KEGG   Xenopus laevis (African clawed frog): 399155
Entry
399155            CDS       T01010                                 
Symbol
ptprd.S, PTPD, ptpdelta, ptprd, rptpdelta, xptp-d
Name
(RefSeq) protein tyrosine phosphatase receptor type D S homeolog precursor
  KO
K06777  receptor-type tyrosine-protein phosphatase delta [EC:3.1.3.48]
Organism
xla  Xenopus laevis (African clawed frog)
Pathway
xla04514  Cell adhesion molecules
Brite
KEGG Orthology (KO) [BR:xla00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04514 Cell adhesion molecules
    399155 (ptprd.S)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:xla01009]
    399155 (ptprd.S)
Enzymes [BR:xla01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     399155 (ptprd.S)
Protein phosphatases and associated proteins [BR:xla01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    399155 (ptprd.S)
SSDB
Motif
Pfam: Y_phosphatase fn3 Ig_3 I-set Pur_ac_phosph_N Ig_2 fn3_2 ig V-set DSPc PTPlike_phytase Y_phosphatase3 Ig_C17orf99 Ig_5 DUF5849
Other DBs
NCBI-GeneID: 399155
NCBI-ProteinID: NP_001083850
Xenbase: XB-GENE-865171
UniProt: Q9IAJ1
Position
1S:114854451..115852894
AA seq 1896 aa
MQVPSCQTMNIARPVVVLLCFLLHAGAETPPKLTRTPVDQIGVSGGVASFICQATGDPRP
KIVRNKKGKKVSNQRFEVIEFDDGSGSVLRIQPLRTPRDEAIYECVASNSVGEVATTTRL
TVLREDQIPRGFPTIDMGPQLKVVERTRTATMLCAASGNPDPEITWFKDYLPVDTSNNNG
RIKQLRSGALQIEQSEESDQGKYECVATNSAGTRYSAPANLYVRVRRIAPRFSIPPTNHE
IMPGGSVNITCVAVGSPMPYVKWMLGSEDLTPEDDMPIGRNVLELTDVRQSANYTCVAMS
TLGVIEAIAQINVKALPKPPGTPMVTESTATSITLTWDSGNPEPVSYYIIQHKPKSSEEQ
YKEIDGVATTRYSVAGLSPYSEYEFRVVAVNNIGRGPPSEPVMTRTSEQAPSSPPRNVQA
RMLSSTTILVQWEEPEEPNGQIQGYRVYYTMDPTQHINSWTKHNVADSQITTIGNLEPQK
TYSVKVLAFTSVGDGPLSNDIQVITQTGVPSQPLNFKAEPESETSILLSWTPPRSDTISS
YDLYYKDGDHAEEVITIDPATSYRLQGLKPNSLYYFRLAARASVGLGASTTEISARTMQS
KPSAPPQDIRCNSQSSTSILVSWLPPPVEKQNGIIIGYSLKYAGVDADDIKPHEILGISS
ETRQYLLEQLEKWTQYRIIVIAYTDVGPGPESSPILIRTDEDVPSGPPRKVEVEAVNSTS
VKVSWRSPVANKQHGQIRGYQVLYVRMENGEPKGQPMLKDVMLADAQEMIISGLQPETAY
SITVTAYNTKGDGARSKPKIVSTSAAVPGKPRLVISHTQMNTALIQWYPPVETFGPVIGY
RLKFGRKDLDMLTTFEFFEKEEHFTATDIHKGALYIFKLSARNKVGYGEEIVKELSIPEE
PPSGFPQSIHCDSTSSTSVLITWQHPNLEERNGLLTKYTLMYRDINLPHYPIEVPIVPAD
TTVTLTGLKPDTTYDVKLRAHTSKGPGPFSPSVQFRTLPVDQVFAKNFHVKAVMKTSVLL
SWEIPENYNSALPFKILYDDGKMAVEVDGRATQKLITNLKPETSYSFVLTNRGNSAGGLQ
HRVAAKTAPDVLKTKPVFIGKTNSDGMITVELPEVLVNDKIKGYYIVIVPLKKSRGKFIK
