KEGG   Phascolarctos cinereus (koala): 110211065
Entry
110211065         CDS       T05867                                 
Symbol
PTPRB
Name
(RefSeq) receptor-type tyrosine-protein phosphatase beta isoform X1
  KO
K05694  receptor-type tyrosine-protein phosphatase beta [EC:3.1.3.48]
Organism
pcw  Phascolarctos cinereus (koala)
Pathway
pcw04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:pcw00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    110211065 (PTPRB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:pcw01009]
    110211065 (PTPRB)
Enzymes [BR:pcw01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     110211065 (PTPRB)
Protein phosphatases and associated proteins [BR:pcw01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    110211065 (PTPRB)
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm Kre9_KNH Ricin_B_lectin SdrD_B DSPc Y_phosphatase3 NDNF_C PTPlike_phytase
Other DBs
NCBI-GeneID: 110211065
NCBI-ProteinID: XP_020845915
UniProt: A0A6P5KJS5
Position
Unknown
AA seq 2126 aa
MEPIFYMLIFTCMIFGNSEGFQIIHIQKQQCLFESKMVSVAICNETSQNQQWMWTDDEKL
LHVKSSQCLGISNSSASHSRAAIFLNCSQAPTWTCHEKEGFLEMTNSSFFLKKQGSRVVV
KRGRKYLHSWMKIDVNKKGESTNESLCLKKAHQGGETLARITRNTTPPKIPITINAVTYD
PKNLLGHVTEVLARDATENYGISSTGNPHVQMTGITEEPWAQTTTQQYLSTTAESGLGEP
LRCDINLTQAKVSSSSVSLRWSTEGSPCNFSLIYNSDTPRRAPCFPRQIANHTYECNPED
LQAGTTYHFNISSQDGDTRTISLQTDPLPPRRFKVDVDKTTSTSLHVWWVRSLGKVDSYE
LQLFNDKNQKIQETIIPESVSQNENTFSNLTAGSKYYFAIQAISGNKSSSAIHVNGSTIP
FPVKAIQASTKTDALQVSWSSGPGNVDQYRVILLDKGGIVHDVSAEKHVTTHTFHGLTPG
HLYNLTIVTEAAGLRNYKSKLIRTVPEKVTKLKLISNGWMRSLRVGWLPPTGDWELYRIV
LFNGSSVLLNTTVGKDAKVFDFHDLGLIPGRQYEVEVTVESGGLKNTARCQGRTTPQPVV
QLRVKHANESSLSIMWLTPVAEWDKYAISLADRDLIFIHKALSKEAKEFTFTDLVPGRKY
VATVTSISGDLRNSSWVEGRTVPAQVTGLNVFNQGTTNSLFTNWTRAQGDIEFYQVLLIH
ENVVIKNESVSSETSGYSFHSLKPGGLYSVVVTTFSGGISSRQMVGEGQTVPSSVSGVTL
NNSGRSDYLSISWLPAPGDVDSYSVTLSHGDKIVQSLAIAKSTSECSFSSLTPGRLFNVT
ITTRSGKYENYSFGQERTVPSKVQGLTISNSAMSDHLKVSWLHATGDFDQYVVVITNKNN
SVQTKIIPKTENECIFGNLVPGRLYSVTVSTKSGNYEASERMNKRTIPESVKELALRNRS
TEELHVTWVRADGDVDQYEIQLCFNDVKVLPSLHLVNTATEYRFTSLTPGRLYKILVLTI
SGDAQKSAFIEGLTAPSPVKNIHVSPNGMTDSLKVNWTPGGGDVDSYTVTAFRQNHKIDS
QTIPKRINEHTFHKLEAGEVYQIVVESISGSLSNQVETLGRTVPASVQGLYADNAYSSHS
LIVNWQGAAGMAERYDILLLNEEGTLLSNKSELASVKQHKFEDLIPGKKYKIQILTVSGG
LFSVRAETEGRTVPAAVTNLRITENSTSHLAFTWTTSEGELNWYNIFLYNPDKTLQERAK
VEPGVQSCAFQNLMQGRMYKMVIVTHSGELSNESFIFGRTVPAPVNNLKGSNQNMTDSLW
FTWSPAPGDLDSYELILYNPNGTQKENWKAKDLTEKHFHSLVPGRKYTLSVVTHSGDLTN
TITAESRTAPRPPSTLSFADVANTSLAITWLGPPDWTDYDDFELQWFPRDQLTIFNPYSN
