| New model in OGS2.0 | DPOGS215482 |
|---|---|
| Genomic Position | scaffold250:+ 33130-48296 |
| See gene structure | |
| CDS Length | 5346 |
| Paired RNAseq reads | 572 |
| Single RNAseq reads | 1927 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA014049 (0.0) |
| Best Drosophila hit | veil (3e-106) |
| Best Human hit | 5'-nucleotidase precursor (2e-70) |
| Best NR hit (blastp) | ecto-nucleotidase [Bombyx mori] (1e-141) |
| Best NR hit (blastx) | ecto-nucleotidase [Bombyx mori] (3e-141) |
| GeneOntology terms | GO:0008253 5'-nucleotidase activity GO:0009166 nucleotide catabolic process GO:0000166 nucleotide binding GO:0046872 metal ion binding |
| InterPro families | IPR008334 5'-Nucleotidase, C-terminal IPR006179 5'-Nucleotidase/apyrase IPR004843 Metallo-dependent phosphatase |
| Orthology group | MCL11059 |
Nucleotide sequence:
ATGATTCGGAAAAGATCACATTGGTACTTGCTAGGTTTCGAACCCGCGCCCGAGAGGCGG
GCCTTTAGCCTCCAGGCCACCACGAACTCAATATTATTTCACCTGACGACGGTACTGGCC
ACTATTACGTTGAGTTTTAGCAGTATAGTGAAACCTCCTTCGAATGATGGCAAAAATTTC
GAGCTGTTAATTCTTCACAACAATGATATGCATGCACGATTTGAACAGACCTCGCAGCTT
AGCGGGGCCTGCACCACACTCGATAGAGAAGCAGGAAAATGTTACGGAGGCTTCCCGAGA
GTAGCGACTGTAGTGAAAGAGGCACGAAGAAAAGCAGCATCCGGCGAAGGTCCACCCGTC
TTATATCTAAACGCTGGTGACACTTACACAGGCACGGCCTGGTTCACAATCTACAAATGG
AAGGTTGCTGCGGAATTCTTGAACGCTCTACAACCAGATGCTGTTTCGTTCGGAAGCAAT
GAACTTGAGAAAGGATCAACTAGACTTTCGCCGTTCTTGGATAACTTAAATTCCCCGGTC
CTGGCTTGTAATGTTATTGTAAATTCTATGGAAACTAAACAAAAGATACAAAAATCGATT
GTAAAAGATTTGAATGGTGTAAAAGTAGCTATCGTTGGATATCTAGAGCTAGATTCAAAC
ATTCTTGATAGTACTGGCTATATTGAATATATTGATGAAGTAATAGCACTTAAAGATGAG
GCTACTAAACTGAAAGCACAAGGAGTCAAAATTATTGTAGCTTTAGGGCATTCAACACCC
GAAAAAGATATAGAAATAGCTACAGAAGTGGAAAATATAGATTTAATTATATCCGGGCAC
AGAAATATGTTTTATTCAAATGGATCAAACACGGAAATGGAATTAGAACAAATCTTACAA
CCTGTAATAATTACTCAGAAAAGTGGTAAGAAAATACCAATTTTTCATTCCTTCACATAT
GATAAATATCTAGGGAAAATACACGCTGTATTCGATTCTGATGGAAATCTTAAAGCCGCA
CAAAGTAACCCAATATTGCTTGATAAAACTATAAAACAAAATGTCGATATGTCTGAAATT
ATCAAAAAGTATTCTGATGAGCAAACAACATCGTTAGAGACAATCATTGGCGATACGGTT
