KEGG   Pogona vitticeps (central bearded dragon): 110084071
Entry
110084071         CDS       T05000                                 
Symbol
PTPRZ1
Name
(RefSeq) receptor-type tyrosine-protein phosphatase zeta isoform X1
  KO
K08114  receptor-type tyrosine-protein phosphatase zeta [EC:3.1.3.48]
Organism
pvt  Pogona vitticeps (central bearded dragon)
Brite
KEGG Orthology (KO) [BR:pvt00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:pvt01009]
    110084071 (PTPRZ1)
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:pvt00535]
    110084071 (PTPRZ1)
Enzymes [BR:pvt01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     110084071 (PTPRZ1)
Protein phosphatases and associated proteins [BR:pvt01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    110084071 (PTPRZ1)
Proteoglycans [BR:pvt00535]
 Cell surface proteoglycans
  Others
   110084071 (PTPRZ1)
SSDB
Motif
Pfam: Y_phosphatase Carb_anhydrase fn3 DSPc Y_phosphatase3 PTPlike_phytase GUN4_N Pur_ac_phosph_N
Other DBs
NCBI-GeneID: 110084071
NCBI-ProteinID: XP_020658781
UniProt: A0A6J0UDH4
Position
Unknown
AA seq 2292 aa
MLVLQRVLLAAIQLVCLGGLEMVSGYFRHQRKYIEVVDWSYSGALNQTSWGKKYPACNGA
KQSPINIDEDLTQVNVNLKELKFQDWGKETSEDTLIYNTGKTVEIKLTNEYFVTGGGLEA
IFKASRITFHWGKCNISQDGSEHSIDGQKYPLEMQIHCYDTNQFEDIDKAIEGNGKLRAL
SILFEIGLEDNANYNAIIDGVASVSRFGKKSELEPFILLNLLPNSTDKYYTYNGSLSTPP
CSETVEWIVFKDTVNISENQLSVFCDVLTMQQSGYVMLMDYLQNNFREQQHKFSGQVFSS
YTGQEEIHEAVCSLEPENVQADPKNYTSLLVTWERPRLVYDTMIERYAVFYQQLEGEDET
KHEFLTDGYQDLGAILNNLLPNTSYVLQIVAICANGLYGKYSDQVIVDMPLDDPETEFPE
MSEMEDYEEEDEIDESRTGVGEEAAVLTSTESLRNQIRKQEFQFTTSSYSQEGMETRFSE
AGTHRHPEKEEDFQGKNDPSQVILHPTPQPVTEVPKEEENDSMGSQATATIVPLTSSSTK
GNEEEYAHTFSYNETRASDSIEDDIEVSAFKPDLDIDDSWGSISTTSSTWLVTIETAQEH
IFSSGSPETSMPDDLSQDYIEVVSEDIAPPRAEDSAEKTPAENGDLWHHHGTSITAIPLD
SKELFHISSPNRATVVYPIDPLVSQDTSFVDIELPHSSTFAFSPPELSSYSVSANAEERG
SASAAASGGLSQTTQPVYNGEIPLQPSHRSEVFPLVTPLLSGAQMLNTFPAASSSDVTLH
ATPVFPSVDVSFDSTLSSYGGVPLLPFSSASSSSAMFHHLYTVSQTFTQATPAVESDKVS
LHAPLTLAEGGVLMQSSLAQFSDVTSHQTVYAAPETLIFGHDRTHLLSEVEPSSSDLNMH
VLSTVSELTHALSSNVGSLQTVAASYYTSEFVHESVGTFHQALLPSSSSNVLVPKPSTAV
SQADILLQPTCSLSSAMDQSEVYSGGESLLPDTAILSMLKTSSHDSSGELISSTPGYSDD
VEMPRKNGVIYAYDKELQISSFSEMASPAESEMTEFTTAISNDEIAKHDATLQEILITVS
SAKGTLPVSIAFPVAKVFDYDVSSLTENHVPIQPLHDTTPAFDDSLPKPLLTAISQPASF
TPASSEILASSPQQNFYEASAIFSNNALLQTSFQSSGGGTQLKTSVTAPSDLVLVRKTTK
PSNGSSISDQILNRMASDSAANKTMLHSAPAPSAVITSHTASNSTVLLEGLTVAYINDEY
ISPRLSYNEDTSLQSSSVENTNDIPFKAGNTVTAALLSTDTLSNTITSVHNHSLSNVPQK
DELTVSSHTDIVDITVSVPEIISDSIQHPFTNIPDVYISVTADSSNTEGGKTLKTLLAPS
KVITKLSTTAGSNTDVWSSIVYDDYDEYDSGLPINGCHTCMSHRRTQEEVDGPKTEANSV
KDHDNLIVNSHFETSEEKEEKKTVTALSDHMVTNEMDQMKHATVPPVASNMKIEKHSEPA
LWHNQIQTVSGSLQKAPKSKSWAVFTNDEESGSGQGTSDNINDNETSTDFSFSDASNQGS
