KEGG   Mus musculus (house mouse): 19263
Entry
19263             CDS       T01002                                 
Symbol
Ptprb, 3230402H02Rik, C130094E24, Ptpz, Rptpb, VE-PTP, Veptp
Name
(RefSeq) protein tyrosine phosphatase receptor type B
  KO
K05694  receptor-type tyrosine-protein phosphatase beta [EC:3.1.3.48]
Organism
mmu  Mus musculus (house 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 Fn3_Dep-1_4th Ig_ILCR1 FN3_Tor_3rd PTP_tm SdrD_B DUF4249 Tc-R-P PTP-SAK PTP-NADK Glyco_hydro_66 DSPc Y_phosphatase3 PTPlike_phytase
Other DBs
NCBI-GeneID: 19263
NCBI-ProteinID: NP_084204
MGI: 97809
Ensembl: ENSMUSG00000020154
UniProt: B2RU80
Position
10:116111407..116225443
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

  All links  
Gene (32)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (11)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (9)   
DNA sequence (37)   
   RefSeq(nuc) (9)   
   GenBank (14)   
   EMBL (14)   
Protein domain (15)   
   Pfam (15)   
All databases (95)   

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