KEGG   Salvelinus sp. IW2-2015 (Arctic char): 111971776
Entry
111971776         CDS       T05762                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase eta
  KO
K05698  receptor-type tyrosine-protein phosphatase eta [EC:3.1.3.48]
Organism
salp  Salvelinus sp. IW2-2015 (Arctic char)
Pathway
salp04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:salp00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    111971776
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:salp01009]
    111971776
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:salp04090]
    111971776
Enzymes [BR:salp01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     111971776
Protein phosphatases and associated proteins [BR:salp01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    111971776
CD molecules [BR:salp04090]
 Proteins
  111971776
SSDB
Motif
Pfam: Y_phosphatase fn3 Pur_ac_phosph_N Interfer-bind Y_phosphatase3 PTPlike_phytase SusE DSPc GAPT Y_Y_Y TarH
Other DBs
NCBI-GeneID: 111971776
NCBI-ProteinID: XP_023854359
Position
LG13:40948..67247
AA seq 1342 aa
MSSIITKTREASLAGLQPGRVYEVTVTAVAGAFNNTSARVQLATKPNPPGPLNIXERTTS
SLVVQWTTPGLMTGAQXISYNISYQLNGTGLXERNQSSSTTALRSNLTSLSSGTCYTITV
KTIGPQNLESTSVYTSECTLPKPVVNLTATPLSNSSCRLQWTDPVEVKNYYTYRVQYIKA
TGPVPKTVSTNFTQVNDLEPGTGYNFTVTXVAATGSEGTPERTFCNTKPNVVSNLTVEGL
NTTAIRLSWSKPNDHKPTYSYLVTISKSVLDIISTTVEMYTFTNLDPGNCYNCSVVTVVQ
DVKSDSTEKIICTKPAVVANLIAIGTTTNMSVTWHKPMGQVDNYTVTIYKNNVMENSRPI
TNTSVSVVFQNLRPGKVYVVKVATNSGPLTEALNVTNATYPNPPGSIMVVDQTTGSINIS
WARPLDMDLGQYNFSVFHLDRQNLTEHNWILLKNLQSGTLYNISVVTVGPFDYQSTAVTT
ANSTRPQSVIRLIEAGITTTSVTLVWFQPESKPGYSFRVEVTNRSVTTNTTMKTIPGIQS
GSNYNTNITGLQSGSNYTFTVTTLTGDGTMATPVTVSYFTRPFAVSGLVASTVNTTTVNL
TWTKPPQYQSGYTYRIQTEGCVSAPTNRTTETGEGDLISELTPGTRCTFSVSVKALNSIE
GESVSTSQYTKPESVNTFIDNNGSNSTIVVRWEAPRGNVEHYIVNLNKVLFSDWLNSSIR
STSFLNLSAGRKYTAVVTTISGPFNASSEPATTATYPNQPGPILVLEKTTSSISVEWGEA
PLMANTTFSYLMTYLSTQLDNKMVPLTNTSRTLPNLSSGTPYNISVATVGVLEFQSEKVW
SSLVMTTINVPGSLYNFTVTTETADGTKGAPVSNSRCTNASPVSNLKCDSPNGPKVTLSW
TKPKGLKQGFQITAYETNQLPQGQVHYNTSGDCMPACGHTISDLKHSTDYTLTVTTLGCG
SSSTIQILTCKTGINAVIGVAVGVTIGVFAILFIITIGLIIHWRRQTKKDTSDIQIHSMR
AKVSVAVRVEDFEAYYKRQKADSNCGFAEEFEDLKPVGTAQAKRSAEAPENKSKNRYNNV
LPYESSRVKLSIHGSPFDDYINSNYIPGYNSRKEFIAAQGPLPVTVNEFWRMIWEKNVQT
LVMLTRCNEQGRVKCEKYWPSETNHFQNITVTTTSEIALEDWTIRDFDVKNVKTAETRSV
RHFHFTAWPDHGVPETTELLINFRHLVREHMDQYSRHSPTVVHCSAGVGRTGTFIAIDRL
LFQIERDSMVDVYGTIHDLRMHRPLMVQTEDQYLFLNQCAIDIIRSRTGTNVDLIYQNTA
ALSIYENVEPRKDTXKNGYHNT
NT seq 4029 nt   +upstreamnt  +downstreamnt
atgtccagcataatcacaaagaccagggaggccagccttgctgggttacagcctgggagg
gtttatgaggtcacagtgactgctgtagctggagcctttaataacacgtctgctcgggtc
cagttagccaccaagcccaacccacctggacccctcaacatcrcagagaggacaaccagc
tccctcgttgtccaatggacaaccccgggtctaatgactggagcgcaagrcatctcctat
aacatcagctaccagcttaatgggactggtttagkagagagaaaccagtcttcctctacc
actgctctcagaagtaacctgacctctctgtcctctgggacttgctacaccatcacagtg
aaaaccattggaccrcagaatctagaaagcaccagtgtttatacatcggaatgtaccttg
cccaaaccagtggtgaacctcacagccaccccgttgtccaactcctcatgtaggctacag
tggactgaccccgtggaggttaagaactaytacacctatagagtccagtacataaaggct
acaggccctgtaccgaaaacagtcagtaccaacttcacacaagtcaatgacctagaacct
gggactggctacaacttcactgttaccwcggtagcagcaacgggaagcgaaggaactcca
gaacgcacgttctgtaacactaagcccaacgtggtcagtaacctcacggttgagggtctg
aacacaactgctatcagactttcctggtccaagccgaatgaccacaaaccaacctactcc
tatctggtgaccatctccaagagtgtgttagacatcatctcaaccacggtcgagatgtac
