| New model in OGS2.0 | DPOGS215049 |
|---|---|
| Genomic Position | scaffold498:+ 4061-10050 |
| See gene structure | |
| CDS Length | 3561 |
| Paired RNAseq reads | 1240 |
| Single RNAseq reads | 2986 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005680 (1e-145) |
| Best Drosophila hit | CG42331, isoform B (8e-143) |
| Best Human hit | peroxidasin homolog precursor (2e-77) |
| Best NR hit (blastp) | PREDICTED: similar to oxidase/peroxidase [Nasonia vitripennis] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to oxidase/peroxidase [Nasonia vitripennis] (0.0) |
| GeneOntology terms | GO:0004601 peroxidase activity GO:0020037 heme binding GO:0055114 oxidation reduction GO:0006979 response to oxidative stress |
| InterPro families | IPR002007 Haem peroxidase, animal IPR010255 Haem peroxidase IPR019791 Haem peroxidase, animal, subgroup |
| Orthology group | MCL16605 |
Nucleotide sequence:
ATGTGTGAACCGGCGGCCGAAGGAAACGTTGACAGTGACAATCTTGAGAGTCGATCGGAA
GAAAACCAGTTTCCTGATGCGAGCTCCCTGCGCCAGTCCCCACTAGTTCAACAATGTCCC
CTTCGAGGCGCTCCCAAATGTCCGCCAGCATCCAAAAGATATCGCACTCACGATGGTACT
TGCAACAACCTGAGTCGGCCTCGCTGGGGTGCCACCATGACCCCGGTACAGCGGTTCCTT
CCACCAGTTTACTCCGATGGTATTCAAGCACCAAGGAAATCAATTTTCGGCTCTACCTTA
CCTTCAGCCAGAGAAATCAGCGCGCTAGTACACGAGGACAAGGATTCTGAAAATTCTGGA
ATAACGCATTTGCTCATGCAGTGGGGTCAATTTCTGGACCACGACATAACGTCTTCCTCC
CAGTCCCGAGGGTTCAACGGTTCAGTGCCGCGGTGCTGCAAGGACGGAGGAAGAGACTTC
ATACCTCAAGAGTTCATGCACCCGGAATGTCTTCCGATCGCCGTCCCACCCTCGGATCCC
TTCTACGGTCCCCGCGGTGTTCGTTGCCTGGACTTCGTTCGATCGTCTCCGGCGCCGCGG
GAGGACTGCGCCCTCGGCTGGAGGGAACAGTTCAACCACGTGTCCTCGTACATCGACGGA
TCACCACTTTACGCCAGCTCCGCGAGACAGTCGGACAGGTTGAGACTGTTCAGGAATGGT
ATGCTGCAGTATGGGCGGGTGCAGCAGCGCCGTCCTCTGCTGCCGGCTGAACGTGATGAG
TTGTGCCGCGGGGGCGCTCTATCCACGGACTGCTTCAAGTCGGGGGACGCGCGGGTCAAT
GAACACCCCGGTCTCGTCGCCAAACACATCGTCTGGCTCAGACAACATAACCGAATGGCC
CAGGAACTGGCGCACCTTAACCCTCACTGGAGCGATGAAAAAATTTATCAGGAAACTCGA
AAAATAGTGGGAGCTATGATACAACACATTACTTACAGGGAATTCCTACCGATCGTTTTG
