| New model in OGS2.0 | DPOGS211353 |
|---|---|
| Genomic Position | scaffold695:- 28313-38122 |
| See gene structure | |
| CDS Length | 3474 |
| Paired RNAseq reads | 46 |
| Single RNAseq reads | 151 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA008366 (1e-66) |
| Best Drosophila hit | CG30268 (4e-13) |
| Best Human hit | hypothetical protein LOC26074 isoform 1 (8e-43) |
| Best NR hit (blastp) | PREDICTED: similar to Uncharacterized protein C20orf26 [Tribolium castaneum] (3e-71) |
| Best NR hit (blastx) | PREDICTED: similar to Uncharacterized protein C20orf26 [Tribolium castaneum] (9e-93) |
| GeneOntology terms | ND |
| InterPro families | IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase |
| Orthology group | MCL15015 |
Nucleotide sequence:
ATGTCTATATATTTCGATTTCAATGTTGGAAGTAAAGGTACCAGGTTTAGAAGAGCTGTG
GACTGCGATGTGTTCGACATCACGTCTATAATACAACATGAACATACAGAGCGTTTGTTC
GGTAGACCGGACATTGGGGACTTAATAGAACTGTCATCATTATCAATATGTATGATAAAC
GATAGCAAGGAGGTCATAGGTTTTATGGCTCTCAGCGATCATCCAAATGTCCCCGCCGTT
GATCCCTCTGATTGGGAAGTATGGATGCGTAATTTATTTCAAGAAGAAGATAATGATGAT
ATAGTAAAACTGCTCGGTAATAACTGTCCGAGATTGCAAGACGAATACGGCAATTATTAC
ATCAGCGAAATTATTGGACATAACACCGAGATGAATAGAAAAATTATCGTGGCCGAGTAT
CAAGATCACGCCGTCGGTGTAATGTGTTTGAATACTGAAATTAATTATGAAATGCTTCAA
AGAACCTATGATCTCACTCCTTTTCATGGATTAAGGAAGGCGACACCTCTAGAAAAGGAG
AAGTATAAGCGAGCAAATATGCTTCTTGATATATTTGGAGATCCCATAATGCGCGGAAAG
TGGAGTCCATTCGCAGATAATACAAAAACTATACAAGTTGATCCTCAATTAAAAGATAAA
AGTAGCAAACGTCCCAAATCTGCCAGTAAAGTGAATTTCGATTCAGAGGGCATCGCGAAA
CGAAGTTTCGAACATTTCTATTATCCGAATACTTCAGAGGATTACAGCGAAAAGGAAATC
AACTCCCCGTCGCTGTCTGTGGCAACGAATCCGTCGATTATGAATTTTTTCTTAGACGAT
GATGCTTTTGAATACGAGATCGTTAACATCGATAAAACTCTATTGACAATACCCGAGGGA
TTGTCCTGCGATTTATTGAGTACGAGTTCGTTTTTCCTCCATCCTGATCCAGACAAGAAA
GAATCCAAATCATCGTCGAAGCGTAAATCTCAAATTAAAATACAACATGAAAGTCCTGGT
CCTATAAAAGAAGTTAATGTTCTAAAATATCACGGAGGACCAAACGCTTTTATTATCGAA
CTGTTCGGTTTACGTGACGACATCGACGACAGGAAAATCCGAGCTCGTAAGGCTGAAGTG
ATGGACATTCCGCAAGTATCACATTTATTGCAAAGCTTGGACGGTAAAGAAACAATATGG
ACAGTTGAGAATACGATTCTGAACAAGAATCGCTTGGAATGTTTCGTGTTTATGAGTGGA
ACCGCTTTAATAGGAGTTGGTATTTTAGAACACCCAGAACAAATAGACTTCATGCGATCC
AAGTTTAATCTAGACTCACTTAGACTTCACAAGTACCACATACAAGCGGGCAGAGATGCT
GGTTTCGCAACACTAAAGGCTATTGTAGTTTATTCAGTATTCGAACCGCATTATAGATTC
TTCGCGAGAGAATTGTTGCGACTCTCAGGGAACAATTCACTTTTGTGGCTAACTGCGTAT
AAGAATAAATGGGTGACTCATAAAGCAAATTCCTTGGCTGGAGCAATGATACCTCTCACA
CCAAGACCGACAGAGATCGACTGCACCTCTGTACCGGAATTAAGAAGAATCCGCAATCTC
TCAAAGACCGTGGTGGCTTTTAGTTCTTGGTTTATAAGTAACAAGTTAACAAGCGTCGCG
AGGATTAATATTGACACACGAATTATAGTCGTCGGCGCTTCTAGAACAGCTATGTCGTTT
TTGAATACATTAATTTTTAGCGATTCGAGTTCCTATTTATTCTTCACTAATGTAACATTA
GTTTCACCTGACGGCTTGCCTTATGCAAGACGGACAAAACACGCGTCGGAGATGATGTTC
GAGAAAAATCGCCTGAATTCCGATAAATACTTGAAAAGTATGCCCTATACTTACTACGTG