RKSKGRIVYGLHPGRFYQFNVRTVSGESWKTYSQPISGTVRTRPDKIQNLHCRPQNSTAI
ACSWIPPDSDFDAYSIECRKVDTEEVEFSRRLDKDKSVLNIMTLVPHKQYRVSIKVQSEG
MTSEVVEETTITMIDRPPPPPPHIRVNKKDVLISKSSINFTFNCSWFSDTNGAVKYFTVV
VREADGSDELKPEQQHPLPSYFEYRHNASIRVYQTNYFASKCAESPEFNSKSFNIKLGAE
MESLGGKCDSNRQKFCDGPLKPRTAYRISIRAFTQLFDENLKEFTEPLFSDTFFSLPITT
ESEPLFGVIEGVSAGLFLIGMLVAVIALFICRQKVSHGQDRPTARLSIRRDRPLSVHLNL
GQKGNRRTSSPIKVNQFEAHFMKLQADSNYLLSKEYEDLKEVGRNQSCDTALLPENRGKN
RYNNILPYDTTRVKLSNVDDDPCSDYINASYIPGNNFRREYIATQGPLPGTKDDFWKMSW
EQNVHNIVMVTQCVEKGRVKCDHYWPADQDSLYYGDLIVQMLSESVLSEWTIREFKICSE
EQLDANRLIRHFHYTVWPDHGVPETTQSLIQFVRTVRDYINRTPGAGPTIVHCSAGVGRT
GTFIALDRILQQLDSKDSVDIYGAVHDLRLHRVHMVQTECQYVYLHQCVRDVLRARKLRS
EQENPLFPIYENVNPEYHRDAVYSRH
NT seq 6381 nt   +upstreamnt  +downstreamnt
atggagcctatattttacatgctgatttttacctgcatgatctttggaaactcagagggt
tttcagattatccacatccagaaacaacaatgccttttcgaaagtaagatggtgtcagtg
gccatatgcaatgaaaccagtcaaaaccagcagtggatgtggacagatgatgaaaaactt
ctccatgttaaatcttcccagtgtctgggcatctctaattcctcagcttcccattctcga
gctgccatcttcctcaactgctctcaggctcccacatggacatgccatgagaaagaaggg
ttccttgagatgacaaattcttctttcttcctcaagaaacaaggcagcagggtagtagtc
aagaggggcaggaaatacctccatagctggatgaaaatagatgtcaacaagaaaggagaa
tctaccaatgaaagtctctgcttaaagaaagctcaccagggtggagaaactttagcaagg
atcactagaaataccactcctccaaagatccccattaccataaatgctgttacatatgac
cccaagaatctgcttgggcatgtcacagaggtcctagcaagggatgctactgaaaactat
ggcatcagcagcactgggaatcctcatgtgcagatgactgggattacagaggaaccttgg
gcacagacgactacccaacagtatctcagcaccacagcagagagtggcctcggggagccg
ctgaggtgcgacatcaatctgacccaagccaaggtctccagcagctctgtcagtctcagg
tggagcacagaagggtcaccctgtaactttagcctcatctacaactccgacacccctaga
agagccccgtgcttccctcggcagattgccaaccatacctatgaatgtaaccccgaggat
ttacaggctggaacaacctatcatttcaatatttcgtctcaggatggagatacgagaacc
atctccttgcaaacagaccctttacctcccagaaggtttaaagttgacgtggacaagacc
acttctacaagcttgcacgtctggtgggtccggtctttgggaaaggtggattcatatgag
ctacagttgttcaatgacaagaaccagaagatccaggagactataattccagaaagtgtt
tcacaaaatgaaaatactttttccaacctcactgctggtagcaaatattattttgccatt
caagcaatttctggaaataaaagcagctctgcgattcacgtcaatggatctaccatacca
ttcccagtgaaagctatccaagcctccaccaagactgatgctctccaggtttcctggtcc
tcaggtcctggcaatgtggatcaatatagggtgatattactggataaagggggaatagtt
catgatgtcagtgcagaaaagcatgttactactcacacttttcatggactgaccccaggc
catctctacaacctcacaattgtaactgaagcagcggggctacggaactacaagtctaaa
ttaattaggacagttcctgagaaagttacaaagttgaagctgatcagtaatggttggatg
agatccctcagagtgggttggttgcctcctactggagactgggagttgtaccgcattgtg
ctgttcaatggttcttcagtgctgctcaacactaccgtggggaaagatgcaaaggtcttt
