KEGG   Mus musculus (mouse): 19263
Entry
19263             CDS       T01002                                 

Gene name
Ptprb, 3230402H02Rik, C130094E24, Ptpz, Rptpb, VE-, VE-PTP, Veptp
Definition
(RefSeq) protein tyrosine phosphatase, receptor type, B
  KO
K05694  receptor-type tyrosine-protein phosphatase beta [EC:3.1.3.48]
Organism
mmu  Mus musculus (mouse)
Pathway
mmu04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    19263 (Ptprb)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mmu01009]
    19263 (Ptprb)
Enzymes [BR:mmu01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     19263 (Ptprb)
Protein phosphatases and associated proteins [BR:mmu01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    19263 (Ptprb)
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm SdrD_B DUF4249 Glyco_hydro_66 Y_phosphatase3 DSPc PTPlike_phytase CBM49
Other DBs
NCBI-GeneID: 19263
NCBI-ProteinID: NP_084204
MGI: 97809
Ensembl: ENSMUSG00000020154
UniProt: B2RU80
Position
10; 10 D2
AA seq 1998 aa
MLRHGALTALWITLSVVQTGVAEQVKCNFTLLESRVSSLSASIQWRTFASPCNFSLIYSS
DTSGPMWCHPIRIDNFTYGCNPKDLQAGTVYNFRIVSLDGEESTLVLQTDPLPPARFEVN
REKTASTTLQVRWTPSSGKVSWYEVQLFDHNNQKIQEVQVQESTTWSQYTFLNLTEGNSY
KVAITAVSGEKRSFPVYINGSTVPSPVKDLGISPNPNSLLISWSRGSGNVEQYRLVLMDK
GAIVQDTNVDRRDTSYAFHELTPGHLYNLTIVTMASGLQNSRWKLVRTAPMEVSNLKVTN
DGRLTSLNVKWQKPPGDVDSYSITLSHQGTIKESKTLAPPVTETQFKDLVPGRLYQVTIS
CISGELSAEKSAAGRTVPEKVRNLVSYNEIWMKSFTVNWTPPAGDWEHYRIVLFNESLVL
LNTTVGKEETHYALDGLELIPGRQYEIEVIVESGNLRNSERCQGRTVPLAVLQLRVKHAN
ETSLGITWRAPLGEWEKYIISLMDRELLVIHKSLSKDAKEFTFTDLMPGRNYKATVTSMS
GDLKQSSSIKGRTVPAQVTDLHVNNQGMTSSLFTNWTKALGDVEFYQVLLIHENVVVKNE
SVSSDTSRYSFRALKPGSLYSVVVTTVSGGISSRQVVAEGRTVPSSVSGVTVNNSGRNDY
LSVSWLPAPGEVDHYVVSLSHEGKVDQFLIIAKSVSECSFSSLTPGRLYNVTVTTKSGNY
ASHSFTEERTVPDKVQGISVSNSARSDYLKVSWVHATGDFDHYEVTIKNRESFIQTKTIP
KSENECEFIELVPGRLYSVTVSTKSGQYEASEQGTGRTIPEPVKDLTLLNRSTEDLHVTW
SRANGDVDQYEVQLLFNDMKVFPHIHLVNTATEYKFTALTPGRHYKILVLTISGDVQQSA
FIEGLTVPSTVKNIHISANGATDRLMVTWSPGGGDVDSYVVSAFRQDEKVDSQTIPKHAS
EHTFHRLEAGAKYRIAIVSVSGSLRNQIDALGQTVPASVQGVVAANAYSSNSLTVSWQKA
LGVAERYDILLLNENGLLLSNVSEPATARQHKFEDLTPGKKYKMQILTVSGGLFSKESQA
EGRTVPAAVTNLRITENSSRYLSFGWTASEGELSWYNIFLYNPDRTLQERAQVDPLVQSF
SFQNLLQGRMYKMVIVTHSGELSNESFIFGRTVPAAVNHLKGSHRNTTDSLWFSWSPASG
DFDFYELILYNPNGTKKENWKEKDVTEWRFQGLVPGRKYTLYVVTHSGDLSNKVTGEGRT
APSPPSLLSFADVANTSLAITWKGPPDWTDYNDFELQWFPGDALTIFNPYSSRKSEGRIV
