| New model in OGS2.0 | DPOGS216187 |
|---|---|
| Genomic Position | scaffold1220:+ 33380-44739 |
| See gene structure | |
| CDS Length | 3258 |
| Paired RNAseq reads | 732 |
| Single RNAseq reads | 1799 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004537 (0.0) |
| Best Drosophila hit | protein tyrosine phosphatase 99A, isoform A (2e-56) |
| Best Human hit | receptor-type tyrosine-protein phosphatase zeta precursor (3e-52) |
| Best NR hit (blastp) | PREDICTED: similar to Protein tyrosine phosphatase 99A CG2005-PB, isoform B [Apis mellifera] (8e-64) |
| Best NR hit (blastx) | PREDICTED: similar to Protein tyrosine phosphatase 99A CG2005-PB, isoform B [Apis mellifera] (6e-61) |
| GeneOntology terms | GO:0005886 plasma membrane GO:0005001 transmembrane receptor protein tyrosine phosphatase activity GO:0004725 protein tyrosine phosphatase activity GO:0006470 protein amino acid dephosphorylation GO:0008045 motor axon guidance GO:0007415 defasciculation of motor neuron axon GO:0007414 axonal defasciculation GO:0030424 axon |
| InterPro families | IPR016130 Protein-tyrosine phosphatase, active site IPR000242 Protein-tyrosine phosphatase, receptor/non-receptor type IPR003595 Protein-tyrosine phosphatase, catalytic IPR013783 Immunoglobulin-like fold IPR000387 Protein-tyrosine/Dual-specificity phosphatase IPR003961 Fibronectin, type III IPR008957 Fibronectin type III domain |
| Orthology group | MCL39866 |
Nucleotide sequence:
ATGTCGTCCGACCTCCTGGCCCGCCTGGGACCCCAGTCCGAGTCCCTCTACGTGTTGACG
GACGTTAGACCTCCATCAGCACCTGTTATACTCAACCTGACCTGCGACCAACAGAATGGT
ATTCTCTACCTGCAATGGCGTCAACCTCTCGAGTACAACAACTCATTAGACCAGTACGTG
GTGACGCTGAGGAAGATACCGGAACAGCAGCCGAGGACCAGACTCACGCTGTTCACCAAG
AAGGAGGACATCGAGACTATGATCAGTGTTAAAGTGGATTTATCAAACTCTACAATGTAC
GAGGTGAAGATTTACGCCGTGACCTTATCAGTTGCGACGCCGAAAACACTTATCAATGGA
TCGGAATCACCTCCGAAGGATGTGTCGAGTGAGTCGTGCGCGGTGGTAGCGGCACGAGCG
GGGATCGCGGATATGGAGGGCGAAGCGCCGGGTGCTCCGGCAGCACTGTTGGCTGCCGCC
