| Genomic Position | scaffold1131:+ 41515-48400 |
|---|---|
| See gene structure | |
| CDS Length | 3201 |
| Paired RNAseq reads | 665 |
| Single RNAseq reads | 1995 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007417 (0.0) |
| Best Drosophila hit | moesin, isoform B (7e-09) |
| Best Human hit | tyrosine-protein phosphatase non-receptor type 13 isoform 1 (6e-24) |
| Best NR hit (blastp) | tyrosine-protein phosphatase [Bombyx mori] (0.0) |
| Best NR hit (blastx) | tyrosine-protein phosphatase [Bombyx mori] (0.0) |
| GeneOntology terms | GO:0016311 dephosphorylation GO:0005515 protein binding GO:0016791 phosphatase activity GO:0005856 cytoskeleton GO:0004725 protein tyrosine phosphatase activity GO:0006470 protein amino acid dephosphorylation GO:0016787 hydrolase activity GO:0004721 phosphoprotein phosphatase activity |
| InterPro families | IPR019749 Band 4.1 domain IPR001478 PDZ/DHR/GLGF IPR019748 FERM central domain IPR000299 FERM domain IPR014352 FERM/acyl-CoA-binding protein, 3-helical bundle IPR018979 FERM, N-terminal IPR018980 FERM, C-terminal PH-like domain |
| Orthology group | MCL10667 |
Nucleotide sequence:
ATGAAGCTTGGACAGCAGAATCGGAAACAGTGTGACGGGGGAGTAACGTATATACAGGGT
GTGAAGTCCCGCGACACCGACAATAGATGGCGCTGTCAGTCAGCTATCACATCTATTGGT
TTAACATGCTATATTCATCTCTCTGAGAGCAATTACAAAGCTCACTCAGGCCAAGTCGCC
GAAAATATATTGCTTATTTCATCGAATCATAATAAATCTTTTCATAAAATGCCTCGACAT
TGTGACGAAGATTCTGGACGTAGTTCGTGTTCTGCAACATCTATAACATTCAGTCCTGTC
ATAGACTACCATAAGTTTGATACAATGAAGACAAAAGGAAAAACACAAGATTGTTCCTCA
GAGCTCAAAGTCAGCACACATCCAAGGAATTTTATTAACACCTTTAAATCACCCAATGAA
AAGGAACCCTTTCCAAGCTGCAGGCTGCCAAGGAATCAAAGGAAAGCAGTTTTTAGTTTG
TTTGACACCCCAAGACTAGGAGGTTTAAGTAGTGCTCACTCAACATATAATATCGCCAGC
AGCACACAGCTTGAGGCCATGTCCAGTAATGCGGTTTCCATGACAGGTCTTAATGATGGT
CATAAAATTGAAAAGGAGAGCCATAATAGCAATTTTAGAAGAGGAAAACCTGTTCAGAGA
GCAGCTTCCCGCCTGTATAAAGCAGATACAGTCAAAGGAAAAGAAGGATGTGTCGGACCA
GAATTCATAGTGAGGGCTTCACAACCAGCTAAACATATTGATTTAAGCATATCATCAACA
TCTGAGAAACGAACTATCAATGTTGTTCTATTGAATGGTCAAAAAGTAGATGTGGTATGT
GATTCGAATACTGTGACGGCTGGACAAATTTTTGAAGCTTTAGTGTACAGTGAGAAATAC
GAACATAACTTTATGCTCGGTGTTGCTATATTAATCACTGGAGATTTTATATTTCTGCCG
GACGATTACAAGCTGAAGAAGGTTGCTCCCGATTCATGGCATAAAAACATGAAAAACAAA
GTCAATGTTGAGGATGCTTCATTCTTGCCTAAAAATATTTCAAATAGTATACAGGGTGGT
GACTGGAGGTATAGAGTGTATTTGCAATTACGACGAGCAACCTTAGAAGGACAAATGGTA
TCAACGATACAAAATCTTATACTCCTGGCCGGCTATGCATTACATATAGAATTTGGGGAG
TTTAACTACAGAGAACATGGCACCGCTGATTACTTTCTACTAGAACATTATTTGCCAGAA
TTCATGATAACACATGACATGGCTGACGTTAAGCTCAAAATGAAACGGGCTCACGAATCT
CGACGCGGTTTGGAGAAGAGCAAGGCCATAATAAACTATATAACATTAGCTCAAACATTT
AGGGACTATGGTGCACATTTCTATTCAGCGGTTTGGGCTACGAGAGACGGCTTCTGTAGA
GATGTTTGGCTTTCAATTGGACCGAGAGGTGTCACACTTTATTCCAGAAATAACATCTCC
GAAGAAACATCCAACACTGTCCGGATAGTCTTACAGAGCTTGCCGTGGCATCACATTCAT