YGLHPGRSYQFSVKTVSGDSWKTYSKPISGSVRTKPDKIQNLHCRPQNSTAIACSWIPPD
SDFDGYSIECRKMDTQEIEFSRKLEKEKSLLNIMMLVPHKRYLVSIKVQSAGMTSEVVED
STITMIDRPPQPPPHIRVNEKDVLISKSSINFTVNCSWFSDTNGAVKYFAVVVREADSMD
ELKPEQQHPLPSYLEYRHNASIRVYQTNYFASKCAESPDSSSKSFNIKLGAEMDSLGGKC
DPSQQKFCDGPLKPHTAYRISIRAFTQLFDEDLKEFTKPLYSDTFFSMPITTESEPLFGV
IEGVSAGLFLIGMLVALVAFFICRQKASHSRERPSARLSIRRDRPLSVHLNLGQKGNRKT
SCPIKINQFEGHFMKLQADSNYLLSKEYEDLKDVGRSQSCDIALLPENRGKNRYNNILPY
DASRVKLCNVDDDPCSDYINASYIPGNNFRREYIATQGPLPGTKDDFWKMAWEQNVHNIV
MVTQCVEKGRVKCDHYWPADQDPLYYGDLILQMVSESVLPEWTIREFKICSEEQLDAHRL
IRHFHYTVWPDHGVPETTQSLIQFVRTVRDYINRSPGAGPTVVHCSAGVGRTGTFVALDR
ILQQLDSKDSVDIYGAVHDLRLHRVHMVQTECQYVYLHQCVRDVLRAKKLRNEQENPLFP
IYENVNPEYHRDAIYSRH
NT seq 5997 nt   +upstreamnt  +downstreamnt
atgctgaggcatggagccctaacggccttgtggataacactgagcgtcgtgcagactgga
gtggcagagcaagtgaaatgtaacttcacactgttggagtccagggtctctagcttgtca
gcgtctatccagtggaggactttcgcgtcaccctgtaactttagcctcatctacagcagt
gatacctcggggcccatgtggtgccatcctattcggatagacaactttacctacggatgt
aaccccaaggatttacaagcagggaccgtctataacttcaggattgtttctctggatgga
gaagagagcactctggtcttacagacagatccgttgcctcctgccaggtttgaagtcaat
cgggagaaaacagcatcaaccaccctgcaggtccggtggactccctcttctggaaaagtc
tcctggtatgaggtgcaattatttgatcataacaatcaaaagatacaagaagtccaagtt
caagaaagtaccacctggagccaatatacttttctgaacctcactgagggtaacagttac
aaagttgccatcacagctgtttcgggagaaaagcgctcctttccggtgtatatcaatggc
tctacagtaccatctccagtgaaagatcttggcatttcccccaatcctaattctctccta
atttcctggtctcgtggttctgggaatgtggaacaatacaggctggtgctaatggataaa
ggggccatcgttcaagacacaaacgtggacaggcgtgatacttcttatgcttttcacgag
ctgacccctggccacctctacaacctcactattgtcaccatggcctcgggactgcaaaac
tccaggtggaaactggtgaggaccgctcccatggaagtctcaaatctgaaggtgacaaat
gacgggaggttgacctctctaaatgtgaagtggcagaaaccccctggggatgtagattcc
tacagcattaccctgtctcaccaagggaccatcaaagaatccaaaacattagcacctcct
gttactgaaactcaatttaaggacttagtccctggacggctttaccaagtgaccatcagc
tgcatctctggtgagctctctgctgagaagtcagcagcggggagaacagttccagaaaaa
gtgaggaatctggtttcctacaacgagatttggatgaagtcctttacagtgaactggacg
ccccctgctggagattgggagcattatcgtatcgtgctcttcaatgaatccttggtcttg
ctcaacaccacagtgggaaaggaagaaacgcactatgccttggatggcttggagctcata
ccaggaagacagtatgagatagaagtcattgttgagagcggaaatctgcggaattccgag
cgctgtcaaggcaggacagtacccctggctgtcctccagcttcgcgtcaaacacgctaac
gaaacttcactgggcatcacgtggcgggcccctctaggcgaatgggagaaatacatcatt
tcgttgatggacagagagctcttggtcatccacaagtcactctccaaagatgccaaagaa
ttcacttttacagacctgatgcctggacggaattacaaggctactgtcactagcatgagt
