KEGG   Gallus gallus (chicken): 395330
Entry
395330            CDS       T01006                                 
Symbol
PTPRJ
Name
(RefSeq) receptor-type tyrosine-protein phosphatase eta precursor
  KO
K05698  receptor-type tyrosine-protein phosphatase eta [EC:3.1.3.48]
Organism
gga  Gallus gallus (chicken)
Pathway
gga04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:gga00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    395330 (PTPRJ)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:gga01009]
    395330 (PTPRJ)
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:gga04090]
    395330 (PTPRJ)
Enzymes [BR:gga01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     395330 (PTPRJ)
Protein phosphatases and associated proteins [BR:gga01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    395330 (PTPRJ)
CD molecules [BR:gga04090]
 Proteins
  395330 (PTPRJ)
SSDB
Motif
Pfam: Y_phosphatase fn3 PTP_tm Pur_ac_phosph_N NDNF WIF NDNF_C PTPlike_phytase DSPc Y_phosphatase3 Y_phosphatase2 DUF2627 DUF4381
Other DBs
NCBI-GeneID: 395330
NCBI-ProteinID: NP_989952
CGNC: 49270
Ensembl: ENSGALG00000006382
UniProt: Q9W6V5
Position
5:13013880..13081460, 8:17855583..17890270
AA seq 1406 aa
MRRLPLLPPCPLLLLLLLPAEVRCTTACTDDCSLKNVTEEMGTSSNDELSVNATSGNRRL
SEDVSLPGRAMSDQNSVAQPRAVLDLKTEYVGVTSVNLTWTVNDTASDSYTYRIEVRNGS
SINNKTSDITDAEITGLIPGTLYTFTVFAVAADGQTAGEGASISLYTKPSPVLDLKAEYV
GVTSVNLTWTVNDTASASYTYRIEVTSDSSIDSLTSSVTMAEITGLIPGTLYSFKVFAVA
ADNRTEADGASISLYTKPSPVLDLKAEYVGVTSVNLTWTVNGTALTAYTYRIEVRNATSI
RNETSNINKIEITGLIPGTSYNFKVFATPVNNTTEEEGLSLNLYTKPSPVLRVVTEYVGV
TSVNLTWMVDDTASDSYTYRIEVRNGSSINNKTSDITDAEITGLIPGTLYTFTVFAVAAD
GQTAGEGASISLYTKPSPVLDLKAEYVGVTSVNLTWTVNDTASASYTYRIEVTSDSSIDS
LTSNVTMAEITGLIPGTLYNFTVFAVAADNRTEADGAFTSLYTKPTPVTDLKAEHGVTSV
SLNWMVNDTASDSYTYRIEVRNGHSVNNKTSNIPETEITGLNPGTLYTFTVFAVAADGET
EGEGASISVYTKPRAVLHLKTEYVGVTSVNLTWTVNDTDSASYTYRIEVRNGSSINNKTS
DITDAEITGLDPGTLYIFTVFAVAADGQTAGEGASISLYTKPSMVLNLKAEYVTMTSVNL
TWMVNDAESASYTYRIEVAHESLINETMSNVTKSIVTYLIPGTSYNFTVFAIAADNQTEG
EGASISQNTVPSSVNAFQCEAVANMSYLTLKWNCPYGGYSGFDIEIFNGTWTKKQQSQFC
GREGSEEIFKTEPLDYYKTYTVSVTTVSDGLTSLPVQKICKTSITDPPVPNKAPLVKAVS
HNSLSVEFPDFESVNGPLKAYAVMIVTEAEGCLPSKSDLDYTYNDFKQKMTATYVTYVID
VEEISSSSHSQNGHNIVDVGKGNTMYGYENGPLIPLHSYRASVAGFTNINFTVANKIMGE
QSYVSFSPCSEVVSLPQDPGVIAGAVIGCLLAILAVVAIGGYIFWRRRRKDKRNTEVSFS
PIKIKKSKMIKVENFESYFKKQQADSNCGFAEEYEELKSAGVHQPKFAAEIAENRGKNRY
NNVLPYDISRVKLSNPSCTTDDYINANYMPGYSSKKAFIAAQGPLPNTIEDFWRMIWEKN