GGTCCTGAAGTGATGCGTCTTTTTGAGCTGGAGCTTCTTCCGAAGGGCTATTTCAAGGGC
TACAGCGCCAAGACCAATCCGAACCCAGCCAGTTCTTTCGGTACAGCCGCTTTCCGCTTC
GGACACAGTCTGGTTCAGTCGTCGATGATGCGCTTTGATAAGTTCCACAGACCGATCAAT
AACAACGTTTCCCTCCACGCGGAGCTTACAAACCCGTCCAACATCTGGAGCGTGGGTGCC
GTGGACCGACTGCTGCTGGGGATGCTGAACCAGCACATACAGAAGAGGGACGAATTCATT
ACGGAAGAACTCACCAACCACTTGTTTCAAACCAATCACTTCAACTTTGGGATGGATTTG
GCTGCTATTAACATCCAGCGAGGAAGAGACCACGGGGTGCCGCCGTATACCGCGTGGAGG
GAGCCCTGCGGACTGACGCCCATCACGGACTTCGATGACTTAGTGAGGGTGATGCCGGCA
CGGGTCGTGAGGAAGTTGAAGGTGTTATACAGGAACCTCAATTCGACGTCGTGGATAAGA
ATTGCAAATTTCAAGAACTTCAACTTTGGGATGGATCTGGCTGCTATTAACATCCAGCGA
GGAAGAGACCACGGGGTGCCGCCGTATACCGCGTGGAGGGAGCCCTGCGGACTGACGCCC
ATCACGGACTTCGATGACTTAGTGAGGGTGATGCCGGCACGGGTCGTGAGGAAGTTGAAG
GTGTTATACAGACACGTGGATGACCTGGACCTGTTCACGGGCGGCGTGTCCGAGCGCCCC
GTGGCAGGCGCCCTCGTCGGGCCGGTGTTTGCATGCATCATAGCTCAACAGTTCGCAAAC
TTACGGAAAGGGGATCGCTTCTGGTACGAAAATGGTGGTTTCGATTCATCTTTCACTCCG
GCTCAATTGCAACAGATAAGACGAATATCTCTGTCACAGGTCCTTTGTAGTACTCTGGAC
TCAATAGATAACATACAACCTTTCGCTTTCCTCTCACATGAAAATCCAAAAAATGACAGG
ATATCATGCCGTAATGGCTTACTTAACAATTTTGACCTATCCGCTTGGATCGAATTACAT
TCAGACTCAAATAATATTAAGAAATCTGACGAAAATCAACAGAGTTCTAAGACGAAAACC
AAGCGAACAACCGTGAGACCGACCACGACAACTAAACATCCCCAAAAACTATCTCAAACT
TTGACTCAACAAAAATCTGAAAAATTTAGACTTAATAATATGACAGAGACCGATGACACT
GATAAAGACAAAGACAAAAACGCAGACGATGAACCGACTGGGATCAAACCTAACGCTACA
GTAGTTATAGACGATAAACTAGACTTTAGAAACAAATCACGACGCTTTACCGACTTCGAC
GACGAGAGAAACCCCCCGACTAGACAATACAATGACTATTATGATGACGTACAAAGCGTA
CAATCAGTTGTTATCAACAACATACCAAATAACAGACCAAACAGACGACCTTACATATCC
GTTACTGAGAATATTGCTGACAAATACACGTATCTTATTAACTATGTTCCCCGACCGACT
CACTCCTGGCGGCAGACCACTAGACGTTCTCACGATCGTGACGTTGTTAAAGTCACATAT
CAGACTTACGAAGACACTTACGGCCGTCCAAACAGACCTTACTTCAACAGAGACGAACTT
GACAATGACTTTGAATCGCGGCAACAGAAGCCTGTGACGGAAAGCTTCCAGTCATCAGCC
AGATCGATTGACAACGAAGCACCGACTCCACAGTTGAAGTTATCAACTGAGAGCTCAGTG
CAGACTGAAAAAAACAGACCAATAGATACACAGACAGACAAAACTGACTCAACAACAGAA
