| New model in OGS2.0 | DPOGS216205 |
|---|---|
| Genomic Position | scaffold1220:- 7198-24268 |
| See gene structure | |
| CDS Length | 4539 |
| Paired RNAseq reads | 1457 |
| Single RNAseq reads | 3748 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004514 (2e-20) |
| Best Drosophila hit | protein tyrosine phosphatase 69D, isoform B (6e-177) |
| Best Human hit | receptor-type tyrosine-protein phosphatase alpha isoform 2 precursor (1e-99) |
| Best NR hit (blastp) | PREDICTED: similar to Protein tyrosine phosphatase 69D CG10975-PB, isoform B [Apis mellifera] (0.0) |
| Best NR hit (blastx) | GJ13803 [Drosophila virilis] (0.0) |
| GeneOntology terms | GO:0004725 protein tyrosine phosphatase activity GO:0005001 transmembrane receptor protein tyrosine phosphatase activity GO:0006470 protein amino acid dephosphorylation GO:0005886 plasma membrane GO:0008045 motor axon guidance GO:0007415 defasciculation of motor neuron axon GO:0007414 axonal defasciculation GO:0004728 receptor signaling protein tyrosine phosphatase activity GO:0007411 axon guidance GO:0048813 dendrite morphogenesis GO:0007409 axonogenesis GO:0030424 axon |
| InterPro families | IPR016130 Protein-tyrosine phosphatase, active site IPR003599 Immunoglobulin subtype IPR003961 Fibronectin, type III IPR000242 Protein-tyrosine phosphatase, receptor/non-receptor type IPR003595 Protein-tyrosine phosphatase, catalytic IPR013783 Immunoglobulin-like fold IPR000387 Protein-tyrosine/Dual-specificity phosphatase IPR007110 Immunoglobulin-like IPR008957 Fibronectin type III domain IPR013151 Immunoglobulin IPR013106 Immunoglobulin V-set |
| Orthology group | MCL16042 |
Nucleotide sequence:
ATGTTGCTCTTGGTCAGGAAGTACCCCGTAACACTTGTGCTTTATTTTGGGTGTATCGCA
TCGTGTTATCTCGTTTTAGGCCAAGATGCATCAGAGATATTGGACTTACAATTGGCTAAA
GGGGACATTGGCGATGAGACGAATATCAGTTGCAGTGTAGCACCATCGGAAGTGAATGTG
GCATGGCTCTACAATAATAAACCGTTTAAGATTGGTGAAAGGATAAAACAGCGAGATGAA
GAAAGACTTCTACAGAAGAAAGATCTTGATGGTAATCCCAGGAAATATAAAATTTACAAT