gatttccatgacctagggctcatacctggaagacagtatgaggtagaggtcactgttgag
agtggaggcttaaagaacactgctcgctgccaaggtcgaacaaccccccagcctgttgtg
cagctccgagtaaagcacgccaatgaatcctctctgagcatcatgtggctgacccctgta
gcagaatgggataaatacgccatttcactagcagacagggatctcatattcatccacaag
gcattatccaaagaagctaaagaattcacgttcacagacctggtgcctggaagaaagtat
gttgccacagttaccagcatcagtggagatttgagaaattcatcatgggtagaaggaaga
acagtgcctgctcaggtgactggcttgaatgtattcaatcaagggacaaccaatagttta
ttcaccaactggaccagagcacaaggagacattgagttctaccaagttttactaattcac
gaaaatgttgttattaaaaacgagagtgtgtccagtgagaccagtggctacagcttccac
tccctcaagcctggtggcctctattcagtggtggttacaacattcagtggagggatctct
tcccgacaaatggtgggagagggacagacagtcccttctagtgtcagtggagtaacactg
aataattctggtcggagtgattacctcagcatttcctggctaccagctcctggagatgta
gatagctattccgtgactctctctcatggtgataagattgttcagtctcttgctattgca
aaatccaccagcgaatgctccttcagctctctcactcctggccgactgttcaacgtaact
ataaccacaagaagtggcaagtatgagaactattccttcggccaggagcgcacagtgccc
tcaaaagttcagggacttactattagcaactctgccatgagtgaccatttgaaagtatcc
tggctgcatgccactggagattttgatcaatacgtggttgtcatcaccaacaagaataat
tccgtccaaaccaagatcatccctaagactgaaaatgaatgcatctttggaaatcttgtc
cccgggcgtctatacagtgtcaccgttagtaccaagagtggaaattatgaagccagtgag
cggatgaataagagaacaatcccagagtctgtgaaagagttagcgctgcgtaataggagt
acggaagagctgcatgtcacctgggtgcgggctgacggagatgttgatcagtatgagatt
cagctttgcttcaatgatgtgaaggtccttccttcccttcaccttgtaaatactgcaact
gagtatcggttcacatccctaaccccgggccgtctgtacaagattctcgttttgacaatc
agcggagatgcacaaaagtcagccttcattgagggcttaacagctcccagtcctgtaaaa
aatatacatgtttctcctaatgggatgacagacagcctgaaagtaaactggacacctggt
ggaggagacgtggattcgtacacagtgacagcctttaggcagaaccataaaatcgattca
cagaccatccccaagcgtatcaatgaacacacatttcacaaattagaagcaggggaagtg
taccagattgtggtggaatctatcagtggctccttgagtaaccaggtggaaaccctgggt
cgaacagtgcctgcatctgtccagggattatatgccgataatgcatacagtagtcactca
ctgatagtgaattggcaaggagcagctggtatggcggaaagatatgatatcctacttcta
aatgaagaagggacgcttctgagcaacaaatcggagctggcttcagtaaagcaacacaaa
tttgaagatttaatcccaggaaagaagtacaagatacaaatactcactgtcagtggaggt
ctcttcagtgttagggctgaaactgaaggtcggacagtcccagcagctgtaaccaatctg
aggatcacggagaattccaccagccacctagcgttcacctggaccacctctgaaggagag
ctcaactggtacaacatcttcctgtacaacccagacaagacgcttcaggagcgagccaag
gtggagcctggagttcagtcctgtgcttttcagaacctgatgcaaggcagaatgtacaaa
atggtgattgtgacacatagtggggagctttcaaatgagtcatttatatttggtagaaca
gtcccagccccagtgaacaatctcaaaggatccaatcagaacatgacagacagcctctgg
ttcacctggagccctgcccctggggatctagattcttatgaactgattctttacaacccc
aatggcacacagaaggaaaactggaaagcaaaagacctcacagagaagcatttccatagc
