KEGG   Nanorana parkeri (Xizang Plateau frog): 108787861
Entry
108787861         CDS       T04897                                 
Symbol
PTPRD
Name
(RefSeq) receptor-type tyrosine-protein phosphatase delta isoform X1
  KO
K06777  receptor-type tyrosine-protein phosphatase delta [EC:3.1.3.48]
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04514  Cell adhesion molecules
Brite
KEGG Orthology (KO) [BR:npr00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04514 Cell adhesion molecules
    108787861 (PTPRD)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:npr01009]
    108787861 (PTPRD)
Enzymes [BR:npr01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     108787861 (PTPRD)
Protein phosphatases and associated proteins [BR:npr01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    108787861 (PTPRD)
SSDB
Motif
Pfam: Y_phosphatase fn3 I-set Ig_3 Pur_ac_phosph_N Ig_2 ig fn3_2 V-set DSPc PTPlike_phytase Y_phosphatase3 Ig_C17orf99 DUF3465 Glyco_hydro_46
Other DBs
NCBI-GeneID: 108787861
NCBI-ProteinID: XP_018413022
Position
Unknown
AA seq 1939 aa
MQVPSCQMMNFARPVLVLLCFLLHADAETPPRFTRSPVDQTGVSGGVASFICQATGDPRP
KIVWNKKGKKVSNQRFEVIEFDDGSGSVLRIQPLRTPRDEAIYECVASNSVGEVSVTTRL
IVLREDQIPRGFPTIDMGPQLKVVERTRTATMLCAASGNPDPEITWFKDYLPVDTSNSNG
RIKQLRSESIGGTPIRGALQIEQSEESDQGKYECVATNSAGTRYSAPANLYVRELREVRR
IAPRFSIPPTNHEIMPGGSVNITCVAVGSPMPYVKWMLGAEDLTPEDDMPIGRNVLELTD
VRQSANYTCVAMSTLGVIEAIAQITVKALPRPPGTPVVTESTATSITLTWDSGNPEPVTY
YIIQHKPKSSEEPYKEIDGVATTRYSVAGLSPYSEYEFRVVAVNNIGRGPPSEPVLTRTS
EQAPSSAPRNVQARMLSSTTILVQWEEPEEPNGEIQGYRVYYTMEPTQHINSWTKYNVAD
SQITTIGNLVPQKTYSVKVLAFTSVGDGPLSNEIQVITQTGVPSQPLNFKAEAESETSIL
LSWFPPRSDTISSYELYYREGDQAEELSITIEPSSSYRLQGLKPNTLYYFRLAARAPLGL
GASTTEISAKTLQSKPSAPPQDIRCNSQSSTSILVSWLPPAEDKQNGAIIAYSIKYSGVD
GEDNKPHEIKGISSDTREYLLEQLEKWTQYHISMIASTDEGPGPESAPILVRTDEDVPSG
PPRKVEVEAVNSTSVKVFWRSPVPNKQHGQIRGYQVHYVKIENGDPKGPPMLKDVMLADA
QWEYDDTTEHEMIISGLQPETAYAITVTAYTTKGDGARSKPKVVTTSGAVPGKPRLVINH
TQMNTALIQWYAPVETFGPLMGYRLKYGRKDVDILTTLEFSDKEDHFTAKEIHKGASYVF
KLSATNKVGFGEENIQEITIPEDVPSGFPQNLNCDSMSSTSVQITWQPPILAERNGAITK
YILLYRDINNPYHPAEVPIVPADTTVTLTTLKPDTIYDVKIRAYTSKGPGPFSPNVQFRT
LPVDQAVFAKNFHVKAVMKTSVLLSWEIPENYNSALPFKILYDDGKKADEVDGRATQKLI
KNLKPETLYSFVLTNRGNSAGGLQHRVAARTAPDVLKTKPVFIGKTNSDGMITVELPEVL
ANHKIKGYYVVIVPLKKSHGKFIKAWENPDEMELDELLKGISRRQRSIRFKREAESKPYI
AAHFDILPTEFTLGDQKHYGGFENKPLQNGQEYVFFVLAVIENTEMTMYATSPYSDPVVS
MELDPQPITDEEEGLIWVVGPVLAVVFIICIVIAILLYKSSKPDRKRTESDSRKSSLPNN
KEIPSHHPTDPVELRRLNFQTPGSGVAGYTGNLHSSSMASHPPIPILELADHIERLKAND
NLKFSQEYESIDPGQQFTWEHSNLEVNKPKNRYANVIAYDHSRVLLSAIEGIPGSDYINS
NYIDGYRKQNAYIATQGPLPETFGDFWRMMWEQRSATVVMMTKLEERSRIKCDQYWPSRG
TETYGLIQVTLLDTVELATYCVRTFALYKNGSSEKREVRQFQFTAWPDHGVPEHPTPFLA
FLRRVKTCNPPDAGPMAVHCSAGVGRTGCFIVIDAMLERIRHEKTVDIYGHVTLMRAQRN
YMVQTEDQYIFIHDALLEAVTCGNTEVPARNLYAYIQKLTQIESGENVTGMELEFKRLAS
SKAHTSRFISANLPCNKFKNRLVNIMPYESTRVCLQPIRGVEGSDYINASFIDGYRQQKA
YIATQGPLAETTEDFWRMLWEHNSTIVVMLTKLREMGREKCHQYWPAERSARYQYFVVDP
MAEYNMPQYILREFKVTDARDGQSRTVRQFQFTDWPEQGVPKSGEGFIDFIGQVHKTKEQ
FGQDGPISVHCSAGVGRTGVFITLSIVLERMRYEGVVDIFQTVKMLRTQRPAMVQTEDQY
QFCYRAGLEYLGSFDHYAT
NT seq 5820 nt   +upstreamnt  +downstreamnt
atgcaggtgccaagctgtcagatgatgaactttgccaggccagtgctggttcttctgtgc
ttcctactccatgctgatgctgaaacaccaccaaggtttacaagaagccctgttgatcaa
acaggagtatcagggggagttgcatcctttatctgtcaagctacaggagaccccagaccg
aaaattgtatggaataaaaagggaaagaaagtcagcaaccagagatttgaggtaatagaa
tttgacgatggatctggttccgtcctaagaatacagcctttgcgaacaccaagagatgag
gcaatttatgaatgtgttgcatccaacagtgttggagaagttagtgtgacaacacggctc
atagtgttacgggaggatcaaataccacgtgggtttcccacaatagacatggggcctcag
ttaaaagtggtggaacgaacacgtacagccactatgttatgtgcagccagtggaaaccct
gacccagaaattacttggtttaaagattatttacctgtggatacaagcaacagtaatggg
cgcattaaacagctgcgatcagaatctattggtggtacaccaataagaggtgcacttcaa
attgagcagagtgaagaatctgaccagggcaaatatgagtgtgttgcgaccaacagtgct
gggacgcgctattctgcccctgcaaatctatatgtaagagagctgcgagaagttcgtcga
attgctccaaggttttctattccacccaccaatcacgagatcatgccaggtggaagtgtc
aatattacttgcgttgcagtagggtcaccaatgccgtatgtgaaatggatgctgggtgca
gaagatctcacacccgaggatgatatgccaattggaagaaatgtacttgagcttactgat
gtcagacaatcagctaattatacatgtgtggcaatgtcaactcttggtgttatagaagca
atagcacagataactgttaaagctttaccaaggccacctggaactcctgtggtaacagaa
agcacagctacaagtataacattaacctgggattctggaaatcctgaacctgtcacctac
tacatcatccagcataagccgaagagttctgaagaaccatataaagaaattgatggtgta
gcaacaacacgctatagtgttgcaggtcttagtccatattcagagtatgaatttagagtt
gttgcagtcaataacattggacgcggcccacctagtgagcctgtcctcacaaggacttca
gaacaagcaccgtccagtgctcctcgaaatgtgcaggcccgcatgctgagctcaaccact
atacttgttcagtgggaagaacctgaagaacccaatggagagatacaaggttacagagtt
tattacaccatggagccaacgcaacacataaatagttggactaaatacaatgtggccgac
agtcaaattactactataggaaatctggtgcctcaaaaaacatactcggtgaaagttcta
gcatttacttcggttggagatggacctctttctaatgaaatacaagtcattactcagaca
ggagttcccagtcagccactcaacttcaaagccgaagcagagtcagaaacaagtatatta
ttatcctggttccccccacggtcagacacaatatccagctatgagctctattacagagaa
ggagatcaagcagaggagttatctatcacgattgagccaagctcttcatatcgattgcaa
ggcctgaagccaaatactttgtactacttccggctagctgcccgtgctccattaggcctt
ggtgcttcaactacagaaatttctgccaaaaccttgcagtcaaagccatcagctcctcca
caagacataagatgtaacagccaaagctctaccagcatcttggtaagttggctaccacca
gcagaggacaagcagaatggtgcaatcatagcatattccatcaaatacagtggagttgat
ggagaagataacaagccccatgaaattaaaggcatttcctcagacactagagaatacctt
ttggaacagctggaaaaatggactcagtaccatatctctatgatcgcttccactgatgag
ggaccaggcccagagagtgcccctatattggttcggacagatgaagatgttcctagtggt
cctcctcgcaaagtcgaggtagaggctgtgaattcgacatctgttaaagtgttctggcgc
tccccggtgcctaacaagcaacatggtcaaattcgtggataccaggtccattatgtgaag
atagaaaatggagaccccaaaggcccacccatgctaaaggatgtcatgctggctgatgca
cagtgggaatatgatgatactactgaacatgaaatgatcatctctggactgcagcctgaa
acagcatatgccatcactgtgacagcttatacaacaaaaggagatggtgctcgtagcaag
cctaaagtcgtgactacaagtggtgcagttccaggcaaacctcgacttgtcattaaccac
actcagatgaatactgctctcattcagtggtatgcaccggtggaaaccttcggccctctt
atgggttatcgtctgaaatatggtcgcaaagatgtggatattctcactacactagagttc
tcagacaaagaagatcactttactgctaaagaaatccacaaaggagcttcttatgtcttt
aagctatcagccacaaacaaagtgggctttggggaagaaaatatccaagaaattactata
ccagaggatgttccaagtggatttcctcaaaacctgaattgtgacagcatgtcatcaacc
tcagtgcagataacttggcaacctcccatcctagcagaaaggaatggtgcgatcacaaaa
tacatcctcctgtacagggatatcaataatccatatcatccagctgaagtgcccattgtt
cctgctgacacaaccgtgactcttactaccttaaaacctgataccatttatgatgttaaa
atacgtgcttacacaagcaagggtcctggtccttttagtccaaatgtccaattcaggacg
ctgccagtagatcaagcagtgtttgcaaaaaatttccatgtgaaagctgtcatgaagaca
tctgtgttgttatcatgggagattccagaaaattacaactctgcattaccctttaaaatc
ctgtatgatgatggaaagaaagctgatgaagtggatggtcgggcgacccagaagctcatc
aaaaacctaaaaccagaaacattatattcatttgttcttacgaatcgaggaaacagtgca
ggaggtctacagcacagagtggcagcaagaacagcacctgatgtcttaaaaacaaaacct
gtttttataggaaaaaccaattctgatggcatgataactgtggagttacccgaagtcctt
gccaaccataaaataaaaggctattacgttgtcattgtacctttgaagaaatcccatgga
aagtttattaaggcatgggagaatccagatgaaatggaactggatgagctgctgaaaggc
atttcacggaggcaaaggagtattcgtttcaagagagaagctgaatcaaaaccttacatt
gcagctcactttgatattcttccaacggagtttaccctgggtgatcagaaacactatggc
ggctttgagaataagccactgcaaaatggacaagaatatgtgttctttgtgctagctgtc
atagaaaacactgaaatgacaatgtatgccacaagcccctattcagatccagttgtctcg
atggaactcgatccacaaccaatcacagatgaagaagagggattaatatgggtagttggg
ccagttcttgcagtggttttcatcatctgtattgttatagcaattcttctttataagagc
agtaaaccagacaggaaaaggacagagtccgactcgagaaagagcagtttgcctaacaat
aaggagatcccatctcatcaccccactgatcctgttgaactcagacgccttaatttccag
acgccaggttcaggtgtcgccggttacactggtaacctccattcttcaagcatggccagt
catccacccatacctatactagaacttgccgatcacatcgaaagactgaaagccaatgac
aacttaaagttttctcaagaatatgagtctattgacccaggacaacagttcacatgggag
cactctaacctggaagttaataaaccaaagaacagatatgcaaatgtaattgcatatgat
cattcacgtgtcctgctttcagctattgaaggaataccaggaagtgactacatcaattcc
aattacattgatggttacagaaaacagaatgcctatatagcaacacaaggacctcttcca
gaaacctttggagatttctggagaatgatgtgggagcaacgcagtgctacagttgtaatg
atgaccaaactggaagagaggtcaaggataaaatgcgatcagtactggccaagcagagga
acagaaacatatggccttattcaagtgactctattggacactgttgagcttgctacttac
tgtgtcagaacatttgctctgtacaagaatggatcaagtgaaaagcgagaagtcagacag
tttcagtttacagcttggccagatcatggcgtaccagaacacccaacacctttcctagca
ttcctgagaagagtgaaaacatgtaatcctccagatgcaggaccgatggctgtccattgc
agcgctggagtgggaagaacgggctgcttcatcgtaatagatgccatgctggagaggata
cgacatgaaaaaactgtagatatttatggtcatgtaactttaatgagagctcagagaaat
tacatggttcaaacagaggaccaatatatctttatccatgatgcactgctagaggcagtg
acttgtggaaataccgaagtgccagctagaaacttgtatgcatatattcagaagctgaca
cagatagagtccggagagaacgtcacagggatggagttagaatttaagcgcctcgctagt
tctaaagctcacacgtcgcgatttatcagtgccaatcttccgtgtaataaatttaaaaat
cgccttgttaatattatgccatatgagtccacaagggtatgtcttcagccaattcgtggg
gtggagggctcggactatatcaatgcaagttttattgatggatacagacaacaaaaagcc
tatatagcaacacaaggtcccctggcagagacaacggaagacttctggagaatgctatgg
gaacacaactcaaccattgttgttatgctaacaaagctcagagaaatgggcagagaaaaa
tgtcatcaatattggcctgcagagcggtctgctcggtatcagtactttgtggtggatcca
atggcagaatataacatgccacaatacatcctccgagaatttaaagtaacagatgctcgg
gatggtcagtcacggacagtaagacaattccagtttactgactggccagaacaaggagtg
ccaaagtccggagaaggatttatcgacttcataggacaagtacataaaacaaaagaacag
tttggtcaagatggtccaatatctgtacattgcagtgccggcgtaggaaggactggagta
ttcataactctaagtattgtattggaaaggatgagatatgaaggtgttgtagatatcttc
cagactgtcaaaatgctgagaacacagcgacctgcaatggtacagacagaggaccagtat
cagttctgctatcgagcagggcttgaatatttgggcagctttgatcactatgcaacgtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (18)   
   RefSeq(pep) (18)   
DNA sequence (18)   
   RefSeq(nuc) (18)   
Protein domain (15)   
   Pfam (15)   
All databases (79)   

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