AACGTCGTTCAGGGTTACCTAATCGAGATTAACAAGAAACAAAAATATATAACGATTTCC
ACCGGTGGGAGCTTGCATTACGATCTTCTGTTTCTATTATTTGGGAAACAGTATCAGCAT
CCTGATTATTTGAAGAATATATTATATAAAGAAAAGTTAAAACGGAGAGGTGACATTCCT
TTATACACTCGCTTGGATATTCCACAATCTAATCCAGAGCCAACAGTGAGCAACTTTACA
CCATCTAATGTTTTTATTGTGAACAGTATACAGGATGCTAACAGAGCTCTTAATTTTGTG
AAATCATTCATGTGGCAAGATATGGATTATAAAATTATAGTGTACGGCGCAAACAAACAT
GCTTACTGCTGTTTGGCGGCGTTGATTGAAATGAAAATTTCTGGAAAGAACATCATTTTC
GTAGAACCATTTCCATCAAACGATTCGAGGAAGGCTCGCGTCTCTCTGTTTTGCAATGTT
TACGTTGATAAATCAGTCAGCGAGATGATTAGAAGTCTGCATATAACGGTATATAGATCA
TATTACTTCCAACGTTGGCATATGGACGCCAATGATTTGGTCACTCGTGTAGATTTCATG
TCACATTTCAAAATTTTAAGATTGAAATGTTCCGTCTTCTTCTATTACGGAATTCGTGGC
GTGAACGAAAATGCATTTATTGCTATTAATAAAAGCGGCATGGCTTACGACGGAGGTATA
CTCATAGATCATGAGTTTAAAACAAAAGATCCCTCGATATACGCAGCGGGTCCTGTTACC
AGGTATTATAGAAAATACCAAGCAGATAACAAAAGACAAAAATATTACGATGCTTATGAA
GTCGGAATGACGCTTGGCAATCGAATAAGAAACAAATTAGACCCACTGTTCTCAGAAGTA
AAGAATTCTGAAAAATTACCAAGAAATACAATAAAAAATGTCAGTTTTGATGAAACCTCT
GTAGGGAACACGTCATTTAATAGCTTCGGATCTCGGGAATCTCGAGATATTGAAGTCTGT
CCAGACCTACCTCAATTTAAGAAACCTCTTGTATTGCATTGCTATTTACCTGGAGGGCTC
CAGTACTTAGAAGTACGTCCTCCCGGAAAAAAGTTACCTCATTACTTTGTACAGTCCTTA
GAGCATAACACAAAAAAGTTGGACAATTTTTATGAATTTTTCCGAGCGCCGTGGGCATTT
TTCTTATATCATGATCAGATTGATGAATTGTTTGCGATGGTTAAGGAAGTTATTCCAAAG
GGACAGTGTCAAGGAGACACTCTTGCTGAAACTATTAGGAATATCGGTGACAGCATAAGC
AATCAGTCTTGCAAACTAACCACAAAGTCCAAGATTCGATCCAGATTCGAAAAGTCACCG
TATTTCGAAGCCATTACTGACTATGTCATTAAATGGCTATCAGAGAACGATGTCCTACTA
CCGATGTACTTGCAGCCGTGGCAGACCACGGAGTACGACCACGACGTCGACAAACATCCA
GTATTCAGAAAACGAAGGAAGACTATGACTAAAATGTTATCTACGATCTTTTAA
Protein sequence:
MSIYFDFNVGSKGTRFRRAVDCDVFDITSIIQHEHTERLFGRPDIGDLIELSSLSICMIN
DSKEVIGFMALSDHPNVPAVDPSDWEVWMRNLFQEEDNDDIVKLLGNNCPRLQDEYGNYY
ISEIIGHNTEMNRKIIVAEYQDHAVGVMCLNTEINYEMLQRTYDLTPFHGLRKATPLEKE
KYKRANMLLDIFGDPIMRGKWSPFADNTKTIQVDPQLKDKSSKRPKSASKVNFDSEGIAK
RSFEHFYYPNTSEDYSEKEINSPSLSVATNPSIMNFFLDDDAFEYEIVNIDKTLLTIPEG
LSCDLLSTSSFFLHPDPDKKESKSSSKRKSQIKIQHESPGPIKEVNVLKYHGGPNAFIIE
LFGLRDDIDDRKIRARKAEVMDIPQVSHLLQSLDGKETIWTVENTILNKNRLECFVFMSG
TALIGVGILEHPEQIDFMRSKFNLDSLRLHKYHIQAGRDAGFATLKAIVVYSVFEPHYRF
FARELLRLSGNNSLLWLTAYKNKWVTHKANSLAGAMIPLTPRPTEIDCTSVPELRRIRNL
SKTVVAFSSWFISNKLTSVARINIDTRIIVVGASRTAMSFLNTLIFSDSSSYLFFTNVTL
VSPDGLPYARRTKHASEMMFEKNRLNSDKYLKSMPYTYYVNVVQGYLIEINKKQKYITIS
TGGSLHYDLLFLLFGKQYQHPDYLKNILYKEKLKRRGDIPLYTRLDIPQSNPEPTVSNFT
PSNVFIVNSIQDANRALNFVKSFMWQDMDYKIIVYGANKHAYCCLAALIEMKISGKNIIF
VEPFPSNDSRKARVSLFCNVYVDKSVSEMIRSLHITVYRSYYFQRWHMDANDLVTRVDFM
SHFKILRLKCSVFFYYGIRGVNENAFIAINKSGMAYDGGILIDHEFKTKDPSIYAAGPVT
RYYRKYQADNKRQKYYDAYEVGMTLGNRIRNKLDPLFSEVKNSEKLPRNTIKNVSFDETS
VGNTSFNSFGSRESRDIEVCPDLPQFKKPLVLHCYLPGGLQYLEVRPPGKKLPHYFVQSL
EHNTKKLDNFYEFFRAPWAFFLYHDQIDELFAMVKEVIPKGQCQGDTLAETIRNIGDSIS
NQSCKLTTKSKIRSRFEKSPYFEAITDYVIKWLSENDVLLPMYLQPWQTTEYDHDVDKHP
VFRKRRKTMTKMLSTIF