IYSIVMLTKCVEQARTKCEQYWPDKQSKSYGDIIVTMVSEVVLPEWTIRDFNVENADTME
SHTVRQFHFTSWPDHGVPETTDLLINFRHLVHEYSSQNPIDSPILVHCSAGVGRTGTFIA
IDRLIQQIEMENTVDVYGVVYDLRMHRPLMVQTEDQYVFLNQCVMDIIRSQKEKKTDLIY
QNTTAMAIYENFTPGPAFGKANGYHA
NT seq 4221 nt   +upstreamnt  +downstreamnt
atgaggcggctgccgctgctcccgccttgccctctgctcctgctgctgctgctgcccgcc
gaggtcagatgtacaactgcctgcactgacgactgtagcttgaaaaacgtaactgaagaa
atgggaactagtagtaatgatgaattatcagtgaatgctacaagtgggaacagaagatta
tcagaggatgtgtcactacctggcagggcgatgagtgatcagaacagcgtagcacagccc
cgtgcagtacttgatctcaagacagagtatgtgggtgtgacctctgtcaacttaacctgg
acagtgaatgacacagcttcagactcctacacatatagaatagaggttagaaatgggtcc
tccattaacaacaagacatcagatatcactgatgctgaaattactgggttaatccctggg
acgctgtacactttcacagtctttgcagtagcagcggatggtcagacagcaggagaagga
gcatccataagcctttatacaaagcccagcccagtgcttgatctcaaggcagagtatgtt
ggtgtgacttctgtcaacttaacctggacggtgaatgacacagcgtcagcctcctacacg
tataggatagaggttacaagtgactcttctattgacagcctgacatcgagtgtcacaatg
gctgagattaccggattaatccctgggacattgtatagttttaaggtttttgcagtagca
gctgataatcggacagaagcggatggagcatccataagcctatatacaaagcccagccca
gtgcttgatctcaaggcagagtatgttggtgtgacttctgtcaacttaacctggacggtc
aatggcacagctttgactgcgtacacgtacaggatagaggttaggaatgctacttccatt
aggaatgaaacatcaaatatcaacaaaattgaaattactgggttaatccctggaacatcc
tataacttcaaagtatttgcaacgccagtcaacaatacaactgaagaagaaggattgtcc
ttaaacctgtatacaaagcccagcccggtgcttcgtgttgtgacagaatatgtgggtgtg
acttctgtcaacttaacctggatggtggatgacacagcttcagactcctacacgtacaga
atagaggttagaaatgggtcctccattaacaacaagacatcagatatcactgatgctgaa
attactgggttaatccctgggacgctgtacactttcacagtctttgcagtagcagcggat
ggtcagacagcaggagaaggagcatccataagcctttatacaaagcccagcccagtgctt
gatctcaaggcagagtatgttggtgtgacttctgtcaacttaacctggacggtgaatgac
acagcgtcagcctcctacacgtataggatagaggttacaagtgactcttctattgacagc
ctgacatcgaatgtcacgatggctgagattactggattaatccctgggacattgtacaat
ttcacagtctttgcagtagcagctgataatcggacagaagcggatggagcattcacaagc
ctctatacaaagcctacaccagtgactgatctcaaggcagagcatggtgtgacttctgtc
agcttaaattggatggtgaatgacacagcttcagactcctacacatacagaatagaagtt
agaaatggacactccgttaacaacaagacatcaaatatccctgaaactgaaattactggg
ttaaaccctgggacgctgtacactttcacagtctttgcagtggcagcagatggtgagaca
gaaggagaaggagcatccataagcgtttatacaaagccccgtgcggtacttcatctcaag
acagagtatgtgggtgtgacttctgtcaatttaacctggacggtgaatgacacagattca
gcttcctacacatacagaatagaggttagaaatgggtcctccattaacaacaagacatca
gatatcactgatgctgaaattactgggttagaccctgggacgctgtacattttcacagtc
tttgcagtagcagcggatggtcagacagcaggagaaggagcatccataagcctttataca
aaacccagcatggtgcttaatctcaaggcagaatatgttactatgacttctgtcaactta