EGVAGVSNSKLTSGSQQASVGSMPSGQSSVFNISEAEASNSSLQSRIGLPEPKTVIPLVV
VSALTFICLVILVGILIYWRKCFQTAHFYLEDNTSPRVISTPPAPVFPVSDDVGAIPAKH
FPKHVADLHASNGFTEEFETLKEFYQEIQNCTVDLGITSDSSNHPDNKNKNRYINIVAYD
HSRVKLAQLADKDGKLNDYINANYVDGYHRPKAYIAAQGPLKSTAEDFWRMIWEHNVEVI
VMITNLVEKGRRKCDQYWPADGSEEYGNFLVTQKSIQVLAYYTVRNFTIRNTKVKKGSQK
GRPGGRVISQYHYTQWPDMGVPEYTLPVLTFVRKVSHAKRHAVGPVVVHCSAGVGRTGTY
IVLDSMLQQIQHEGTVNVFGFLKHIRTQRNYLVQTEEQYVFIHDALVEAILSKETEVPES
HIHAYVNSLLIPGPMGKTRLEKQFKLLSQSNIQQCDYSTALKQCNREKNRTSSIIPVERS
RVGISSLSGEGTDYINASYIMGYYQNNEYIITQHPLLHTIKDFWRMIWDHNAQIVVMLPD
SQNMAEDEFVYWPNKEDPINCESFKVSLISEEHKCLSNEEKLIIQDFILEATQDDYVLEV
RHFQCPKWPNPDSPISKTFELITVIKEETSKRDGPIIVHDEHGGVTAGTFCALTTLMHQL
ENENSVDVYHVAKMINLMRPGVFTDIDHYQFLYKTILSLVSSRQEENPSVSIDSNGSALP
DGNAAESLESLV
NT seq 6879 nt   +upstreamnt  +downstreamnt
atgctagtccttcagcgtgtgctcctcgccgctatccagctcgtctgcttgggcggacta
gaaatggtttctggatacttcagacaccaacgaaaatatattgaagtagttgactggtcc
tattcaggagcattaaatcaaacaagttgggggaaaaaataccctgcatgcaatggtgcc
aaacagtcgcctattaatattgatgaagatctaactcaagtaaatgtaaatctgaaggaa
ctgaaattccaagactggggaaaagaaacatcagaagatactttaatctacaacactggc
aaaacagtggaaattaagttgacaaatgaatactttgtgactggaggaggcttagaagct
atatttaaagcaagcaggataacctttcactggggaaaatgtaatatatctcaagatgga
tccgaacatagcattgatggccaaaaatatcctcttgagatgcaaatccactgttatgat
acaaatcagtttgaggatatagataaggcaattgaaggaaatgggaaattaagagcttta
tcaatcttatttgagattggcctagaagataatgcaaactacaacgcaattatagatggg
gtggccagtgttagccgctttgggaaaaaaagtgaactggagcccttcatcttgttaaat
cttttgccaaattcaacagacaaatattacacttacaatggatctttatcaacaccccct
tgctcagaaacagttgaatggattgtatttaaggacactgttaacatttcagaaaaccag
ctgtcagtattttgtgacgtcctcaccatgcagcagtctggttatgtaatgctaatggac
tatctgcaaaataattttagagagcagcaacataagttttctggccaagtgttttcctca
tatactgggcaggaagaaattcatgaagcagtttgcagcttagaaccagaaaatgttcaa
gctgatccaaagaactataccagccttctggttacttgggaaaggccacgacttgtctat
gacacaatgattgagagatatgctgtgttttaccaacagttagagggagaagatgagaca
aagcatgagttcctaacggatgggtatcaggacttgggggccattctgaataacctgctg
cccaatacaagctatgtccttcagatagttgctatttgtgctaatggactatatggaaaa
tacagcgatcaagtaattgttgacatgcctttggatgatccagaaactgaatttcctgaa
atgtctgaaatggaagattatgaggaagaagatgaaattgacgagtcaaggacaggggtg
ggagaagaagctgcagtccttaccagcacagagagtttgagaaatcaaataaggaaacag
gagttccagtttactacatctagctacagtcaagagggaatggagacaaggttcagtgaa
gcaggaacacacagacatccagagaaagaggaagacttccaagggaaaaatgatccttcc
caagtaattttgcatccaactcctcagcctgttacagaagtaccaaaggaggaagagaat
gattctatgggatctcaagcaacagctacaattgttcctctaacgagcagctccaccaaa
ggtaatgaggaagagtatgcacatacattttcttacaatgagacaagagcatctgatagt
attgaagatgatatagaggtatccgcctttaagccagacctagacatcgatgactcttgg
ggttccatatctaccacctcttcaacgtggttagttacaattgagacagcccaggaacac