CTCACGTTGACCAACACAACGGCGAACGACGATGGTAATTATACGTGCGTGGCGGTGCTA
GGGGAACTGAGGGCGGAGAAAACTATCGTCTTAGACCTCAGCTTCCCGGGAAGATTAATA
AATAAGACGACTGGACCAATAAAACAAAATGTTACAGACCAACAGAACGTCACGATGTTC
TGTGCATTCGAAATTTATCGGCCAAATGAAGTGAGGTGGTGGAAAAGGGGCAAAGACGAC
GAAATTATAGAACTCGGAACAAAAGCCGCTAAAGTGATCGATCTCAAACGGATGCAGAGT
CAATATGATCTCCACATACGTAGCCCGGAAGACAATGGGACTTACATCTGCGAGATATGG
GATTCAGTGACGTCATCGAACCTGACAGGGGGTATTGACGTCATAGTCTACGCAGCACCA
CAAGTAGTCATAGACACGGTCATACCGATCAGTGCCTCCCAACTATTCCTTAATTGGACA
ATCCGTTCATACAATTCACCAATCAAAAGCTACAATCTGATGTATCGAAAATTACCCTCA
ACCGACTTCAGTCTGTACACTACTGAGAAGATAAGAGTTAATAATATATCATTTGTCATG
GAGGGTTTGGAGAAATCTACTAAATATCAGCTGAAATTGGAGGTGACAACTACCTATGGA
TCCAGCAAGCCCCATATATATGAGTCTATAGTTCGGACTTTGGATAAAGATCCAATATTT
GTTCCACATATCTCCATCAATGGATTCTCAGCTACTTCAGTGACTATCGGATGGGCGCCA
CCTCCAGAGGATATAGCCGAGTTGATACACTATTATTTATTGGAGGCGAGGAAGATGGAT
GAGGTCGCACCAAGGAGAGCATATCACTCCAGGGACAGCAGAAATTTGCCATACATGTTC
GATAACTTGGAACCTCACAGCACTTACGTATTTCGGGTTTGTGCGTGCTCAGATTTCACA
AAGAAATGCGGTAATTGGTCTCTAGAGATGCAGGCTGCGACGTTGGACGGTATACCGGGA
CGGCCGAGCAATGTCACGGTCACTTGTAGTACTAGCTGGATGAATTTAACCTGGCAGCCC
CCGGTCAAACCTAATGCTGAGATCAAAGGATACACTATGGAACTAACAGGGAACGCGACC
TATAGAGACAGGTACGGCACATACAAAGAGGAGATGTGGGGACCGCTCACCAAGTTTAAA
ACAAACGATTCTAGAAGTGTCAGGTTTGAAGACTTGAAGCCGAATACTAACTACACGGTG
CGGCTGAGTGCGATGACTCGCACCCGGCGGCGCGGGGACGAGGAGGTCCGTCACTGCGCT
ACAGCACCCGCTCCCCCCGACTACCCGCCGCGACTGAGGTTTGAAGACTTGAAGCCGAAT
ACTAACTACACGGTGCGGCTGAGTGCGATGACTCGCACCCGGCGCCGCGGTGACGAGGAG
GTCCGTCACTGCGCTACAGCACCCGCTCCCCCCGACTACCCGCCGCGACTGAGGTGGAGA
AAGGAGCTGGATAATAATAAATACGTATTCACAATGCACTTACAAAGAATAGATGAGCGA
AACGGACCTATATGCTGTTATAGGGTGTACATGGTGAGATTGTTGCCACACTCAGATTGG
AATAATCTTCCCCCTCCGCGTGATATTAGTATAGTTGACTATGAAGAGGCCCACGGGGTA
CAACCTGTACTTGGAGCTTATATCACTGATGTATTCTCTAATGAAAAATTCCCACCCGAA
GCGAATCTTATAATGGGGGATGGTAAATCGTACTTCGATAAAGACGATCCCGGTCTCAAT
AGGGATTCCTGTAAGCGATGTTTAAGGAAACCGAGGCGCGTCTACGACCTGCCTCGACCA
CCGACCACCACACCGACCACAATACCTACCACCACTTACCAACCGCCCACTACCAGGGAC