PWESPDEMEFDELLKDISRKRRSLRFRREAEQKPYIAAHFDLLPTEFTLGDQKQYGGFEN
KQLQNGQEYVFFVLAVIEHSESAMFATSPYSDPVVSMEIDPQPMTDEEEGLIWVVGPVLA
VVFIICIVIAILLYKRKRTESDSRKSSLPNSKEIPSHNPTDPVELRRLNFQTPGMANHPP
IPILELEDHIERLKANDNLKFSQEYESIDPGQQFTWEHSNLEVNKPKNRYANVIAYDHSR
VLLSAIDGIPGSDYINSNYIDGYRKQNAYIATQGPLPETFGDFWRMMWEQRSATVVMMTK
MEERSRIKCDQYWPSRGTETYGLIQVTLLDTVELATYTVRTFALYKNGSSEKREVRQFQF
TAWPDHGVPEHPTPFLAFLRRVKTCNPPDAGPMVVHCSAGVGRTGCFNVIDAMLERIRHE
KTVDIYGHVTLMRAQRNYMVQTEDQYIFIHDALLEAVTCGNTEVPARNLYAYIQKLTQIE
PGENVTGMELEFKRLASFKAHTSRFISANLPCNKFKNRLVNIMPYESTRVCLQPIRGVEG
SDYINASFIDGYRQQKAYIATQGPLAETTEDFWRMLWEHNSTIVVMLTKLREMGREKCHQ
YWPAERSARYQYFVVDPMAEYNMPQYILREFKVTDARDGQSRTVRQFQFTDWPEQGVPKS
GEGFIDFIGQVHKTKEQFGQDGPISVHCSAGVGRTGVFITLSIVLERMRYEGVVDIFQTV
KMLRTQRPAVVQTEDQYQFCYRAGLEYLGSFDHYAT
NT seq 5691 nt   +upstreamnt  +downstreamnt
atgcaggtgccaagctgtcagaccatgaacatagccaggccagtggtagtacttctgtgc
ttcctactgcatgctggtgctgaaacaccaccaaagcttacaagaacccctgttgatcag
attggggtgtcagggggcgttgcatcatttatttgccaagcaactggagacccaaggcct
aaaatcgtccggaataaaaagggcaagaaagtcagcaatcagagatttgaggtaatagaa
tttgatgatggatcaggatctgttctcagaatacaacccctaagaactccacgagatgag
gctatctatgaatgtgttgcttccaacagtgttggagaagttgcaactacaacgagactc
acagtattgcgagaggaccaaatacctcgtggttttccaactatagacatgggccctcag
ttgaaagtggttgagcgcacacgcacagccacaatgttatgtgcagccagtggtaaccct
gatcctgaaataacgtggttcaaggactatctgcccgtagatacaagcaacaacaatggg
cgaatcaaacagttacgatcaggtgcacttcaaattgagcaaagtgaagaatctgaccaa
ggaaaatatgagtgtgttgcaaccaacagtgcggggacacgttattctgctcctgccaat
ctatatgtaagagttcgacgcattgcaccaagattctccattccacctacgaaccatgag
attatgcctggtggaagtgtcaatatcacttgtgttgcagttggatcgccaatgccttat
gttaaatggatgctaggttctgaagatcttactcctgaagatgacatgccaattggaaga
aatgttttggaacttaccgatgttagacaatcagccaattatacatgtgttgctatgtct
actctcggagttattgaagcaatagctcagataaatgttaaagccttacctaaaccacct
ggaactccaatggtcactgaaagtacagctactagcattacgctgacttgggactctggg
aatcctgagcctgtctcttactatataatacagcacaagccgaagagttctgaggaacaa
tataaagagattgatggagttgccaccacacgctatagtgttgcaggactcagtccctac
tcagaatatgaatttagagtggtagctgtgaacaacattggacgaggcccacctagtgaa
ccagtaatgactaggacatctgaacaagctccatcaagtcctccccggaatgttcaggct
cgaatgctaagctcaacgactattttagttcagtgggaagaacctgaagagcccaatggt
cagatccaaggatacagagtatattacactatggatcctactcaacatattaacagttgg
accaagcataatgttgctgacagtcagataaccactataggaaatctggaacctcaaaaa
acctattcggtgaaggtcttagcatttacttctgttggagatggtcctctatctaatgat