GTGGTTATAGATGGTAGCAATTGTATGAAAGAAGAGTGCAATCTGGGTAACTTAATAACA
GATTCCATGATGTTTTATTACGCTACCAGATATGAAGGTGAACGCTGGACTGATGCCCCT
ATTGCTATTATAAATGGAGGATCGTTATCTGGCACGTTATCACCATTGATTAGGCCGTTT
CCAGTTAGAAGATCCGATTTAATAAACTTTCTACCAGGACCAAGTAACTTAGTGACGGTC
ACAATGTCTGGAACACTACTTCAACAAATGCTTGAAGAATCGGTAGCAAATTATACACTT
AACAATACTTCAGGACAATTCCTCCAATTCTCTGGAATAAGAGTAATCTATGATATTTCT
AAAGATCCTGGTTCTAGAGTGATGAGTGCAGTAATTCGCTGTTGGGATTGTGATATCCCA
GAATTCTTTGAGTTACAAGAAGAGAGGTTGTATAAAATCATAATTCCCTCGACATTAATA
AGTGTTAGTAATGGATATTCCATGTTAGTGAACTTAACAAAAGAAAATTTGGACTATGAT
GCTGTAGCAACGGTAACAGAATTTATTCAAAAGAGAAGTCCGGTGTATCCGGAAATAGCT
GATAGGATATCTTTGGGCAATCATGAATTCGACAATGGAATCTCCGGATTAACTCCATTT
GTAACGAACTTAACTTGCCCAGTTTTAGCTGCAAACATTATACTTGATAAAGTTCCGGAA
TTGAGAAAGGAAGAAAACTTGTTGAGATCTGTTGTATTTAATATCAATAACGTTAAAGTC
GGCGTAATCGGATATCTAACTCCTGATACGAAATTTTTAGCAATAAAGAACGACGTCGAA
TATATTGATGAAGTTGCAGCGATCAGGCGCGAGGTTGAGAGTTTGAAGACGGAGGGTGTA
AATATTTTGATAGCTTTAGGACATTCAGGTTTCACCAAAGATAAAGATATAGCGTATGCA
GTAGACGGTATAGACCTTGTTATTGGAGGTCATACTAATACATTTTTATGGAACGGGTTG
ACTTCGGACGTGGAAATTCCAGAGGGTCCTTATCCCATATACGTAAAACAAGCATCAGGC
AAACTAGTTCCGGTCATGCAGGCTTATGCCTATACGAAATATTTGGGAAAGTTACTCGTA
ACATTCAACTCTGACGGGGAAATAGTCAATGTAACTGGAAATCCTATCCTTTTAAACAAT
TCAATACCACAAGACCCCGACGTTTTAGCTATTGTAGAAAGATATCAGGATGAAGTGTAC
GCGATATCAGAAACGATAGCCGGTAACTCATCAGTATATTTAGATGGTCTATCATGTCGG
ATGTCTGAGTGTAATATGGGAAATTTGATAACTGATGCAATAGTTAACAAATACGCAAAA
GAATATACTGGAAGTGGCTGGACCGATTCCCCAATAGCAATTTTACAAGGCGGAGGCATT
CGTTCCTCAATCATTCATGAGGGCCAGTATTTTAATATCTCTGTAGGCGATCTGTACACT
GTCATGCCATATGACAGTAGTATTGTAAAGATTACTATAAATGGGTCTGATATTGTAAAA
ATGCTTGAGCATTCTGTTGCCAGTTTTGGAAAAAGTCATGGATCGGCAAGGTTACTGCAA
ATGTCCGGTATGAGAGTGGTGTACGACTTATCTAAGTCTCCAGGAAAAAGAGTTAAACAT
ACTGAAATTCTATGTGGAAAATGTAATATTCCTATTTACTCTAATATAAATTTGACAGAA
AATTACAACATTCTTCTGAATGGCTTTCTTTCAATGGGCGGAGATGGATATACATCTCTG
GGAAACCACGAGCTCGACCATGGAGTTAGCGGACTAACGCCTTTTATTGAAAATCTAACA
TGTCCCGTATTGGCGGCTAATCTAATTTTAAATAAAGTTCCTGAGTTAGAAAAGGAAACT
AATTTGAGAAAATCAGTTGTTTTAAATAAATCAGGTGTTTCTATAGGAGTGATAGGATAT
TTAACACCAGACACAAAAGTGTTGGCTGTGAAGAATGATGTTGAGTATATTGAAGAAGTC