CTACTAGCCGCCCTAGCAGCCGGTGGAGCCGCCCTAGTTTACTGGAGATGTAGATCTCGT
GTGAGCAAATGTATCAGCGCCGCTTACAATTACTTGGAAGAGGGCGGTGAGAGAGCGGCC
AGGGCTCCACTAAATATAAACAAGAAACCTCATGGCGTCCCCCGTCAGATCAAGCTGGAG
TGGGTAGTGTGGCGGCGGAGGTACATCGCCACTCAAGGCCCCACGCCAGCCACACTAGAC
GCCTTCTGGCGGATGATCTGGCAGCACAGGGTCTGCACCTTGGTCATGATCACCAACCTC
GTGGAGCGGGGCAGGCGTAAGTGCGACATGTACTGGCCGGCGGGCGGGCGCGGCAGTTCC
GCGGAGTTCGGCGGGATACACGTGACGCTGCTGTATGAGGACGTGAGGGCCGCTTACACC
GTCAGACATCTCAGGGGTAGCGAATCGTCGAGCGAGTCGAGTACAGCGAGTGGCGAGGGT
CGCCACGTGGTCCAGTACCACTACACCGTGTGGCCCGACCACGGCACGCCACGGCATCCG
TTAGCTGTGTTGCCGTTCGTACGGGCCGCTGCAGATCCGGCAACCGTGCTCGTTCATTGC
AGTGCGGGCGTTGGAAGAACGGGTACATACATAGTGATAGACGCACAACTGAATCAATTA
AAACTCACGGGAACCCTGTCGCCTTTAGGGTTCCTCTGTCGCGCGCGAACGCAAAGGAAC
CATTTAGTGCAGACCGAGGAACAGTATGTATTCGTACATGACGCTCTGTTAGAGTACGTG
CGTTCGGGTAACACAGAAGTGGAGTTCACAAAAGCTAGGGAATATCTGGCGAAGCTTCTA
GAACCGATATCAGAGGAGGAGCTAGCGGTTATGGACCTTAATCCTATAAAGCATAAGAGC
GTTAACGAAATGAACGGCGAGAACGACATGTCGAGTGTCAAATCTATAGAATGTAGCGAT
AATATAGTAGAAAATGGAAGCAGTCAAGTGTCGATAAAAACTGACGAATTGAACAGCGAA
AGTAAATCATCTGTGGACAACCAAGAGAAGGATGGATTGGTCAACGGCGATGACTCGGAG
GGAGTTTATGATCTGGCGCCGAGGTCCACAGATACTTATAATAAGAAAATGGCGGCCTAT
AACAGCATGAATGAACAAGAGAAAGAGGAAATGCGCAGAGTAAACCGAGCCGAAAACTAC
GCGCTGTTGGAACGGATGCGCTCTTTATCGAACAGGCACCAACTGTACCAAGGACCTCCT
CCTGTTAACTTGTTAGAGAAACAGAATCAGTTGATAACACGTTCGTGTGTGGAGGCGAGT
GTGTGTGCTCGAGCTCCTCACAACGCTGATAAGAACAGACCGGGTGGCATCCTACCCTCA
GACTCCGCCAGGGTCATGTTGGTACCGAAACCCGGTGTTGAAGGAAGTGAATATATAAAT
GCTTCGTGGGTTTGTGGCGTGCGTCGTGTGAGAGAGTACGCCGTGTGTCAACACACAGAG
GCACCTGACCCGTGGCGGCTGTTGTGGGATCACACCGCACAACTAGTGTTGTTACTACAC
GATGATGAACATCCGGAGTGCGATGTGTTTTGGCCGACAGAAGATGAGAAGGAACTGTTC
GTGGCTAATTTCCGTGCGAGTTTTGTGTCTAAGGAAGTATATGTGGCGCACAGGAGATCG
GATAGGACGAGTCGAACAGACACACCCAGCGAGCCCGAGACCAACGGGTACAGAAGGCAG
GAGGGCAGCGACTGTGCTGACGACGAACGACTCATACCTGATAATAATTCACCAGTTAAT
AATACGGAACCATCCTACAGGTTCGACAGGACGGAACTCCGATTGGAGCGTCTCAGTAAC
AGAGATCTGTCCGCCCGGAAATCCATAGCGAACGGAGATTTATTCTCGTCATTATCAGAG
AAGAAGAACGGTCCAAAATCACCGAGAAGTCCATCGAAGATGTCGTTGAAGAACTTTAAG