atacaagtgatcactcaaactggagttcctagtcagcctttgaatttcaaagctgaacca
gaatcagaaacaagtatactgctttcctggactccaccacgttcagataccatatcaagc
tatgacctctattataaggatggagaccatgcagaggaggttatcaccattgatccagcc
acatcttataggctgcaaggactcaaaccaaacagcctatactacttccgtttggcagcc
cgggcctctgtaggccttggtgcatcaactacagaaatttcagccagaacaatgcagtca
aagccatcagctcctccacaagacataagatgtaacagccaaagctctaccagcatattg
gtaagttggcttcctcctccggtggaaaagcagaatggcataatcattggatattctctt
aaatatgctggagttgatgcagatgacatcaagccccatgaaatactgggaatttcctca
gagactagacagtaccttttggaacaactggaaaaatggactcagtatcgcataattgtg
attgcctatactgatgttggacctggcccagaaagttctcctatactgattcggacagat
gaagatgttcctagtggtcctcctcgcaaagtcgaggtagaggctgtgaactccacgtct
gttaaagtatcctggcgttcacctgtggctaacaagcagcacggccaaatacgtggatat
caggtgctttatgtgcgaatggaaaatggagaacccaaaggccaaccaatgctcaaagac
gttatgctggctgatgctcaggaaatgattatatctggactacagcctgaaactgcatac
tccatcactgtcacagcatataacactaaaggagatggagctcgcagcaagcctaaaatt
gtgtctacaagcgctgcagttcctggtaaacctcgacttgtcattagccacactcagatg
aatactgctcttattcagtggtatcctcctgttgaaacatttggaccagtcattggttac
cgcttaaaatttggccgcaaggatttggacatgcttacaacttttgaattttttgaaaaa
gaagagcatttcaccgccacagacattcacaaaggcgctttatacatctttaaattgtca
gccagaaacaaagtgggctatggggaagaaattgtaaaagaactttctattccagaggaa
ccgccaagtggattccctcaaagcattcattgtgatagcacttcttcaacatcagtactg
ataacctggcaacatccaaacctagaagaaagaaatggcctcctcacaaaatatacccta
atgtacagagatatcaatcttccacattatccaattgaagtacccattgttcctgctgat
acgactgtgactcttactgggttaaaacctgataccacatatgatgtaaaattacgtgca
catacaagcaaaggtcctggtccctttagtccaagtgtccagttcaggacactgccagtt
gatcaagtgttcgcaaaaaattttcatgtgaaagctgtgatgaaaacatcagttttgctg
tcatgggaaattccagagaattacaattctgctctgcctttcaaaatactttacgatgat
ggcaaaatggcagttgaagttgatggacgggcaacacagaagcttatcactaatttaaaa
cctgagacttcgtactctttcgtcctcactaaccgaggcaacagtgcaggaggtctacag
catagagtggcagcaaagacagctccagatgttttgaaaacgaaacctgtatttattggg
aaaaccaactctgatggaatgattacagtcgagcttcctgaagtcctagtgaatgacaaa
atcaaaggctattatattgtcattgttcctttgaagaaatctcgtggaaagtttatcaag
ccttgggaaagcccagatgaaatggaatttgatgaattactgaaggacatttcacgcaag
cggaggagtcttcgatttagaagagaagctgagcagaaaccatacattgctgctcacttt
gatcttcttccaacagagttcacattgggagatcaaaaacagtatggtggatttgagaac
aagcaacttcaaaatggacaagaatatgtgttctttgtactagcagtaatagagcactcg
gaatcggcaatgtttgcaacaagcccatactctgacccagttgtctcaatggaaattgac
cctcagccaatgacagatgaagaagagggtttaatatgggttgttggaccagtccttgca