ggagatttaaaacagtcatcttcaatcaaaggaagaacagtgcctgcccaggtgactgac
ctgcacgtcaacaaccaagggatgaccagtagtctgttcactaactggacaaaggcactg
ggagatgtagagttctaccaagttttactgatccatgaaaatgtggttgtcaagaacgag
agtgtttccagtgataccagcagatacagcttccgcgccctgaaacccggcagcctctac
tccgtggtggtgaccacggtgagtggagggatctcctcccggcaggtggtggcggaagga
agaacagtcccgtccagcgtgagtggggtgacagtcaacaattctggccggaatgactac
ctcagcgtttcctggctgccggcgcctggagaagtggatcactacgtggtgagcctctcc
cacgagggcaaggtggatcagttcctcatcatcgccaaatctgtcagcgagtgttccttc
agctccctcaccccgggccgcctctacaacgtcactgtaaccaccaagagcggcaattat
gcaagccactccttcaccgaggaacggacagtgccagacaaggtccagggaatcagtgtt
agcaactctgccagaagcgactacttaaaggtgtcctgggtgcatgccactggagacttt
gaccactatgaagtcaccatcaaaaacagagaaagcttcattcaaaccaaaaccatcccc
aagtcagaaaatgagtgtgaatttattgagctggttcctggacgcctgtacagcgtcact
gtcagtacaaagagtggacaatatgaagccagtgaacaggggacagggagaacgatccca
gagcctgtgaaggatctcacccttctcaacaggagtacggaggatctccatgtgacttgg
tcaagagccaatggggatgttgatcagtacgaggtccagctgctcttcaacgacatgaaa
gtcttccctcatattcaccttgtgaacacagcaactgagtataagttcacggcgctcacg
ccggggcgccattacaaaatcctcgtcctgaccatcagtggcgatgtccagcagtcagcc
ttcattgaaggcctcacagttcccagcactgtcaaaaacattcacatttctgccaatgga
gccacggataggctgatggtaacctggagccctggtggcggggatgtggactcctatgtg
gtgtctgcattcagacaggacgagaaggttgactctcagaccattcccaagcatgcctcg
gagcacacgttccacaggctggaggccggagccaagtacaggatcgccattgtttctgtc
agtgggtccctgagaaaccagatagatgcgctcggacagacagtcccagcgtctgtccag
ggagtcgtcgcagccaatgcatacagcagtaattccttaacagtaagttggcagaaagcc
cttggtgtggcagaaagatacgatatcctgcttctaaacgagaatgggcttcttttgagc
aacgtgtcagagccagctacggcaagacagcacaaatttgaagatctaacgccaggcaag
aaatacaagatgcagatcctgactgtcagcggaggcctcttcagtaaagaatctcaggct
gaaggccgaacagtcccagcagctgtcaccaatctgaggatcacagagaactccagtaga
tacctgtccttcggctggaccgcctcggagggtgaactcagctggtacaacatcttcctc
tacaacccagacaggactcttcaggagcgagctcaagttgacccgctagtccagagcttc
tctttccagaacttgctacaaggcagaatgtacaagatggtgattgtcactcacagtggg
gagctgtccaatgagtcatttatattcggcagaacagttcctgctgccgtgaaccatctc
aaaggctcccatcggaacacgacagacagcctgtggttcagctggagcccagcctccggg
gactttgacttctatgagctgattctttacaatcccaacggcacgaagaaggagaactgg
aaagaaaaggacgtgacagagtggcgtttccaaggtcttgttcctggaaggaaatacacc
ctgtatgtggtgactcacagtggggacctcagcaataaagtcacaggggagggcagaaca
gccccaagtcctccgagtcttttgtcattcgctgatgttgcaaacacctccttggctatc
acctggaagggacccccagactggacagattacaatgactttgagctgcagtggttccct
