Silkworm Genome Informatics Database

Gene

KWMTBOMO02272 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA003089

Annotation

PREDICTED:_tyrosine-protein_phosphatase_non-receptor_type_23_isoform_X1_[Amyelois_transitella]

Location

Bomo_Chr4(-):15785330-15803965 View in EpiBrowser

Location in the cell

Nuclear Reliability : 2.73

CDS

ATGGAAGCGGTACCGAAGATACCCCTTATCAGTTTCGAATTAAAAGTATCAACAGAGAATACAAAATTTGGAACAAAACTTAAACAGTACATTGCCGAAGTTTATAAAGAAGATCCAGAAAGCTACAGTAATGAGATTCATTCGCTCGAAGGGCTACGATCGGCCGCCGTGAGGCCTACAATGGATACGGCAGGCTTGAAATCTTTAATTAGATATTTTTGCCAACTTCGTGCCATGCAAAGCCGATTCCCAATGAGCAAAGGCCAGCCGGCGGCTTGCAATTTCACTTGGAAGGATCTCTACGCAAGCATGAATTGTACCTCAGCATCTGCTAGGTTTGAATTAGGATGTATTCTTTACAATATTGGTGCCCTAAATACCGAACTTGGTGCAATGGAGCCACGTACCACAGCTGAAAGCCTGAAAGCCACTTGCACTCACTTCCAGCATGCTGCATACTCATTTCAACTCTTGAGAGAGCAATTTACTCAACCTCCAGGTGTTGATATTTCCTCAGAAATAATGAGACTTCTCCAGGAAATTTGCTTAGGTCAAGCCCAGCAATGTATTCTAGAGAAGAGTATACAAGATACAAGAAAGCCCCGTGTTATTGGAGCAGTAGCAATACAAGTTGTTTTATTCTGCAAAAATGCTCTGGCTTTACTTGGACCGTCCACTGGTTCAGAAAATGTTTATGAAGTTGTTGGTATAACCCTGTACAACTATTGGTATCGGTCCCTTTCTTTTAAAATGTCATTTGTTGGATCTATTGCCTGTCTGTATCAAGGAATGCATGCTGAAGAGCAGCAGAAAATGGGTGAGAGAGTTGCCTTTTATCAACTGGCAGCTGAAAAACTGGCAGAAGCCAGGAAAATTGCCAAAAACATGGACTCCAACAAGGTGATTTTGGAAGCTTTGAACTTTATGAACGACGTTATCGAAGGCAAAAAGAAAGCAGCCAAGAATGAAAATGAATTTATTTATCATGAGGAGGTACCTGACAAGGACATGTTAACGGAACTAAAACCAGTGTGTTTGGTGAAACCATTGCCAATTAACTTTAATGATCCTGAGTTGTCAGGTTCGGACCTATTCGCTCGCCTAGTGCCGATCGCGGCACACGAGGTGTCCTCGGTGTACTCCGAGCAGAAGGCGAAGCTGCTGCGGCACGTGATGACCCAGATCGACGCCAAGAACACCGAGCTAACGGAGTTTATGTCGTCACTGCAACTCGATCAGCTCGATGTGCTGGATTCGGAACAAAAGGTGCCTCAAGATATAGTCGACCGGTGTGCGGCGATGAATGCCAAGTCGGAAATAATACAGTCACTAGTTGATTCGATGAACAGTCTGGCCGAAACTATCAGCGACGTGGAACACTCGTTGGGAGAAATAAAAAATCTCATACAGGAGGAAACAATGAAAGAGAAAGAATTCCAAAAGTTAATGGGTCCACGACCGCCATCTATCGTTCAAACAGAACTGTCCCGGGAATACCACAAGTACCAAGAAGCACACACAAGGACCAACGAGAGCAACCAAGTGTTGCACAAGGCCATGACGCTACACATCGCCAACCTCAAACTGTTGGCCCAACCTTTGGACGTGCTGCAAGAGAAGATACCAAGCATTGACAATATTGAAGGTCTGGACCGCGAGACGATGTCGGAGATGCGTCGCGTGGTGGGCAAGGCTCGCGAGATGCAGGCGCAGCGGGACGCGCTGGTGCAGCAGCTGCGGGACGCCGTGGCCGCCGACGACGTCACCGCCCTGCTGCTCGTCACCAACGAGCCGCCCGAGGACCTCTTCAAACGAGAAATCGAAAAACACGCGCCCACGGTAAAGATCCTCGAACAGAATTTGGGAGCTCAAGAGAATATTATAAACAAGCTAACGTCGTTGTACGCGTCGTACGGAGACTCGCGGCGTCTGCTGTCCGAGGTGCTGAGGAAACGAGATGGCCTCATCAACGCATTAGTGACGTCATACGACACGTACGAGGAGTTGCTGGGCAAGTCCCAGAAAGGCCAGGAGTTCTACAAGAAGCTATCGCACAACGTGAACCAGCTGCTGTCCAGACTGAAGAGCACGTGTCAGGTGCAGGAGGAGGAGCGCGCGCAGCTGCTCTCCAAACAGAACACTAAAGCTGTGACGTCAGCGCCAGGCCCGGCCGTGCCCGCCGCGGCGGCGCCCAAAGTCCCAGACGTGGCCGGCCTGCCGCCCACCGGAGCGCCCCGGAAGCTGAAGGACTACCTGCCTTATATGAAGAACAGGAGCAATCCTAGAAACACAGCCCCTCCAGTTCAAATGGAAGCCTTCCCGCCAGACACGTACTATCCGGAAACGATGTACCTCCCCTCCGTAAGACCGGCGCCTGTTGGCTCTGAGGCTACAGACGTGGCACAGATGCAGCTCCCCGACGGAGTTCTGATGTCTCAAGCTCAGAACACTTCATTCACCGACCGTTACAACCCTAACGTCATGCCCGAAACCTCTTATGCCCAGAACTATGCCTACCCGGCCGCCGAGAAACCCTACGACAAGGATAACTCCGCGTACAATCCGCACACGCAACAATATCCGCCTCAGATACCAGACCCGCAGCAAGTGTATACCGGCCCTTATTACAGCACGCCCCAGAACAGCGCCGCGTCCGTGTCGGAGCCGCAATCCGTGCAATATAGCAACCAACCACCCAACATGAACACGAATCCAAATATTCAATATCCAGTCTACAATGACCCTTACGCGCAGAATGTTCAGTCTGTGGCCTCGAGTCACGGCTCCAATACTTACGCTTCTGCTAATCAGGCGTATGCGAATAACCAGACAGATTTGAATGTGAATTTTGCACAAATGCATATAAACGCTCCAAAGTCTGAACCGTCTGTAGATCCCTCGCACGGTTACTACATGCAGTACCCGCAATCGTCCACGCCCAGTGTTGCGTATAACGCCGGTTTGAACACGGGCGTGCCCGCTCCTGGGTCACAGCTCCCGACGGACTACAGCTCCCTTAGTTACCAATACAGTACCGAGTCGGTCCAGTACAGCGTCAGCGCACCCTACAGTGTGCCGGAACAACCGTACAGTTACGTCACGAGCTCGCTCGACAGCGCGTCCCAACACTACGCGACGCAAACGATCGCGACCGGTGCGAACACGTCGACGACAAACGTCACTAGCACAGTGACGTCACTGCCTTACACGTACCCACCCGAGGCTGAGGTATACAACCCCGCTTTAGCGCAGATGGACGCGTTCGATAAACCGATCAAATCGCACGTGACGGGCGAAGCTCTCTCGTCTAGTTTCCAGTCGAACTATAACACACAGAATTACAGCAATATTCAGAATTACCAAAATCCAAACGTGCAAAGCTACCAGCCGACGAGCACCTACGAGGACCAAAGCAAAGTTAATTACGGCCAGACCTACCAAAATCATCCGGGCTATACACTCAACCAGGCTACCGGTAATTACGAATACAATTACGGTTCGCAAAACTCGTACGCAAACCACCAAGGGAATGTGGACCCTCAGACCGTGCACAACGACTCGAATTGGGCCGGACAGCGCTACACCAGCGCCGGCGGATGCCACACCGTGCAGTCCCCCTCTGAAACGCAAGTCCCCCAAGCACCGACCCAAGAACAGAACAGCAATCAGTATTACAACGCGCCGTACGGGTACATAACGACCACTAACCAGTCGAATGAAATGGTCGCCACTCCGCAAACGATCGGGACCAACTATGGCGCCAACGTCAATCAGTCGACTTACATGCAGTCCGGTCAAGGTCACGATACCAGCGTTACATTTACCAGTAATCAAGTTTTTTCGCAAAAAGAGAATGATGTTCAGTCGACTGAACAAAATGGAGTGTCGACTGAATCGCGTGATACAATGGAGGCGCTGCAGGCTCCGCAGAGTAACGACGTCTCGGTCCAAGAAACTGTTCCAACACCGGTACAGACTACAGAACAAGTTGCGGAGAATCCGATCGAGGAAATCGAGCCAAAGCCGGAAATTTCCGTATTCGATCTTCTATCGGACATAGATTTTACGGTTGAACAAAAACCGTTGATGCCCGAGATAAAAGTGCCACAAATATCCGAAAGTGCCATACGGAAGCAAGTGCTACCTAAACCAGAGCCAGCGAAGGCTCCCAAAGAAGAGGCGCTTGTCCGACCGGCCAAGAGAGATATCTTCTCGGACCCCAGTCTACTCAACCAGTTCACGCAGGAAGTGAAGAACTTGCAGAGACTGGTGGATTCGCTGACCAACAGAACTCCCAGTGGACTGACGCTATTGGATTCGAAATGGAAAATGTATCAAGATGTACAACTGAAGGAAAACATGACTAGGTCTAAAACGATAGCGATGAAACACAGCCGCGGGAACATTGTGACGGAGGTGGTGCCCTTCGACGACTCGCGCCTGACGCTCAAGTCCGACCCTGACGCTTACATAAACGCCTCTCATTACAAGCAATTAGCCTCATGGTGTATACCCTTAGTGATCTCTAAAAATCCAAGTGAAGATGAATATGGAATCTTCTGGAAGTCAGTATTAGAAAATAAAATCAGTTGCATCGTGTGTTTACTGAGTGAGATTGAGCTGCAAGGAAAGTCGTACTGGCCGACGGCCAAGGGACAGTCTCTGGAGCTGTACGGTCTGAAGGTGCTGCTGGAAGAAGTGAACTGCACCGTGCACTGGACCGAGCGGAGGCTGCGCGTCGCCGGCGGCAGCAGCGTGCACGCCGTCACGCACTACCAGATCAACGTGTTCCCTGCCAAAATTGTTTGCTCACCCCTAGTGCTTCTGGTAGATAAAATTCTGAGTCAAACCTATGAAAATCGTCTGTGCAATCAACTGTGCGGCGCGTGGATACAGTGCGGCGCGGGAGCGGGACGCAGCGCCGTCGTCGCCGTTCTCGTTATGGTCATGTGCCAGGTGCGAGCGGGACAACTAGATTTGTGCGATATGCTAGACGCCGGCTGTGTCAACTTGTACAAAGGTCGCGCGAACATTCTGGAAGACACGAAGTATCTAGCCGACGCGTACAGAACCGCGCTGTTTTACGTACAAGGCGTACTTTGTTCTGGGACAACGAATTTCAACGGTGAAGCAGTTTCCGGACCAACAGGAGCCTCCATCCTCCCTCCGGTCACTCCCACCCCTAACAACTCCAACTCCGCCACGCCGCAGAAGAAATTCTCTCGGGAATCGTTCGAGGAGATGAAGCAAGCTCCCGGCCTCAAGAGCGGAGACATGAAAGACCCCCTCAACTTTTTGGATCCGCTGTGGAGCTTGAAGAAGAAATAA