gtggtatttatcatctgcattgtcattgctatccttctttataagaggaagaggactgaa
tcggactctaggaagagcagcttacccaacagcaaagagattccgtcgcataaccccacc
gacccagtagagcttagaaggcttaactttcaaactccaggtatggccaaccaccctcca
attcctatcctggaacttgaagatcacattgaaagattgaaagctaatgacaacttaaag
ttttctcaagaatatgagtctatagacccagggcaacaattcacatgggaacattccaac
ttggaggtgaacaaaccaaagaatagatatgcaaatgtaattgcatatgatcactcgcgt
gttctcctttcagcaattgacggaattccagggagtgactacattaattccaactacatt
gatggttatagaaaacagaatgcttacatagcaacacagggacctcttccagaaaccttt
ggggatttctggagaatgatgtgggaacaacgtagtgcaactgtagtaatgatgacaaag
atggaagagagatccaggataaaatgtgatcagtattggcccagcagaggaacggaaacc
tatggccttatccaagtgactttgctagatactgttgagcttgcaacctacactgtcagg
acctttgcactttataagaatggatcaagtgaaaagagagaagtacgacagttccaattt
actgcatggccagatcatggagtcccagaacatcccacgccttttctagcttttctgaga
agagtaaaaacatgtaaccctccagacgccggcccaatggtggtccactgcagtgctggc
gttggcagaactggatgtttcaatgtaatagatgctatgcttgagagaatacgacatgaa
aaaactgtagatatttatggtcatgtaactttaatgagagctcagaggaattacatggtt
caaacagaggaccaatatatctttatccatgatgcactgctggaggcggtgacatgtggc
aataccgaagtgccagcaagaaacctgtatgcatatattcagaagctaacacagatagaa
ccaggagagaatgtgacagggatggagttagaatttaagcggctcgctagttttaaagca
cacacttcaaggttcatcagtgccaatcttccatgtaataaattcaaaaaccgccttgtt
aatattatgccatatgaatctacaagggtctgcctacaaccaattcgtggggtggaagga
tctgactatatcaatgcaagctttatagatggatataggcaacaaaaagcctatatagct
acacaaggtccactagcagagacaacagaagacttctggagaatgctgtgggagcacaat
tcaactattgtagttatgctaactaaacttcgagaaatgggcagagaaaaatgccatcag
tattggcctgctgagcgttctgcgcgatatcagtattttgtagtggacccaatggccgag
tataacatgccacagtatatcttgcgggaatttaaagtcacagacgccagggacggccag
tcacgaacagtgcgacagtttcagtttactgactggccagagcaaggagtgccaaagtct
ggagaaggatttattgacttcattgggcaagtacataaaacaaaggaacaatttggtcaa
gatgggccgatctctgttcactgcagtgctggcgttggaagaacaggagtttttataacg
ctgagtatagtattggaacgaatgagatacgagggtgttgtagatatcttccagactgtc
aaaatgttgagaacgcaacggcctgcagtggtacagacagaggatcagtatcagttctgc
taccgagcaggacttgagtatttgggcagctttgatcactatgcaacgtag

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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 (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (51)   
   UniProt (1)   
   RefSeq(pep) (50)   
DNA sequence (54)   
   RefSeq(nuc) (50)   
   GenBank (2)   
   EMBL (2)   
Protein domain (15)   
   Pfam (15)   
All databases (150)   

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