GATCTATTCGAAGAGGAGATAGATACAACCGCTGAACCTGAAGAGGAGAGGAGGGAGAGA
CGGTCATACTTAGATATTGATAGGGATTATATGAAAAATCCAATGATGATGGACAAACTG
ATCGAGGTCGAAGTGAAAGAAGATCTGAATATTAAAGACGGTCTACTGGACCCGTCGGCG
AACTACACCGTCTTCATAGAATTAATACCCGGTTCACCATCAGACGACCCTCTGTACAGC
GAGTATCTGAACGTGTTAATGGCGGCCGCCACCCCCGTACCAACACAACCACCGTCGGCT
ATGGAATTAGCTATATTGGCGTCGTGTGTGGCGGCGGGGGCGGCGGTGTTGTCTCTAGCC
GCGTGGTGTGTGCTAAGGGCGAGACGATCTCGTAAGCTCCCTCCACACCATCACGTAGAA
ATGAATCCTATACAGGCTGCTCTAAGGTACGTCGTAGGTCACATCGGTGGACGTCAACAG
TTAATAAGTGCCGTGCCCCCGGACATGCCGCCCATAGCCAAGGAAGACCTCGCCGCCGCC
TACCACGAGAGACAAGCTGACTCCGACTACGGCTTCCAGAAGGAGTTCGAGATGTTACCG
GAGTGCTATCCAGACCGCACCACACACGCTTCGGAGGCAAGAGAGAATCAACCCAAGAAT
AGGTACCCGGACATCAAAGCATACGATCAGACGAGGGTCAAATTGACCCAGATAGATGGC
ATCAGTGGCTCTGATTACATAAACGCCAACTATGTCATGGGTTACAAGGAGCGTAAGCAA
TTCATTTGCGCCCAAGGTCCTACTGATACGACTGTGAACGATTTTTGGAGGATGATTTGG
GAGCATGACCTTGAACTGATAGTGATGCTGACCAACCTCGAGGAGTACTCCAAGGTCAAG
TGCAGCAAGTACTGGCCGGACGAGGTGAGAGGCGGCCGGGCCTTTGGCAGCATCAGCGTC
TATCACGTGGCTGAGAAGAGATATTCGGATTACATCGTGAGAGAGTTGAAGATATCGAAA
CAGCCTCTGAACTCGGACGGACAGCCGGTAGTTGAAAACAATGGAGTAGCTAAGAGGAAT
GGAGATTGTGGTATGAGTGACAGCGTGCCGACCTCGCCTCGTGATAACAAGTCTACGGAC
TGTCGCCTCGTCAGACAGTACCACTTCCTCATGTGGAAGGACTTTGCTGCTCCGGAGCAC
CCACACTCTATACTCAAATTTATAAAGAGAGTAAACGAAGCATGGTCAAGTATGGTCGGT
AGGCCGGTGGTAGTTCATTGTTCTGCCGGCGTAGGCCGCACGGGGACGCTCGTAGCACTG
GACTGTCTACTGGAACAGCTACGAGCTACGGGACACGCCTCCGTTTTCAACACCGTAGCC
GAGCTACGACGACAGAGGAACTTCCTTGTTCAATCATTGAAACAATACGTTTTCGTATAT
CGAGCGTTGGTTGAGTACGCGCACTACGGCGACACTGAAATACCGGCGTCAAGACTGAAG
AGTTCCATCGACAGGCTCAGGAACACACCAGAGGGCGCTGACAAGTGTCTCATGGAACAC
GAGTTCGAGAAGATGATGTCACCTCCTATATCCGAGGCTACGAAATCGTGTGCGGCGGGC
GGAGCCGGCGGTTCAGATGAACTGCGAGCCAGGAATCGAAGCCCGGACTGTCTGCCTTAC
GACAGGAACAGAGTCATCCTCCCCCCACTACCAGGACGAGATTACTCCACATACATCAAC
GCTTCATTCATTGAAGCATATGATAATACAGAAGGCTTCATCATCACGCAGGATCCACTT
CCGAACACTATTATGGACTTCTGGAGGATGGTAGCGGAACACAATGTGTCCACTATCGTT
ATGTTAAGTGAGCTTGGTGAAGGTAAATGTCCCCGTTATTGGGACGACGGTACCATACAA