acttggatggtgaatgacgcggagtccgcctcctatacatataggatagaggttgcacat
gagagcttaattaacgagacgatgtcaaatgtcactaaaagtattgtaacgtatttaatc
cctgggacctcttacaatttcacggtctttgcaatagcggctgataatcagacagaagga
gaaggagcatccataagccaaaatacagttccttcctcagtgaatgcatttcagtgtgaa
gcagtggctaatatgtcttacctaacgctgaagtggaactgtccttatggtggctattct
ggctttgatattgaaatatttaatggtacttggacaaaaaagcaacagagtcaattctgt
gggagagaaggctcagaagaaatcttcaaaacagaacctttagattattacaaaacctat
actgttagtgttacaactgtttcagacggtttaacgagtcttccagtgcagaaaatatgt
aaaacaagcattacagatccacctgttccaaacaaagctcctttagtcaaggcagtcagt
cacaactcattgtctgttgaatttcccgattttgagtcagtgaacggaccgttaaaagct
tatgcagtaatgattgtaactgaagcagaaggttgtttgccttcaaagtctgatttggac
tacacatacaatgatttcaagcagaagatgacagccacctatgtgacatatgtcatagac
gtagaggagatatcatcatcttcccattctcagaacgggcacaacattgttgatgtaggc
aagggaaacaccatgtatggctatgaaaatggaccattgattcctcttcattcatacaga
gcaagcgttgcaggtttcactaatataaactttacagtggccaacaaaattatgggagaa
caaagttatgtgtcattttcaccctgttctgaggtggtttcattaccccaggatccaggt
gttattgctggagccgttattggatgccttttagctatattggcggtagtagctataggg
ggttacatattctggaggaggagaaggaaagataaaagaaatactgaagtgtctttttct
ccaattaaaataaagaaatcaaaaatgattaaagtggagaactttgagtcctactttaag
aagcagcaagcagactccaactgtggttttgctgaagagtatgaggaactcaagtctgct
ggtgttcatcagcccaaatttgctgctgaaatcgctgagaacagggggaaaaatagatac
aacaatgtcttaccatatgatatttctcgtgttaaactttcaaatccaagctgtacaact
gatgattatattaatgcaaactatatgcctggatacagctcaaagaaggcatttattgct
gcacaaggccctttacccaatactatagaagacttctggcgcatgatttgggaaaagaat
atctactctattgtcatgttgacaaaatgtgttgaacaggcccggacgaaatgtgagcaa
tattggccagacaaacaatccaagagttatggtgacattattgtgacaatggtctcagaa
gttgttcttccagaatggacgataagggacttcaatgtagagaacgctgacacaatggag
agccacacagtgcgtcagttccatttcacatcctggccagatcatggagtgccagagaca
acagacttgctaatcaacttcagacaccttgttcatgaatacagcagtcagaatcctatt
gactctcctattctagtgcactgcagtgctggtgtcgggaggacaggtacgtttattgcc
attgaccgcctgattcagcagattgaaatggagaatactgtggatgtgtatggagtggtg
tacgatcttcgaatgcatcgacctttaatggtgcaaactgaggaccagtatgtcttccta
aaccagtgtgtcatggatattattagatcacagaaagagaagaaaacagatcttatttat
caaaacacaacagcaatggcaatctatgaaaatttcacacctggaccagcttttgggaag
gctaatggctatcatgcataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   CGNC (1)   
   OC (1)   
Protein sequence (26)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (24)   
DNA sequence (26)   
   RefSeq(nuc) (24)   
   GenBank (1)   
   EMBL (1)   
Protein domain (13)   
   Pfam (13)   
All databases (105)   

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