atctttagttcaggaagcccagaaacaagcatgcctgatgacctctctcaagactatatt
gaagttgtgtcagaagatatagcacctccaagagctgaagattctgcagagaaaacacct
gcagaaaatggggatttatggcaccatcatggcacaagtattactgccattccattggat
agtaaagagctttttcacattagttccccaaaccgtgcaacagtggtctatcccattgat
ccactggtgtcacaggatacttcatttgtggatatagaattgccacattcttccaccttt
gctttctcccctcccgagttgtcatcttactctgtctctgcaaatgctgaagaacgtggc
tctgcttctgctgctgccagtgggggcctctctcagacaactcagccagtgtataatggt
gagataccacttcaaccttcccaccgtagtgaagtgtttcctctagtcacccctttattg
tctggcgcccagatgctcaacactttccctgctgcatcaagtagtgatgtgaccttgcat
gccacacctgtatttcccagtgttgatgtgtcatttgactccaccctgtcttcctatggt
ggtgtacctttgcttccattttcctctgcttcctccagtagtgcaatgtttcaccatctg
tatacagtttctcaaacatttactcaagctactccagctgttgagagtgataaggtgtcc
ctgcatgctcctttgacattggcagagggaggcgtattgatgcaatcaagccttgctcag
ttttctgatgtgacatcacatcagacagtctatgctgctccagagacattgatatttggt
catgatagaactcacttgttgtctgaagttgaaccatccagcagtgatttaaatatgcat
gtactgtctacagtgtctgaacttactcatgctttatctagtaatgtgggctctcttcaa
actgttgctgcttcctattatacttcagaatttgtgcatgagtctgttggcacgtttcat
caggctctgttacctagcagctctagcaatgtgcttgtgcctaagccttctactgcagtc
tcgcaagctgacattttgctgcagcctacctgctctctttctagtgcaatggatcagtct
gaagtctattctggtggtgagtcccttttgcctgacacagctattttgtcaatgcttaaa
acttcttcacatgactcttcaggtgaactgatatccagcacacctggatatagtgatgat
gtggagatgcctcgcaaaaatggtgtcatatatgcatatgacaaagaactgcaaatttct
tctttcagtgaaatggcttctcctgctgaaagtgaaatgactgagtttacaacagcaatt
tctaatgatgagattgctaaacatgatgcaaccttacaagaaatcctgattactgtttct
agtgcaaagggaacccttccagtatctattgcttttcctgttgctaaggtgtttgattat
gatgttagtagcctcacagaaaatcatgttccaatccagcctttgcatgatacaacgcca
gcctttgatgactcgttgcctaagcccctgctcactgccatctcacagccagcttctttt
acccctgcttctagtgaaatattggcatcctctcctcaacagaatttttacgaggcttca
gctatatttagcaataatgcattgctgcaaacgtcctttcagtcctctggtggtggcaca
caacttaaaacctctgtaactgcacctagtgatctggtattggtaaggaagactacaaag
cctagtaatggtagttctatatctgaccaaatattgaatcgaatggcatcagattctgca
gcaaataaaacaatgttgcattctgcaccagcaccatctgctgtaattacatcacatact
gccagtaactccacagttttgctagaaggtttaactgttgcctatataaatgatgaatac
atttcacccaggttgtcctacaatgaagacacatcattacagtcatccagtgtagaaaat
acaaatgatattcccttcaaagcagggaacacagtgactgcagctcttttgtcaactgat
acattatcaaatactattacatctgttcataaccatagtctttctaatgttcctcagaag
gatgagctaactgtttcttcacatactgatattgttgatattacagtttctgtccctgaa
ataatttctgattctattcagcatccttttacaaacataccagatgtgtatatttctgtt
acagctgattcttccaacactgaaggtggtaaaactttaaaaacattattagctcctagt
aaagtaattaccaaattatccaccactgctggttctaatactgatgtgtggtcctctatt
gtttatgatgattatgatgaatatgatagtggcctacctataaatggttgtcacacatgc
atgtcccatagaagaactcaggaggaggtagatgggcccaaaacagaggcaaacagtgta
aaagatcacgacaacctaattgtaaattcacattttgaaacatctgaagaaaaagaagag
aagaaaactgtaactgctttatcagatcacatggtaaccaatgagatggaccaaatgaaa