Protein

MEAVPKIPLISFELKVSTENTKFGTKLKQYIAEVYKEDPESYSNEIHSLEGLRSAAVRPTMDTAGLKSLIRYFCQLRAMQSRFPMSKGQPAACNFTWKDLYASMNCTSASARFELGCILYNIGALNTELGAMEPRTTAESLKATCTHFQHAAYSFQLLREQFTQPPGVDISSEIMRLLQEICLGQAQQCILEKSIQDTRKPRVIGAVAIQVVLFCKNALALLGPSTGSENVYEVVGITLYNYWYRSLSFKMSFVGSIACLYQGMHAEEQQKMGERVAFYQLAAEKLAEARKIAKNMDSNKVILEALNFMNDVIEGKKKAAKNENEFIYHEEVPDKDMLTELKPVCLVKPLPINFNDPELSGSDLFARLVPIAAHEVSSVYSEQKAKLLRHVMTQIDAKNTELTEFMSSLQLDQLDVLDSEQKVPQDIVDRCAAMNAKSEIIQSLVDSMNSLAETISDVEHSLGEIKNLIQEETMKEKEFQKLMGPRPPSIVQTELSREYHKYQEAHTRTNESNQVLHKAMTLHIANLKLLAQPLDVLQEKIPSIDNIEGLDRETMSEMRRVVGKAREMQAQRDALVQQLRDAVAADDVTALLLVTNEPPEDLFKREIEKHAPTVKILEQNLGAQENIINKLTSLYASYGDSRRLLSEVLRKRDGLINALVTSYDTYEELLGKSQKGQEFYKKLSHNVNQLLSRLKSTCQVQEEERAQLLSKQNTKAVTSAPGPAVPAAAAPKVPDVAGLPPTGAPRKLKDYLPYMKNRSNPRNTAPPVQMEAFPPDTYYPETMYLPSVRPAPVGSEATDVAQMQLPDGVLMSQAQNTSFTDRYNPNVMPETSYAQNYAYPAAEKPYDKDNSAYNPHTQQYPPQIPDPQQVYTGPYYSTPQNSAASVSEPQSVQYSNQPPNMNTNPNIQYPVYNDPYAQNVQSVASSHGSNTYASANQAYANNQTDLNVNFAQMHINAPKSEPSVDPSHGYYMQYPQSSTPSVAYNAGLNTGVPAPGSQLPTDYSSLSYQYSTESVQYSVSAPYSVPEQPYSYVTSSLDSASQHYATQTIATGANTSTTNVTSTVTSLPYTYPPEAEVYNPALAQMDAFDKPIKSHVTGEALSSSFQSNYNTQNYSNIQNYQNPNVQSYQPTSTYEDQSKVNYGQTYQNHPGYTLNQATGNYEYNYGSQNSYANHQGNVDPQTVHNDSNWAGQRYTSAGGCHTVQSPSETQVPQAPTQEQNSNQYYNAPYGYITTTNQSNEMVATPQTIGTNYGANVNQSTYMQSGQGHDTSVTFTSNQVFSQKENDVQSTEQNGVSTESRDTMEALQAPQSNDVSVQETVPTPVQTTEQVAENPIEEIEPKPEISVFDLLSDIDFTVEQKPLMPEIKVPQISESAIRKQVLPKPEPAKAPKEEALVRPAKRDIFSDPSLLNQFTQEVKNLQRLVDSLTNRTPSGLTLLDSKWKMYQDVQLKENMTRSKTIAMKHSRGNIVTEVVPFDDSRLTLKSDPDAYINASHYKQLASWCIPLVISKNPSEDEYGIFWKSVLENKISCIVCLLSEIELQGKSYWPTAKGQSLELYGLKVLLEEVNCTVHWTERRLRVAGGSSVHAVTHYQINVFPAKIVCSPLVLLVDKILSQTYENRLCNQLCGAWIQCGAGAGRSAVVAVLVMVMCQVRAGQLDLCDMLDAGCVNLYKGRANILEDTKYLADAYRTALFYVQGVLCSGTTNFNGEAVSGPTGASILPPVTPTPNNSNSATPQKKFSRESFEEMKQAPGLKSGDMKDPLNFLDPLWSLKKK

Uniprot

A0A194PMM1

Pubmed

26354079

EMBL

KQ459598 KPI94567.1

Proteomes

UP000053268

Pfam

PF13949   ALIX_LYPXL_bnd        + More
PF00102   Y_phosphatase
PF03097   BRO1

Interpro

IPR038499   BRO1_sf        + More
IPR004328   BRO1_dom
IPR025304   ALIX_V_dom
IPR029021   Prot-tyrosine_phosphatase-like
IPR000242   PTPase_domain

SUPFAM

SSF52799 SSF52799

Gene 3D

1.25.40.280 3.90.190.10

ProteinModelPortal

A0A194PMM1

PDB

5MK3 E-value=5.47246e-73, Score=704

KEGG

101736631 K18040 tyrosine-protein phosphatase non-receptor type 23 [EC:3.1.3.48] | (RefSeq) tyrosine-protein p

GO

GO:0004725 GO:0006470 GO:0005515 GO:0008121 GO:0009331 GO:0005634 GO:0006289 GO:0004518 GO:0006281 GO:0048384

Length:

1775

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.28515

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00307

outside

1 - 1775

Pi

198.243228

Theta

176.416717

Tajima's D

0.762199

CLR

0.325952

CSRT

0.59722013899305

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics