KEGG   Sinocyclocheilus rhinocerous: 107713797
Entry
107713797         CDS       T04916                                 
Name
(RefSeq) tyrosine-protein phosphatase non-receptor type 23-like
  KO
K18040  tyrosine-protein phosphatase non-receptor type 23 [EC:3.1.3.48]
Organism
srx  Sinocyclocheilus rhinocerous
Brite
KEGG Orthology (KO) [BR:srx00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:srx01009]
    107713797
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:srx03037]
    107713797
Enzymes [BR:srx01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     107713797
Protein phosphatases and associated proteins [BR:srx01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Non-receptor PTPs
    107713797
Cilium and associated proteins [BR:srx03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   107713797
SSDB
Motif
Pfam: Y_phosphatase ALIX_LYPXL_bnd BRO1 Y_phosphatase3 DSPc PTPlike_phytase
Other DBs
NCBI-GeneID: 107713797
NCBI-ProteinID: XP_016374894
Position
Unknown
AA seq 1868 aa
MEAVPRMPMIWLDLKEAGEFQFSPTVKQFILKNYGEDPDNYNEQLKKLEQLRQSAVNVTR
DFEGCSSFYYAGQAQECLLEKSMLDNRKSFLVARISAQVVDYYKEACRALENSETASMLG
KIQKDWKKLVQMKIYYFAAVAHLHMGKQAEEQQKYGERVAYLQSSIDKLNEAIKLAKGQP
DSVQEALRFTMDVIGGKFNSAQKDNDFIYHESVPPLETLTSVKVPLCYLICFKNAFFFCQ
IYSEEKAKLLRDVAAKIDSKNEILEQFMDSLGLDPESVDNMEMYNTLPSVLMEKCAALSV
RPDTVKNLIQSMQVLSGVFTDVEASLREIRDVLDEDEAEEQSLEEAAGKQAVPERPSALA
ELRRDLEKYFEAHEKASFTNTELHRAMNLHISNLRLLGGPLDTLREALPKPQLSEDEMAG
LQTMKRILGKVQEMQDQRSSLEKQLRDLIQQDDITTSLVTTERADMKKLFEEQLKKYEQV
KVYIDQNLTAQENILKALTEANVQYATVRKGLAETEHKWNSTVQMLVASYEAYEDLMKKS
QEGKEFYEDLETKASRLLEKAKTVCKARKEERQAIMEKELKKKAPQRPTAPKPPPKKGQS
MDPANLNDPELAELSAAILALGGDLPEELRSLPPELGIPPSGHHAALSGAAASSILRWPG
VNSALLYTQHRFPPNLPSPEVLAQISCFPTPPLSQSFSHSLHQPPLTQQQFPQLPNPQVL
PPPSVSGYCPPSSQNQPGPPVTSVRPSTTTVDSVQTPIPSYSPASVQAIMHPPGRHQPMP
PVSSVYAAPPQMTPHVQYMQQPVVPISQPPQAMPAHHPQPQPQPQQVFAQPQQFYPPVPT
QQQMPRPLPGPQPQFPQYMAQVRQPGPPNFHQPQIQGQFRAPATHVQPHQGYPPVSFVPK
SQPPQFNTVTPGQMPHPGMPPQMTPSSQPVPSVSMPHLAHVNQQMPPSSQPVPSMSMPRL
AHVNQQIPPSSQPVHSVSMSHLAHANQQIPPASQPQTPPFSQLPGPPHPHIPPPSHHLGP
APHMQIPSASKQMPPPQQPQMLAPSIHMSPSSHPQMPSVSQPLSHCPQSQIIPSHQPNQQ
PAYPAVTPRATVPVQPQVPHGPFSSQIQIHPSNPSQHQNHPHPQILPQSCPPALPHNIYK
PQPTIPPSSAPLSFPGVVPMVSKQSVAALQPQSQPPTSQPLAPQQLPPGGPISYAVPQGG
NIPSGPMQHPVAAAPPGPQSMIPPSSGAPGAPQPHVLPSPAPSPSPSPGPPSLGMVTQRP
SPALTPVGGATLPQSSVQAPTPTGPMPPSESTLFQQQNSSTDDLLSSSPESQHGGTKDTA
NVLLPTKADPQEEHHRKKAEGVRLIQGDPYQAPERVSKLSAQLERFRSTVQSLERPTWEG
GLSKLDAQWKELQEQQEKDTRQLSIAIARCYTMKNRHQDVMPYDCNRVVLHSGKDDYINA
SFIEDLSPYCPRLIATQAPLTGTAADFWLMVYEQKVSVIVMLVSELELEKQKVLRYFPSE
RGQQLAQGPITLTLTTQKSTPTHIARMIGLQYQDQSLKRTVVHLQFTSWPELGLPESKSN
LIHFIQEVHGHYLLQRPLHTPVVVHCSSGVGRTGAFCLLYAALQEIEAGNGIPDLIQLVR
KMRQQRKNMLQEKLHLKFCYEAVLKHTEQVLKRHGIITSPCTRTSNNIALKSYPRQESQD
IVLGGDMPISSIQATVAKLSIRPPSVDHEQESGQDQIPSVSEAASTVEPDPTELSLQPSQ
DPLCYEAMPGFISPPLSCTSSPGKTQSPSPPSGQGNGFTGSTPASPVSNHQPSTEAAPHA
PSPPTSSSLDLLASLTPEAFTLDSAHRGKQRISKQSFLQPQEGKGLQGPPEGDDPLSSLD
PLWTLNKS