CTGAGCTCTCCCACCAAGTTCAAATTCCCCGAGTGGGGTTCTAGAGCGGCTGGTTCACCG
CCAGATACTGCACCACCACCGCCACCTATCACACCATCGCTCACCGTAGAAGAGGAAGCT
GAACTACGAAGACCCGTGTACACATTCGAAAAAGTAAAACACCTCCCAAACGTACCATCA
GACAGGGTTATAGAAGTGACGAACGTGAGCGTGCATTCATTGCAGGACGATTACCAGTTA
AGTGTTAAGTTCATAAAGTGCAGTGGCTGGTTGAAAGGTGCTACCACCAAATACAGCGCG
GGTCGGCCGGATGATAATGAATACGTTCGTGCTGTGAGGCATTCCAGCGGGAGCGAACGG
GAAGCGGCCATCGATAGGCTCATAGCGCCCTACCAGGATTCGTTCGCGTTGATAGAGTTC
GTCGCTGGATGTCAGATGGAATACAAGAATGGACCGGTTGTTGTTGTTGACAAATACGGC
GGCTGGCGAGCGTTAACTTTTTGTTCGCTAAGCGCTGCGTGTGGTGGAGTAAGGAATCCA
GATATCAAGGAACCTGGCAGTGAGTGGGCTTCACCCTGTGTGGCCGCTGATTTATACTGC
AGTAGTGCTCTGAACGCTCACGCCCGCTGCCAGGCCTCACCAAATTCCCCGGCCTCACAG
ACTTCTCAGACTTCTCAGGCCTCACAGAGCTCTCAGACATCTCAGGAACGTCCCGTGACC
CACTCGCCGGAGGCTCTGCTGGCGGCGTACTGCGCCCTCACCGCGTACGCAACTAAACTA
CCGAGGCCCGATAGCTGA
Protein sequence:
MSSDLLARLGPQSESLYVLTDVRPPSAPVILNLTCDQQNGILYLQWRQPLEYNNSLDQYV
VTLRKIPEQQPRTRLTLFTKKEDIETMISVKVDLSNSTMYEVKIYAVTLSVATPKTLING
SESPPKDVSSESCAVVAARAGIADMEGEAPGAPAALLAAALLAALAAGGAALVYWRCRSR
VSKCISAAYNYLEEGGERAARAPLNINKKPHGVPRQIKLEWVVWRRRYIATQGPTPATLD
AFWRMIWQHRVCTLVMITNLVERGRRKCDMYWPAGGRGSSAEFGGIHVTLLYEDVRAAYT
VRHLRGSESSSESSTASGEGRHVVQYHYTVWPDHGTPRHPLAVLPFVRAAADPATVLVHC
SAGVGRTGTYIVIDAQLNQLKLTGTLSPLGFLCRARTQRNHLVQTEEQYVFVHDALLEYV
RSGNTEVEFTKAREYLAKLLEPISEEELAVMDLNPIKHKSVNEMNGENDMSSVKSIECSD
NIVENGSSQVSIKTDELNSESKSSVDNQEKDGLVNGDDSEGVYDLAPRSTDTYNKKMAAY
NSMNEQEKEEMRRVNRAENYALLERMRSLSNRHQLYQGPPPVNLLEKQNQLITRSCVEAS
VCARAPHNADKNRPGGILPSDSARVMLVPKPGVEGSEYINASWVCGVRRVREYAVCQHTE
APDPWRLLWDHTAQLVLLLHDDEHPECDVFWPTEDEKELFVANFRASFVSKEVYVAHRRS
DRTSRTDTPSEPETNGYRRQEGSDCADDERLIPDNNSPVNNTEPSYRFDRTELRLERLSN
RDLSARKSIANGDLFSSLSEKKNGPKSPRSPSKMSLKNFKLSSPTKFKFPEWGSRAAGSP
PDTAPPPPPITPSLTVEEEAELRRPVYTFEKVKHLPNVPSDRVIEVTNVSVHSLQDDYQL
SVKFIKCSGWLKGATTKYSAGRPDDNEYVRAVRHSSGSEREAAIDRLIAPYQDSFALIEF
VAGCQMEYKNGPVVVVDKYGGWRALTFCSLSAACGGVRNPDIKEPGSEWASPCVAADLYC
SSALNAHARCQASPNSPASQTSQTSQASQSSQTSQERPVTHSPEALLAAYCALTAYATKL
PRPDS