TACGAACACATCTCAGTGCAGTACGAAGAGAGCGAGTCCTGTCCGTATTACACGAGGAGA
CAATTCAGAGTTACCAACAACAAGAGCGGAGAGTGGCGTTGCGTGAGACATCTTCAATAC
CAAGGTTGGCCGACAGCGGCGGGACACGTGCCGGAAGTGACGCGAGGGTTGGCGGAACTG
GCGGAACTAGCGGCGCCCTTAGACTCAGCGCCCGCGCCGCCGCTCGTAGTACACTGCCAA
TTTGGTACAGAGCGTTCACCTTTATTCGTAGCTCTATGTACTCTTATGTGTCAGCTGCGT
GTTGAACGTCGTGTAGATGTCGCCACAGTCGCCAGGAAGGTTCGCTCACAACGGGCGAGA
ACCATTGACACGTTTGTGAGTATTCGACTCTATATATAA
Protein sequence:
MLLLVRKYPVTLVLYFGCIASCYLVLGQDASEILDLQLAKGDIGDETNISCSVAPSEVNV
AWLYNNKPFKIGERIKQRDEERLLQKKDLDGNPRKYKIYNLTLTNTTANDDGNYTCVAVL
GELRAEKTIVLDLSFPGRLINKTTGPIKQNVTDQQNVTMFCAFEIYRPNEVRWWKRGKDD
EIIELGTKAAKVIDLKRMQSQYDLHIRSPEDNGTYICEIWDSVTSSNLTGGIDVIVYAAP
QVVIDTVIPISASQLFLNWTIRSYNSPIKSYNLMYRKLPSTDFSLYTTEKIRVNNISFVM
EGLEKSTKYQLKLEVTTTYGSSKPHIYESIVRTLDKDPIFVPHISINGFSATSVTIGWAP
PPEDIAELIHYYLLEARKMDEVAPRRAYHSRDSRNLPYMFDNLEPHSTYVFRVCACSDFT
KKCGNWSLEMQAATLDGIPGRPSNVTVTCSTSWMNLTWQPPVKPNAEIKGYTMELTGNAT
YRDRYGTYKEEMWGPLTKFKTNDSRSVRFEDLKPNTNYTVRLSAMTRTRRRGDEEVRHCA
TAPAPPDYPPRLRFEDLKPNTNYTVRLSAMTRTRRRGDEEVRHCATAPAPPDYPPRLRWR
KELDNNKYVFTMHLQRIDERNGPICCYRVYMVRLLPHSDWNNLPPPRDISIVDYEEAHGV
QPVLGAYITDVFSNEKFPPEANLIMGDGKSYFDKDDPGLNRDSCKRCLRKPRRVYDLPRP
PTTTPTTIPTTTYQPPTTRDDLFEEEIDTTAEPEEERRERRSYLDIDRDYMKNPMMMDKL
IEVEVKEDLNIKDGLLDPSANYTVFIELIPGSPSDDPLYSEYLNVLMAAATPVPTQPPSA
MELAILASCVAAGAAVLSLAAWCVLRARRSRKLPPHHHVEMNPIQAALRYVVGHIGGRQQ
LISAVPPDMPPIAKEDLAAAYHERQADSDYGFQKEFEMLPECYPDRTTHASEARENQPKN
RYPDIKAYDQTRVKLTQIDGISGSDYINANYVMGYKERKQFICAQGPTDTTVNDFWRMIW
EHDLELIVMLTNLEEYSKVKCSKYWPDEVRGGRAFGSISVYHVAEKRYSDYIVRELKISK
QPLNSDGQPVVENNGVAKRNGDCGMSDSVPTSPRDNKSTDCRLVRQYHFLMWKDFAAPEH
PHSILKFIKRVNEAWSSMVGRPVVVHCSAGVGRTGTLVALDCLLEQLRATGHASVFNTVA
ELRRQRNFLVQSLKQYVFVYRALVEYAHYGDTEIPASRLKSSIDRLRNTPEGADKCLMEH
EFEKMMSPPISEATKSCAAGGAGGSDELRARNRSPDCLPYDRNRVILPPLPGRDYSTYIN
ASFIEAYDNTEGFIITQDPLPNTIMDFWRMVAEHNVSTIVMLSELGEGKCPRYWDDGTIQ
YEHISVQYEESESCPYYTRRQFRVTNNKSGEWRCVRHLQYQGWPTAAGHVPEVTRGLAEL
AELAAPLDSAPAPPLVVHCQFGTERSPLFVALCTLMCQLRVERRVDVATVARKVRSQRAR
TIDTFVSIRLYI