accttcaccaatctcgatcctgggaactgttataactgctctgtggtcacggtcgtccag
gatgttaagtctgattcaacggagaagataatctgcacaaaacctgcggtggtggcaaac
ctcatcgccataggaacaacaaccaacatgagtgtgacctggcataaacctatgggacag
gtggacaactacaccgttactatctacaaaaacaatgtgatggagaacagccgtcccatc
accaacacctctgtttcagttgtgttccagaacctgaggccagggaaagtctatgttgtc
aaagtggccaccaatagtggaccactcactgaggcactaaatgttacaaatgcaacgtat
cccaaccctcctggaagcatcatggtggtggaccagaccactggttccatcaacatcagc
tgggcccgacccctggacatggacctaggtcagtacaacttctctgtgttccatctggac
cggcagaacctgacggaacacaactggatcctcctgaagaacctccagtctggaacactc
tacaacatctctgtggtaactgtagggccgtttgactaccagagcacagcggtgacracg
gccaactctaccaggccccagtctgtgatcaggctgattgaggcaggaatcacaaccacc
agtgtgactctagtctggtttcaaccagagagcaaaccaggctactccttcagagtggag
gtcaccaacaggtctgtcaccacaaacaccaccatgaaaaccatccccgggatacagtct
gggagcaactacaacaccaacatcaccgggctacagtctgggagcaactacacctttaca
gtgacaacactcacaggggacggcaccatggcaaccccggtgacggtgtcttattttaca
agaccattcgccgttagtggtttggtagcctctacagtgaacacaaccactgtgaacctg
acctggaccaaaccacctcagtaccagagtggttacacataccgtatccagactgagggg
tgcgtgtctgctcccacaaaccgcaccacggagacaggagagggggacctcatctcagaa
ctcacaccaggaaccagatgcaccttcagtgtttccgtcaaggcactgaacagcatagag
ggagaatccgtctcaacctctcagtacacaaagcctgagtctgtcaatacgttcatcgac
aacaatggtagcaacagtaccatagtggtgcgctgggaagcacccagaggaaacgtagag
cattatatagtcaatctgaacaaggtccttttctcagattggctgaactccagcattcgg
tcaacatccttccttaacctgtcagctggcagaaagtacacagccgtggtgaccactatc
agtgggcccttcaacgcttcatcagaacctgcaactacagcaacttatcccaaccagcct
gggcccatcctggtcttggagaagaccactagttctatctctgtggagtggggtgaagct
cctctgatggccaacaccaccttcagttacctaatgacctacctgtcaacgcagctagac
aacaagatggtccctctgacaaacaccagtcgcacactgcccaatctgtcctctggaaca
ccctacaatatctctgtggctacagtgggagtgctagagttccagagtgagaaggtctgg
agcagtttggtcatgaccacgatcaatgttcctggtagtctgtataatttcaccgtgaca
acagagacagctgacggaacaaagggagctccagtctcaaactccagatgcaccaatgcc
agccctgtgtccaacctgaagtgtgactctcctaacggccccaaggtgaccctgtcctgg
accaaacccaaaggtctgaaacagggcttccagatcactgcttatgaaaccaaccaactc
ccccagggccaggtacactataacactagtggtgactgtatgccagcctgtggccacaca
atatctgaccttaagcacagtacagactacaccctgactgtaaccactctgggctgtggg
agctccagcacmatccaaatcctcacctgcaagactggcattaatgctgtcatcggtgtg
gctgtcggggtaacgattggagtttttgccatcctcttcatcatcaccattggcttaatc
atccactggaggagacaaaccaagaaagacacttcagacatccagattcactccatgaga
gctaaagtaagcgtggccgtgagggtggaggactttgaggcttattacaagaggcagaaa
gcagactccaactgtggtttcgccgaggagtttgaggacctgaagccagtgggaacagcc
caagctaaacgcagcgctgaagcmccggagaacaagtctaagaaccgctacaacaatgtg
cttccctatgagtcctctagagtgaaactgtccatccatgggagtccattcgacgactac
atcaattctaactacatcccgggttacaactccaggaaggagtttattgcggcccaaggt
cctttgcccgtcaccgtcaatgagttctggaggatgatctgggagaagaacgtccagact
ctggtcatgctgacacgctgtaatgaacagggacgagtgaaatgtgagaaatactggcca
tctgagaccaatcactttcagaatatcaccgtgacaacaacctctgaaatcgccctagaa
gactggaccatcagggattttgaygtaaaaaatgtgaagacagcagagacacgctcggtg
cgtcacttccacttcacagcctggccggaccatggcgtccccgagaccacggagctgctc
atcaacttcagacacctggtccgagaacacatggaccagtactcacgccaytcccccacc
gtcgtccactgcagtgcgggtgtgggtcgtaccggtaccttcatagccatcgaccggctg
ctcttccagatagagagggacagtatggtkgacgtgtacggcaccatccacgacctgcgc
atgcaccggcccctcatggttcagaccgaggaccagtatttgttcctaaaccagtgtgcc
atagacataatccgatccagaactggaaccaacgtggacttaatctaccagaacacggct
gcactctccatctacgagaacgtagaacccaggaaagatacagmtaagaatggctaccat
aacacatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (23)   

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