ACGTTCTGCTATAACAAAAAAAGCCTTTATATTATGCCAAATGCATATTCGGGGCTCTCC
AAAATAGGCATCAAATATAAATTAAAAATGTCGGATAACAAGAGCTTTTTTGCATTTTGG
CTTGCGTCTTTCCATCACAGACTCTATTTAAAACTATATGCAAAAGAGGATTTCATCAAT
TATTTATCAAGTGAACTCAATTGCCCAATAAAGACGGCGAATAGTCCAAAGAAATCCGTA
GAGTGCAGTAATTATCAGGATAGTTACAATTTGGCTGTCAGAAACCCGTCGAGGGTTCGG
AGGCCGGTTAGAAGGAGATTCAAAGTTGATCTTTTTAGTGACAAAAGAAATATGAATAAA
GAAAACGAGAAGCCAAACACTGAGGAGTTATTACGGCAAATATTGTCACCTGCAGCCAGC
AATGACAATATACTACAGTCTCCAAGTGGAAACGCGCATAGAAGCTCTTCAAACGAGGGT
CTGTCGTCATCTGAAAGTAGTTTACCGAGACGACATCGAGTAAAGATGGGAACTAGAGTG
TTTAACGGTATGAAGTCTAACCTAGATGTTAGATTCTCTCAATCCCCAGCTAAGATGCTG
TCAGTGAGATCGGACGGAGATCTGGCCACCACGCAAAGTGACTCCGACGATTTAAGTTCA
GAGCAAAGACAATGCCATATAAATAGTATGAAGTTATTACCAGAGAGATGTTACAGTCAA
AGCATGCTGCACGCGCAGACCGCTTACGTCCTGGAATCCCCGAAGGTCTACTCCGACGTT
TTCAACTACGACACCGGCAACGAATCCTGTGTAAATACTTCATTATTCGAAAAATTAGAT
AATATGGAATGCGTGCAAGGAGAGAGGGTATTCGTCACTACCGTATTAGAGAGGGACAAA
ATGAATGCCTTAGGTTTGCAAGTTGCCGAAGGCTCTGATGGTAATGTATACATAAAATCT
ATAACCCCCGGAAGTTCGGCGGACAGTTGTGGAAAGCTTTTGGCAGGAGATCAAATCATA
TCAGTGAATGGGCAAACTCTACTTAATCTGAAATACGATAAGGCTTTAAGTATGTTACAG
AGCGCTCCAGATAGGGTAGAACTTATTGTCTTACAAAATACTACAAAGAATAACTTCACA
GACAATATCCATTGCTCCCAACAGTTAAAGCAAAGCTTAAGACATAGCATAGCAAGCGCT
TTGGATGCAGAAGGGACGGACGACGAGCTGATCAACGAAGAAGCGTTGAAGACTATCTAC
GCTCTTATAAAACTGACTAAAGAAAAATTTAATACATGGCGCGGACAGCTGGCGGAAAAA
CCCAAGCGGCGACCTCTTAGCTTAAGCATACCGACAGACGTCAGTCTCCCTGATGACTAC
CTGAACGATGACGAAGTCATGAAAAAGACTTCATTGAAGTCTATCAAGTCTTCCCTCAAC
AGTATTGATAGTAAAAGCGTCTCGAGGAACGTTGCCTTGCCTCGTAACTTTGGTATGAGC
AGACGATGGCTAGGTCCAGTCAAATACCCCGTGACGCCGTGCAAAAACAGCGCCACCGAT
GTTGTAGCCGACGGAAACATAGTTAGGAGACATTTTGTTTACGGCACGGGGGACTCAGAC
GAAGAGCAGATATTTCTGTGA
Protein sequence:
MKLGQQNRKQCDGGVTYIQGVKSRDTDNRWRCQSAITSIGLTCYIHLSESNYKAHSGQVA
ENILLISSNHNKSFHKMPRHCDEDSGRSSCSATSITFSPVIDYHKFDTMKTKGKTQDCSS
ELKVSTHPRNFINTFKSPNEKEPFPSCRLPRNQRKAVFSLFDTPRLGGLSSAHSTYNIAS
STQLEAMSSNAVSMTGLNDGHKIEKESHNSNFRRGKPVQRAASRLYKADTVKGKEGCVGP
EFIVRASQPAKHIDLSISSTSEKRTINVVLLNGQKVDVVCDSNTVTAGQIFEALVYSEKY
EHNFMLGVAILITGDFIFLPDDYKLKKVAPDSWHKNMKNKVNVEDASFLPKNISNSIQGG
DWRYRVYLQLRRATLEGQMVSTIQNLILLAGYALHIEFGEFNYREHGTADYFLLEHYLPE
FMITHDMADVKLKMKRAHESRRGLEKSKAIINYITLAQTFRDYGAHFYSAVWATRDGFCR
DVWLSIGPRGVTLYSRNNISEETSNTVRIVLQSLPWHHIHTFCYNKKSLYIMPNAYSGLS
KIGIKYKLKMSDNKSFFAFWLASFHHRLYLKLYAKEDFINYLSSELNCPIKTANSPKKSV
ECSNYQDSYNLAVRNPSRVRRPVRRRFKVDLFSDKRNMNKENEKPNTEELLRQILSPAAS
NDNILQSPSGNAHRSSSNEGLSSSESSLPRRHRVKMGTRVFNGMKSNLDVRFSQSPAKML
SVRSDGDLATTQSDSDDLSSEQRQCHINSMKLLPERCYSQSMLHAQTAYVLESPKVYSDV
FNYDTGNESCVNTSLFEKLDNMECVQGERVFVTTVLERDKMNALGLQVAEGSDGNVYIKS
ITPGSSADSCGKLLAGDQIISVNGQTLLNLKYDKALSMLQSAPDRVELIVLQNTTKNNFT
DNIHCSQQLKQSLRHSIASALDAEGTDDELINEEALKTIYALIKLTKEKFNTWRGQLAEK
PKRRPLSLSIPTDVSLPDDYLNDDEVMKKTSLKSIKSSLNSIDSKSVSRNVALPRNFGMS
RRWLGPVKYPVTPCKNSATDVVADGNIVRRHFVYGTGDSDEEQIFL