NT seq 5607 nt   +upstreamnt  +downstreamnt
atggaagccgtgccgcgaatgccgatgatctggctggatctgaaggaggcaggggagttt
cagttcagcccgactgtcaaacagttcatactgaagaactacggtgaagatcctgacaat
tataatgagcagttgaagaaactggagcaattgagacagagtgctgtgaatgtcacacga
gactttgaaggctgcagctctttttactatgctggtcaggcccaagagtgcctgttggaa
aaatctatgttggacaacaggaagagctttctcgttgctcggataagtgcccaggtggtg
gactattacaaagaggcatgcagagctctggagaactcagaaactgcttcaatgttagga
aagatacagaaagactggaagaaattagtgcaaatgaagatttactactttgctgcagtt
gctcatttgcacatggggaaacaggctgaagagcagcagaagtatggagagagggttgct
taccttcagagctcaatagacaaactcaacgaggcaattaagctggctaagggtcagcca
gacagtgtacaggaagcccttagatttaccatggatgtcattggtggaaaatttaattct
gcccaaaaagacaatgacttcatttaccatgaatctgtgccacctctggagacactgacc
tcagtgaaagttcccctgtgctatctaatatgttttaaaaacgctttctttttctgtcaa
atttacagtgaagagaaggccaagctgctaagggatgtcgcggcaaaaatagacagcaag
aatgaaatattagaacagttcatggactctctcggtctggaccccgagtcagtagacaat
atggagatgtataatacccttccttctgtgctgatggaaaaatgtgctgcgttgagtgtg
agacctgatacagtaaaaaaccttatccagtcaatgcaggtcctctcaggtgtgttcacc
gatgtagaagcctctctgcgggagattcgagatgtattggatgaggatgaggcagaggag
caaagtttagaagaggctgctgggaagcaggctgtaccagaacggccctcagccctggct
gagctgcgaagagacctggaaaagtattttgaagcacatgaaaaagccagcttcaccaac
acagaacttcatcgggccatgaatctgcacatcagcaatctgagactcctcggtggacca
ctagacacccttagagaggcattgccaaaacctcaacttagtgaggatgagatggcaggt
ctgcagacaatgaagagaattttgggtaaagtgcaagaaatgcaggaccaacgaagctcc
ctggaaaagcagcttagagacctcattcagcaggatgacatcactacttctctggttaca
actgagcgtgctgacatgaagaaactatttgaggagcagcttaagaagtatgagcaggtg
aaagtatacattgatcagaacctgacagctcaagagaatatcctgaaggcactgacagaa
gctaatgtacagtatgccactgtgcgcaagggcctggcagaaactgaacataaatggaac
agcactgtacagatgcttgtggcctcctatgaggcctatgaagatctaatgaagaaatct
caggagggcaaagagttttatgaagatctggaaacaaaggcctctcgcctgttggagaaa
gccaagactgtctgcaaggctcgaaaagaagagagacaagccataatggaaaaggagcta
aaaaaaaaggcgccccaaagacccactgccccaaaaccacctccgaagaaaggccaaagt
atggatcctgccaacttaaatgaccctgaactggcagagcttagtgctgctatcctagcc
cttggtggagatctcccagaagagctacgcagcctgcctcctgaacttggcattccacca
tcgggtcatcatgctgcactttccggagccgctgctagctctattctgcgctggcctgga
gttaactctgctttactctatacgcaacacagatttcctccaaatttaccgtctcctgaa
gttcttgctcagatctcctgttttccaacacctcccctgtctcagagtttcagtcacagt
cttcaccagcctcctctgacacaacaacagttcccacaactgcccaaccctcaggtcctt
ccaccaccatctgtgtctgggtactgccctccatcttcacagaaccaacccggcccacca
gtcacttcagtccgaccttccaccactacagttgatagtgtacagacacctattccaagc
tacagtcctgcatctgtccaggcaattatgcatcctcctggccgacaccaaccaatgcca
ccagtgtcatcagtgtatgcagctccacctcagatgacaccccatgtccagtacatgcaa
caacctgttgttcccataagccaacctccacaggcaatgccagcccatcatccacagcct
caacctcaacctcagcaggtatttgctcaaccacagcagttttacccacctgtaccaact
caacagcaaatgccaagacctttgcctgggcctcagcctcaattcccacagtacatggct
caagtaagacaaccaggaccaccaaactttcatcaacctcaaatccaaggacagtttaga
gctccagctacccatgtgcagccccatcagggttacccccctgtctcatttgttccgaag
tcccaacctccacaatttaacactgtcaccccgggccagatgccccatccaggcatgcct
ccacagatgacaccatcctcccaaccagtgccttctgtgtcaatgccacacttagctcat