catgcaacagtcccgcctgtggcttcaaacatgaagattgagaaacacagtgaaccagct
ctgtggcataatcagattcagactgttagtggttcactgcaaaaggcaccaaaatctaaa
tcatgggcagtttttacaaatgatgaagaaagtggttctggtcaaggcacttcagataac
attaatgataatgagacctcaacagatttcagtttttctgatgctagcaaccaaggctct
gagggtgtagctggagtaagtaactcaaaattaacttctggatcacagcaggcttcagta
ggatccatgcctagtggccagtcatcagtattcaacatttccgaggcagaggcaagtaat
agtagccttcagtcccgtattggtctgccagaaccgaagacagttatacctcttgtggtc
gtatcagccctgactttcatctgtctagtgattcttgttggtatactcatatactggagg
aaatgtttccaaacagctcacttttatttagaagataacacgtcaccccgggtaatatcc
actcccccagcaccagtcttccctgtgtcagatgatgttggagcaatcccagcaaaacat
tttccaaaacatgttgcagatctacatgccagcaatggattcactgaagaatttgagaca
ctgaaagagttttatcaggaaatccagaactgcactgtagatcttggtatcacatctgat
agctctaaccatccagacaacaagaataagaatagatatataaatattgttgcctatgat
cacagtagagttaaacttgcccaacttgcagacaaagatggaaaacttaatgactacatt
aatgccaactatgtggatggctaccacagaccaaaagcttacattgctgctcaaggacct
ttaaaatccacagcagaagatttctggagaatgatttgggaacataatgtggaagtcatt
gtaatgataaccaaccttgttgagaaaggaaggagaaaatgtgaccagtactggcctgct
gatggtagtgaagaatatggaaactttttagtcactcagaagagcattcaagtgcttgct
tattacactgtaaggaattttaccattaggaacacaaaagtgaaaaagggatctcagaaa
ggaagacctggtggccgtgtcatttctcagtaccactatacccagtggcccgatatgggt
gtccctgaatatactttgccagtgcttacatttgttcgaaaagtttcacatgctaagcgc
catgctgtgggcccagttgtggttcattgcagtgctggcgttggaagaacaggaacatac
atagtattagatagcatgctacagcaaattcagcatgaagggactgtcaatgtatttgga
ttcctgaagcatatacgaacacaaagaaactacctggttcagacagaggaacaatatgtc
tttattcacgatgcacttgtagaagccatacttagtaaagaaacagaagtacctgaaagt
cacatccatgcctatgttaattcactcttaatacctggaccaatgggaaagaccagatta
gagaaacaatttaagcttctaagccagtctaatatacagcagtgtgattattctactgct
ctgaaacagtgtaacagagaaaagaacaggacttcatctatcattcctgtggaaagatct
agagttggtatttcatcgttgtcaggtgaaggcacagactacatcaatgcttcctatatt
atgggttattatcaaaataatgaatacattattacccagcatcctcttctacatactata
aaagatttctggagaatgatatgggaccacaatgctcagattgttgtcatgcttccagat
agtcaaaatatggctgaagatgaatttgtatactggccaaacaaagaagatcctataaat
tgtgaaagctttaaagttagcctgatttctgaagaacacaaatgtttgtcaaatgaagag
aaactcataatccaggatttcattttagaagcaacacaggatgattatgttcttgaagtg
cggcattttcagtgtccaaaatggccaaatccagatagcccaatcagtaaaacatttgaa
ctgataactgtaatcaaagaagaaacttccaagagagatgggcccatcattgtgcatgat
gagcatggaggagtgacagcgggtaccttctgtgcattaacaacgctgatgcatcaacta
gaaaatgaaaattctgtggatgtttatcacgtagctaagatgatcaatttgatgaggcct
ggagtcttcacggatattgatcactatcagtttctctacaagactattctcagtcttgtt
agttcaaggcaagaagaaaacccttcagtatcaatagacagtaatgggtcagctttacca
gacggcaatgcagctgaaagcttggaatctttagtttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (8)   
   Pfam (8)   
All databases (52)   

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