cttgttcctgggagaaagtatactctaagtgtggtgactcatagcggtgacctcaccaat
accatcactgctgagagcagaacagcaccaaggcctcccagtactttgtcctttgctgat
gtggcaaacacctccctggccatcacatggctgggtccaccagattggacagactatgat
gactttgagctgcaatggtttccaagagaccaactcaccatcttcaacccctacagtaac
agaaaatcaaaggggcgcattgtgtacggtcttcatccagggcggttctatcagttcaat
gtcaggactgtcagtggcgaatcatggaaaacctacagccaacccatttctggaacagtg
aggacaaggccagacaaaatacaaaacctgcattgccgtccacagaattccacagccatt
gcctgttcctggatccctcctgattcggactttgatgcgtacagcattgaatgcaggaaa
gtggacaccgaggaggtggaattctcccgaaggctggacaaagacaaatctgtgctcaat
atcatgaccctagtccctcataagcagtaccgtgtgtccatcaaagtgcagtctgagggc
atgaccagcgaggtggtggaagagaccacaatcactatgattgatcgccctcctccacca
cctccacatattcgcgtgaataaaaaggatgtgttaattagcaagtcttccatcaacttt
actttcaactgcagctggttcagtgataccaatggggctgtgaaatattttacagtagtg
gtgagagaggccgatggcagtgacgaattgaagccagagcaacagcaccccctgccttcc
tactttgaatatcgccacaatgcctccatccgagtctatcagaccaactattttgcaagc
aaatgcgcagaaagtccagagttcaattcaaagagttttaacattaaacttggagcagag
atggaaagcctgggtggtaaatgtgattcaaatcggcaaaaattctgtgacggtcccctg
aagccccgcactgcctacagaatcagcattcgagccttcactcagttatttgatgagaac
ctgaaggaatttacagagccgctcttctcagatacatttttctctttgcccatcactacc
gaatcagagcctttgtttggagttattgaaggagtgagtgctggactgttcctaattggc
atgctggtggcggtcattgccttatttatctgtagacagaaagtgagccatggtcaggac
agacccacggccagactcagcatccgtagggatagaccattgtccgtccatctgaacctg
gggcagaaaggaaaccggagaacttctagccccataaaagttaatcagtttgaagcacac
ttcatgaagctacaagcagattccaactatcttctctccaaagaatatgaggatttaaaa
gaggtgggtcgaaaccagtcatgtgatacggccctcttgccagagaacagagggaaaaat
cgatacaacaatatactgccctatgatacaacgagagtgaaactttctaatgtcgatgat
gacccttgctcggactatatcaatgccagctacataccaggcaacaactttagaagagaa
tacattgctactcaagggccccttcctggcaccaaagatgacttttggaaaatgtcgtgg
gaacagaatgtccacaacatcgtaatggtgacccagtgtgtagagaagggtcgggtcaaa
tgtgatcactattggccagccgaccaagattccctctattatggagacctcatcgtgcag
atgctatcggagtctgtgctgtcggaatggacaatcagagaatttaaaatatgcagtgag
gaacagcttgatgcaaacagactcatccgtcactttcactacacagtctggccagatcat
ggagttccagagaccacccaatccctgatccagtttgtaaggacagtcagggattatatt
aacagaacaccaggggctgggcccaccattgtgcactgcagtgctggtgtgggtaggaca
ggaaccttcattgcactggaccgcatcctgcaacagttagactccaaggactctgttgac
atttatggagcagtgcatgatctcagacttcatagggttcacatggttcagacagagtgc
cagtatgtgtatttacatcaatgtgtgagagatgtcttaagagccaggaagcttcgtagt
gaacaagaaaaccctttatttccaatctatgaaaatgtgaatccagagtatcacagagat
gctgtctattcaaggcattaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (10)   
   Pfam (10)   
All databases (24)   

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