GAAGCACTCCAAGAGGAAGTGCAGAAATTAAAAAAAGAAGGGGTTAATATAATTATTGGC
CTTGGACATTCTGGATATTTGAAAGATTTAGAGATAGCAAAAAAAGTGGACGGTTTGGAT
TTGATTATTGGCGGTCATACAAACACCTTCCTATGGAATGGCACAGTACCAGACTCAGAA
AAATCGCTGGGACCTTACCCAACGTATGTCGTACAATCGTCAGGAAAGTTAGTTCCTGTA
GTTCAAGCATATGCTTACACGAAATATCTTGGTAAATTACATATGGTTTTTAATTCAAAA
GGAGAATTACTTAGTGCAGATGGTAGGCCGATACTTCTAGATAAAACTGTTCCTCAAGAT
CCCGAAATGCTGAGCATCGTCGATAAGTACAAAAACAAAGTCTTAAATTACACCGAAGAA
GTCATCGGCAATACTTCGGTACTGTTAGATGGTCTAAGTTGTCAACATAAGGAGTGTAAT
ATGGGTAACTTGATAGCTGACGCTATGATCTATCGTTATGTGTCAGATTATGAAGGTAGA
GAACAATGGTCAGATGTCCCAATTGCTGTTATTCAAGGCGGTGGCATACGATCTTCAATA
GACCACGCTGATTTCCCAGCTCCAGTGACTAAAGGAGATCTTATTGCAGTTTTGCCATTT
GAAGGAACACTTGTCGTGGTCACCATGAACGGTAAAATATTATTGCAAATGTTAGAACAT
TCTTCTCTTGGAAATCACGAGTTTGATGAAGAAGTCGACGGCGTCGTGCCTTTCATCGCA
AACCTCTCCTGTCCGGTTCTAGCTGCTAATCTTATTCTGGACGATGTACCTATACTCGAA
GAACAATCTAATTTACACAAATCTGTTGTCCTAACTAAAAATGGTGTTCAAATCGGAATT
ATCGGCTATTTGACGCCAGATACAAGATTTCTGGCGCCAAAAAATGATGTTAAATACGAG
GAAGAGGTCAATGCTATAAGAAAAGAATCATTGAGATTAAGGAGACTGGGTGTGCAAATA
ATAATTGCTCTTGGACATTCCGGATTCTTAAAAGATTTGGAAATAGCAGAACAGGTAGAA
GATCTGGATCTAGTTATAGGAGGGCATTCAAATACATTTTTAACGAATACAAATACGAGT
GAAATTCCAGAATATTCAGAGGGTCCCTATCCCACTTTGGTACGTCAAAAATCTGGACGA
ACGGTTTTAGTCGTGCAAGCATATGCTTTTACAAAATATCTAGGAAGACTACATTTGATA
TTCAATGCTCAGGGAGAAATAATTAATTTTGATGGAAACCCAATCCTTTTAAATCATAAC
GTCAAACAAGACCCAATTATTCTAGAAATTGTCAAGCGCTATAAACTGGAAGTCAATGAA
ATCAACAGTGAGGTTGTTGGTTCTTCGATGGTATTTCTTGACGGAGTTTCGTGCCGTCTC
AAGGAATGCAATTTAGGAAATTTTTTCACTGACGCTGTTGTATACTACACAAAACAACAT
GATAATGTGCATTCTAACGTTAACATAGCAGTGATTGCTGGCGGCAGAATACGAACATCT
ATAAGCGATAATGTTAAACCGTTCAATATTACAAAAGGTGATTTAATTACCGTCATACCA
TTTAGTGATTCGCTATGTATTATAACTATGAATGGTACAATACTGAAGCAAGCGCTGGAG
CATTCTGTAGCGTCGTGGCGTCTTCTCGACGCACCTGGACAATTTTTACAAATGTCAGGA
ATGGATGTGACTTATGACTTAGCAAAAAAAGTGGGTTCAAGAGTAATACGTGCTAGAGCA
ATATGCTCTAATTGCAAAGAACTTCAAGTCATAAAAGAAGACTATGAGTATAAAATAATA
ACATCAACATTTTTAGCAGATGGAGGGGACAATTACACAATGTTCGAAAGTTTACCGAGA
GATGTCCTGCCATATAATGAAGTCGAAAGTGCATTATACTATTTAAGTAAATACAGTCCA