gttaatcagcaaatgcctccatcctcccaaccagtgccctctatgtcaatgccccgctta
gcccatgttaatcaacaaattcccccttcctcccagccagtgcactctgtatcaatgtca
cacttagcacatgccaatcaacagattccccctgcttcacagccccaaacacctcccttc
agtcaattaccaggtcctcctcacccccatatacccccaccctctcatcatttaggccct
gcaccccatatgcagataccttctgcttccaaacagatgcctcctccccaacagccacaa
atgcttgcaccatccattcacatgtctccttcctctcatccacaaatgccctcagtctcc
caaccgctatctcactgcccccagtcacagattattccttctcatcaacccaaccaacag
ccagcatacccagcggtcactccgagggctactgttcctgttcaacctcaggtcccccat
ggccctttttcatcacagattcaaattcaccctagcaatccttcacagcatcaaaaccac
cctcatcctcaaatccttccccagtcctgtcctccagcactccctcacaatatctacaaa
cctcagccaaccattcctcctagctctgcacctttgagttttccaggagttgttcctatg
gtttcaaaacagtctgtggcagctctgcagccacagtcccagccacccacttcacagcct
ttagccccacaacagctacccccaggaggtccaatatcttatgctgttccacaaggtggg
aacattccttctggaccaatgcagcatcctgtagctgctgctcccccagggcctcaaagc
atgatacctccatcctcaggagcaccaggggcaccacagcctcatgtgctaccttctcct
gccccatcaccttctccctctcctggtcctccctcccttggtatggtcacccagcgacca
tctcctgctctaaccccagttggaggagcaacattgccgcagtcctcagttcaggctcca
acacccactggtcccatgcctccatctgagtccactttgtttcagcaacagaactctagt
actgatgacttgctttcctcaagccccgagagccagcatggaggcactaaggacaccgca
aatgtcttactgcccacaaaagctgaccctcaggaggaacatcacagaaaaaaggctgag
ggtgtgagacttatccaaggtgacccttaccaagcaccagagagggtctcgaaactcagt
gcacagctagaacggtttagatcaacagttcagtccttagagcgcccaacatgggaggga
ggtctgtcaaaacttgatgcccaatggaaagaactgcaagagcagcaggagaaggatact
cgccagctctctattgctattgctcgttgctacaccatgaaaaaccgccatcaggatgtg
atgccttacgactgcaatcgtgttgtcttgcactccggaaaagatgattacatcaatgcc
agtttcattgaggacctatccccatactgcccccggctcattgcaacacaggctcccctc
actggcactgcagccgacttctggctcatggtttacgagcagaaagtttctgtaatcgtc
atgttagtgtctgagctagaactggagaagcaaaaggtgttgcgatactttccatcagag
agaggccaacaacttgctcaggggccaatcacccttaccctgaccactcagaagagcact
cctacccatatagcgcgcatgataggactgcagtatcaggaccaaagtttgaaacgcacc
gtcgtacaccttcagtttacttcatggcctgaactgggtcttccagagagtaaaagcaac
ctcatccattttattcaagaagtccacggacattacctgcttcagcgcccactacacact
ccagtcgtagtgcactgcagctctggtgttggccgtactggcgccttctgtctgctttat
gcagcgctgcaagaaattgaggctggcaatggtatacctgacctgatccagctggtgagg
aagatgaggcagcagaggaagaacatgctgcaagagaagcttcacctcaaattttgctat
gaggctgttcttaaacatacagagcaggttctgaaacgtcacggcattattacatcccct
tgcaccaggacctcaaataatattgcattgaagtcatacccgcgacaggaatctcaggac
attgttctgggaggagacatgcctattagttccatacaggccactgtggccaaacttagc
attcgaccacccagtgttgaccatgaacaagagtccggccaagaccagattccctccgtt
tccgaagcggcaagcacagtggaaccagatcctacagaattgtcacttcagccttctcag
gacccgctttgttatgaagctatgcctggtttcatcagtccccccctctcttgcacctct
tctccaggcaagacgcagtcaccttcacctcctagtggccaagggaatgggttcactggg
tccactcctgcatctccagtctcaaatcaccagccatccactgaagcagcgcctcatgct
ccttctccacccacctcctcatctttagatctgcttgcttctctcacacctgaagccttt
actctggacagtgcccatcgaggcaagcagcggattagcaagcaaagcttccttcagccg
caagaaggcaaaggcctgcagggaccaccagagggcgacgatccgctcagtagtttggat
cctctctggacactcaacaaaagctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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