGCTTAC
TCTCTCTGCTACTGGTTTGGATATAAACTAATAGTTGATGAACCAGAGACGTACGACGTG
GACACGATGATGGCTGTATTATTCGGTGTTTTGATGGGTTCAACCAACTTCGGCATATCT
TCTACTCTCATGGATGCTTTTGGAGTCGCACGTGGAGCAGGAGCACAAATCTTTAACTTA
ATTGATAACGTTCCTAAAATTAATCCATCACTCAATCGTGGGATTACTCCCAAAAGTATA
GATGGAGATATTGAGTTCAAAAACGTATTCTTTCATTACCCTTCTAGACCAGATGTGCCA
GTACTAATTGATGGGACAAACGTCAAAAAATTGTCTGTTAGATGGTTGAGAGCTCAAATT
GGCCTAGTTGGTCAAGAGCCAATACTTTTCGATACAACAGTTCGCGAAAATATAAGATAC
GGCCGTGAGGATGCTTCAGACCTAGATATTGAAGAAGCTGCCAGAGAAGCCAATGCACAC
GAATTTATCACGAAGCTTCCTTTAGGATATGATACATTAGTTGGAGAGCGGGGAGCATCA
TTGTCAGGAGGACAAAAACAGAGAATTGCCATAGCTCGGGCGCTTGTCCGTAACCCACGG
ATATTATTGCTAGATGAAGCAACTAGCGCATTAGATACATCCTCGGAGGCCAAAGTACAG
AAGGCCCTAGACAAAGCCCAAGAAGGTCGTACAACGATCGTTGTAGCGCATAGACTCTCA
ACCATAAGAAATGTCGACAAAATCTATGTTTTTAAAGAAGGGAATGTGGTAGAAAGTGGA
AGTCATGACGAACTTCTTGCTAAAAAAGGTCACTTTTACGACATGCTAATGCTTCAAGCT
GCACCACATTTAAACGAGACTGATCAGGGCACACAATTGGAACTGTCTGAATCCGTTCTG
AATGAGAAAGAAGAAGAGCTTATCGAAATGAGAGACCAAGATTGCGAAGAAACACAAGAG
GAACCTAAGATTTCATTCTTCCAAGTACTTAAACTGAACTCACCAGAATGGAAGTCAATC
ACTGCGGCCAGCGTCTGCGCTATTCTAAACGGTTTCGCAATGCCACTTCTAGCAGTTGTT
ATGGGAGACTTTATGGGTGTGCTTTCTAATAATGATCCAGGTTGGGTTAGAGCTGAAGTT
ATTAAATATGTATTAATTTTTTTGGCAATTGGTATTTTCTCTGGACTCACAAACTTCGTT
ACGGTGTTTATGTATGGTATAGCAGGAGAATATCTTACTGCCCGTTTGCGTAAACTGTTA
TTTGTGCATATGCTCCAACAGGAGGTTGCTTTCTTTGATGATAAAAATAACTCAACGGGA
GCTCTTTGCGCTCGGTTATCAGGCGATGCTGCATCAGTTCAAGGGGCAACAGGTCAAAGA
ATTGGGACAGTGTTGCAGGCTCTTAGTACATTTAGCGTCGCATTAGGAATCTCATTATAT
TATGAATGGCGTTTAGGATTAGTCGCTTTATCTTTGGCACCTATCATGGGAGCTGTGCTG
TACAAGCAAGGGAGAATGATAACAGCACAAACTTTTGGAACAGCTAAAACAATGGAAGAC
AGTTCCAAGATAGCCGTAGAAGCGGTGGCGAATGTTCGCACAGTTGCATCACTAGGTCGT
GAGCAAATTATTCTCAATAACTACGCAACTCAGCTTCTGCCAGCACTAGTGGCTGCAAAA
CGAACCGCACATTGGCGAGGTGTGGTCTTTGGGCTCTCTAGAGGGCTTTTTAACTTCGTG
TACTCCATAGCCATGTTTTATGGAGGCAATCTAATGGTGTATCAGGGAGTGTCATATGAA
ATAGTACTCAAGTCAGCTCAAACATTATTAATGGGTTCCACTTCCGCAGCTCAAGCCTTT
GCTTTTGCTCCTAATTTCCAAAATGGTATTAAAGCAGCTGCTAGAATTATTGTTACATTG
AGAAGGCAGTCAAAAATCGTTGATCCGGCTAAACCTGCTGTCAAAAACTTTAAAGGTGCA
GGCGTAGCAAATATTAGAAATGTTCAATTTACATATCCAACGAGGCCTCTAATACAAGTA
CTAAAAAACTGTAGCCTAGAAATCGAAAAAGGACAAACAATAGCCCTAGTCGGTTCAAGT
GGGTGCGGCAAGAGTACCATCATACAGCTGTTAGAAAGATATTACGATCCTGATGTCGGC
ACAGTGGATCAAAGAGGTATTCCAATAAGAAAACTCAAATTGGCAGATGTGAGACAGTCG
ATAGGCTTCGTACAACAAGAACCTATTCTCTTTGATCGTACCATAGAAGAAAATATTGCC
TACGGTGACAATTCACGGCAGCCTAGCATGGATGAAATAATTGAAGCAGCTAAACAAGCT
AATATTCACAGCTTTATCGTATCTTTACCGATGGGTTATGAGACCAACATCGGTTCAAAG
GGCACCCAGCTTTCTGGAGGACAAAAACAAAGGGTTGCTATAGCAAGAGCTTTAATAAGA
CGACCAAAGATGTTACTGCTGGATGAAGCAACTAGTGCTTTGGACACAGAAAGTGAAAAG
GTGGTTCAAGCGGCCCTGGAAGCAGCTAAAGCGGGTCGTACGTGTGTCATGATCGCTCAC
CGACTGAGTACGGTGCGTGACGCTGACGTCATATGTGTCCTCAACAATGGAAGTGTCGCA
GAGCGAGGAACACACGCAGAGCTATTAGAACTCAAAGGACTTTATTATAATCTGTATACG
AAAGGAAGTGCATGA
Protein sequence:
MFCFHFSDVIKLEDGIGEKLATFVYYQVTFLSSVIMALVKGWKLCLLCLISFPITLVLIG
IAGFMASRLSYKEAVASAKAGSVAEEVLSSIRTVFAFSGQKKETERYEKYLIEARSINIK
KGIFNGIIMGFIYFCLFGAYSLCYWFGYKLIVDEPETYDVDTMMAVLFGVLMGSTNFGIS
STLMDAFGVARGAGAQIFNLIDNVPKINPSLNRGITPKSIDGDIEFKNVFFHYPSRPDVP
VLIDGTNVKKLSVRWLRAQIGLVGQEPILFDTTVRENIRYGREDASDLDIEEAAREANAH
EFITKLPLGYDTLVGERGASLSGGQKQRIAIARALVRNPRILLLDEATSALDTSSEAKVQ
KALDKAQEGRTTIVVAHRLSTIRNVDKIYVFKEGNVVESGSHDELLAKKGHFYDMLMLQA
APHLNETDQGTQLELSESVLNEKEEELIEMRDQDCEETQEEPKISFFQVLKLNSPEWKSI
TAASVCAILNGFAMPLLAVVMGDFMGVLSNNDPGWVRAEVIKYVLIFLAIGIFSGLTNFV
TVFMYGIAGEYLTARLRKLLFVHMLQQEVAFFDDKNNSTGALCARLSGDAASVQGATGQR
IGTVLQALSTFSVALGISLYYEWRLGLVALSLAPIMGAVLYKQGRMITAQTFGTAKTMED
SSKIAVEAVANVRTVASLGREQIILNNYATQLLPALVAAKRTAHWRGVVFGLSRGLFNFV
YSIAMFYGGNLMVYQGVSYEIVLKSAQTLLMGSTSAAQAFAFAPNFQNGIKAAARIIVTL
RRQSKIVDPAKPAVKNFKGAGVANIRNVQFTYPTRPLIQVLKNCSLEIEKGQTIALVGSS
GCGKSTIIQLLERYYDPDVGTVDQRGIPIRKLKLADVRQSIGFVQQEPILFDRTIEENIA
YGDNSRQPSMDEIIEAAKQANIHSFIVSLPMGYETNIGSKGTQLSGGQKQRVAIARALIR
RPKMLLLDEATSALDTESEKVVQAALEAAKAGRTCVMIAHRLSTVRDADVICVLNNGSVA
ERGTHAELLELKGLYYNLYTKGSA