ATAAATACAGTAGTTAGCAACAGGATAGTTATTTTTAACGATGACAAATTAAAAAGCATT
CCACATAGAAATGAAGATAAAGATAAAACGGCTCAACTGCCGTCAACTGGTCATCATAAT
AAAGCACATACAGCGATGTTTTTTTTATTATTAGTTATGAATTTATCGCTCAACGGGAGA
AGATAG
Protein sequence:
MIRKRSHWYLLGFEPAPERRAFSLQATTNSILFHLTTVLATITLSFSSIVKPPSNDGKNF
ELLILHNNDMHARFEQTSQLSGACTTLDREAGKCYGGFPRVATVVKEARRKAASGEGPPV
LYLNAGDTYTGTAWFTIYKWKVAAEFLNALQPDAVSFGSNELEKGSTRLSPFLDNLNSPV
LACNVIVNSMETKQKIQKSIVKDLNGVKVAIVGYLELDSNILDSTGYIEYIDEVIALKDE
ATKLKAQGVKIIVALGHSTPEKDIEIATEVENIDLIISGHRNMFYSNGSNTEMELEQILQ
PVIITQKSGKKIPIFHSFTYDKYLGKIHAVFDSDGNLKAAQSNPILLDKTIKQNVDMSEI
IKKYSDEQTTSLETIIGDTVVVIDGSNCMKEECNLGNLITDSMMFYYATRYEGERWTDAP
IAIINGGSLSGTLSPLIRPFPVRRSDLINFLPGPSNLVTVTMSGTLLQQMLEESVANYTL
NNTSGQFLQFSGIRVIYDISKDPGSRVMSAVIRCWDCDIPEFFELQEERLYKIIIPSTLI
SVSNGYSMLVNLTKENLDYDAVATVTEFIQKRSPVYPEIADRISLGNHEFDNGISGLTPF
VTNLTCPVLAANIILDKVPELRKEENLLRSVVFNINNVKVGVIGYLTPDTKFLAIKNDVE
YIDEVAAIRREVESLKTEGVNILIALGHSGFTKDKDIAYAVDGIDLVIGGHTNTFLWNGL
TSDVEIPEGPYPIYVKQASGKLVPVMQAYAYTKYLGKLLVTFNSDGEIVNVTGNPILLNN
SIPQDPDVLAIVERYQDEVYAISETIAGNSSVYLDGLSCRMSECNMGNLITDAIVNKYAK
EYTGSGWTDSPIAILQGGGIRSSIIHEGQYFNISVGDLYTVMPYDSSIVKITINGSDIVK
MLEHSVASFGKSHGSARLLQMSGMRVVYDLSKSPGKRVKHTEILCGKCNIPIYSNINLTE
NYNILLNGFLSMGGDGYTSLGNHELDHGVSGLTPFIENLTCPVLAANLILNKVPELEKET
NLRKSVVLNKSGVSIGVIGYLTPDTKVLAVKNDVEYIEEVEALQEEVQKLKKEGVNIIIG
LGHSGYLKDLEIAKKVDGLDLIIGGHTNTFLWNGTVPDSEKSLGPYPTYVVQSSGKLVPV
VQAYAYTKYLGKLHMVFNSKGELLSADGRPILLDKTVPQDPEMLSIVDKYKNKVLNYTEE
VIGNTSVLLDGLSCQHKECNMGNLIADAMIYRYVSDYEGREQWSDVPIAVIQGGGIRSSI
DHADFPAPVTKGDLIAVLPFEGTLVVVTMNGKILLQMLEHSSLGNHEFDEEVDGVVPFIA
NLSCPVLAANLILDDVPILEEQSNLHKSVVLTKNGVQIGIIGYLTPDTRFLAPKNDVKYE
EEVNAIRKESLRLRRLGVQIIIALGHSGFLKDLEIAEQVEDLDLVIGGHSNTFLTNTNTS
EIPEYSEGPYPTLVRQKSGRTVLVVQAYAFTKYLGRLHLIFNAQGEIINFDGNPILLNHN
VKQDPIILEIVKRYKLEVNEINSEVVGSSMVFLDGVSCRLKECNLGNFFTDAVVYYTKQH
DNVHSNVNIAVIAGGRIRTSISDNVKPFNITKGDLITVIPFSDSLCIITMNGTILKQALE
HSVASWRLLDAPGQFLQMSGMDVTYDLAKKVGSRVIRARAICSNCKELQVIKEDYEYKII
TSTFLADGGDNYTMFESLPRDVLPYNEVESALYYLSKYSPINTVVSNRIVIFNDDKLKSI
PHRNEDKDKTAQLPSTGHHNKAHTAMFFLLLVMNLSLNGRR