ggagatgcacttaccatcttcaacccctacagcagcagaaagtcagaaggacgcattgtg
tacgggcttcacccagggaggtcctatcaattcagtgtcaagactgtgagcggggactcc
tggaaaacctacagcaaaccaatttctgggtctgtgaggacaaagccagacaagatacaa
aacctgcattgccgcccccagaactccacggccattgcctgctcttggatacctcctgac
tccgactttgatggctacagcattgagtgccgaaaaatggatacccaagaaatcgagttt
tccagaaagctggagaaagaaaaatcactgctcaacatcatgatgttagtacctcataag
aggtacctggtgtccatcaaggtgcagtcggccggcatgaccagtgaggtggttgaagat
agcaccatcaccatgatagaccgcccgcctcaaccgcctccacacatccgtgtgaatgaa
aaggatgtgctaatcagcaaatcttccatcaactttactgtcaactgcagctggttcagc
gacaccaacggagcggttaaatactttgctgtggtggtgagagaggccgacagcatggat
gagttgaagccagaacagcagcaccctctcccttcctacctggagtacagacacaacgcc
tccatccgagtctaccagaccaattattttgccagcaaatgtgctgaaagtcccgacagc
agttctaaaagtttcaacattaagcttggagcagagatggacagcctcggtggcaaatgt
gatcccagtcagcagaaattctgtgatggaccgctgaagccacacaccgcctacagaatc
agcatccgggcttttacacagctatttgacgaggacttgaaagagttcaccaaacctctc
tactcggatacgttcttctctatgcccatcaccacagagtcagagcccttgtttggagtt
attgaaggtgtgagtgctggcctgtttctaattggcatgctggtggcccttgttgccttc
ttcatctgcagacagaaagctagccacagcagggaaaggccatctgcccggctcagcatt
cgtagggaccggcctttgtctgtccatctgaatctgggccagaaaggcaaccggaaaact
tcttgccccataaagatcaatcagtttgaagggcatttcatgaagctgcaggcagactcc
aactaccttctatccaaggaatatgaggacttaaaagacgtgggtagaagccagtcatgt
gacattgccctcttgcctgagaatcgagggaaaaatcgatacaacaacatattgccttat
gatgcctcaagagtgaagctctgcaatgtcgatgacgacccttgctctgactacatcaac
gccagctacatccccggtaacaacttcagacgagaatacatcgccactcagggaccgctt
ccaggcaccaaggatgacttctggaagatggcgtgggagcagaacgttcacaacatcgtc
atggtgacccagtgtgttgaaaagggccgagtgaagtgtgaccattactggccagcagac
caggaccccctctactacggtgatctcatcctacagatggtctcggagtccgtgctcccc
gagtggaccatcagggagtttaagatatgcagtgaagaacagttggatgcacacagactc
atccgtcactttcactacacggtgtggccagaccatggggtcccagagaccacccagtcc
ctgatccaatttgtgaggacagtcagggactacatcaacagaagccccggggctgggccc
accgtagtgcactgcagcgctggtgtgggcagaacagggacgttcgttgccctggaccgg
atcctccagcagttggactctaaggactccgtggacatttatggggcagtgcatgaccta
agactccacagggttcacatggtccagaccgagtgtcaatatgtgtatctgcatcagtgt
gtaagagacgtcctcagagcaaagaaactgcggaacgagcaagagaaccccctgtttccg
atttatgagaatgtgaatccagagtatcacagagatgcaatctactcgagacattaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (8)   
DNA sequence (36)   
   RefSeq(nuc) (8)   
   GenBank (14)   
   EMBL (14)   
Protein domain (10)   
   Pfam (10)   
All databases (96)   

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