AATTTGTACAAACTTTTAACTTTTGGTTATGTAGGAACTTATAAACGAGACAAGATTGTA
AATGATGACACTAAAGACTCGAAAGACAATACGAACAAACATGACTCTGGCGACCATAAC
GTCAGTTTAGACTTCTCGACCGTAGTAAACAATGAGACGGACGATGATGACAAACAAAAC
GTAAAACTTTCAACTTTCATAGTTTACGATACAGCCACTAAACCTTACCTGACCAGCTCA
CAGAGACCGACGAGACGTAACGATGACGAGACCACGGAAAAGAAAGACAAATATTATTTC
ATTCAAAACGTCTTACATAAATACTCTGAAACAAAGAGCGACGACCTCAAGAAAACGAGC
AGCGGAAAAGATAAAAACAACACTGACCAATACATAGGAATCGAGGAGAGGTTAGGCAAC
GACAGCTTGGACGATGACGAGAGACCAGTGAATGTGAGAGCGAAAATAAAATCAAGAAAA
CCATCGAGTTCAGCGAAAACTCCATCGGTCGCTTTTCAAATTATTCCTAGCGAAAACAAT
CCATCACAATGGGCGGTTTATGAGGAGAAAGAAGATCTTTCGGGGCAAATACCACAGATG
CCAAGCATTAAGATCGACCCACACGCTCTACGGGAAGTGCCAAGACCTATGAATTTCGGT
TTTAGAAAACGACACGGATAA
Protein sequence:
MCEPAAEGNVDSDNLESRSEENQFPDASSLRQSPLVQQCPLRGAPKCPPASKRYRTHDGT
CNNLSRPRWGATMTPVQRFLPPVYSDGIQAPRKSIFGSTLPSAREISALVHEDKDSENSG
ITHLLMQWGQFLDHDITSSSQSRGFNGSVPRCCKDGGRDFIPQEFMHPECLPIAVPPSDP
FYGPRGVRCLDFVRSSPAPREDCALGWREQFNHVSSYIDGSPLYASSARQSDRLRLFRNG
MLQYGRVQQRRPLLPAERDELCRGGALSTDCFKSGDARVNEHPGLVAKHIVWLRQHNRMA
QELAHLNPHWSDEKIYQETRKIVGAMIQHITYREFLPIVLGPEVMRLFELELLPKGYFKG
YSAKTNPNPASSFGTAAFRFGHSLVQSSMMRFDKFHRPINNNVSLHAELTNPSNIWSVGA
VDRLLLGMLNQHIQKRDEFITEELTNHLFQTNHFNFGMDLAAINIQRGRDHGVPPYTAWR
EPCGLTPITDFDDLVRVMPARVVRKLKVLYRNLNSTSWIRIANFKNFNFGMDLAAINIQR
GRDHGVPPYTAWREPCGLTPITDFDDLVRVMPARVVRKLKVLYRHVDDLDLFTGGVSERP
VAGALVGPVFACIIAQQFANLRKGDRFWYENGGFDSSFTPAQLQQIRRISLSQVLCSTLD
SIDNIQPFAFLSHENPKNDRISCRNGLLNNFDLSAWIELHSDSNNIKKSDENQQSSKTKT
KRTTVRPTTTTKHPQKLSQTLTQQKSEKFRLNNMTETDDTDKDKDKNADDEPTGIKPNAT
VVIDDKLDFRNKSRRFTDFDDERNPPTRQYNDYYDDVQSVQSVVINNIPNNRPNRRPYIS
VTENIADKYTYLINYVPRPTHSWRQTTRRSHDRDVVKVTYQTYEDTYGRPNRPYFNRDEL
DNDFESRQQKPVTESFQSSARSIDNEAPTPQLKLSTESSVQTEKNRPIDTQTDKTDSTTE
NLYKLLTFGYVGTYKRDKIVNDDTKDSKDNTNKHDSGDHNVSLDFSTVVNNETDDDDKQN
VKLSTFIVYDTATKPYLTSSQRPTRRNDDETTEKKDKYYFIQNVLHKYSETKSDDLKKTS
SGKDKNNTDQYIGIEERLGNDSLDDDERPVNVRAKIKSRKPSSSAKTPSVAFQIIPSENN
PSQWAVYEEKEDLSGQIPQMPSIKIDPHALREVPRPMNFGFRKRHG