KEGG   Rattus norvegicus (rat): 498331
Entry
498331            CDS       T01003                                 
Symbol
Ptpn13
Name
(RefSeq) tyrosine-protein phosphatase non-receptor type 13
  KO
K02374  tyrosine-protein phosphatase non-receptor type 13
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04210  Apoptosis
Brite
KEGG Orthology (KO) [BR:rno00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04210 Apoptosis
    498331 (Ptpn13)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:rno01009]
    498331 (Ptpn13)
Protein phosphatases and associated proteins [BR:rno01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Non-receptor PTPs
    498331 (Ptpn13)
SSDB
Motif
Pfam: PDZ Y_phosphatase PTN13_u3 PDZ_6 FERM_M FERM_C PDZ_2 FERM_N KIND DSPc DUF6288 PTPlike_phytase
Other DBs
NCBI-GeneID: 498331
NCBI-ProteinID: NP_001094259
RGD: 1563360
Ensembl: ENSRNOG00000002061
UniProt: A6K5V1
Position
14:complement(6412841..6587238)
AA seq 2455 aa
MHVSLAEALEVRGGPLQEEEIWAVLNQSAESLQEVFRRVSIADPAALGFIISPWSLLLLP
SGSVSFTDENVCSQDLRAFTAPEVLQSHSLTSLSDVEKVHIYSLGMTLYWGADHEVPQSQ
PIKLGDHLNSILLGMCEDVLYARVSVRTVLDACSAHIRNSNCAPSFSYVKQLVKLVLGNI
SGTDPLSHSSEEKPDRSQAIRDRLRGKGLPIGRSSTSDALDTHKAPLSQQTFLNKGLSKS
MGFLSVRDTQEEEDYSKEIPSDNNSRHEDSEPFSSPYQFKTSSPHIDVLSKKKTWASSMD
LLCAADRDLSGEIGRYQHCDPETGTGRTSITSRKKEGRYSDGSIALDVFGPQKAEPVIHS
RELPASSAVSSALDRIRERQKKLQVLREAMNVEEPVRRYKTYHSDLFSTSSESPSIISSD
SDFRQVRKSEASKRFESSSGLPGVDDTVQSRPSRQYETSLEGSLINQEMMLRRQEEEMMQ
LQARMALRQSRLSLYPGDTIKTSMLDISRDPLREMALETAMTQRKLRNFFGPEFVKTTVE
PFASLDLPRSILLQTKKGKSEEQRKKVNIMLLSGQRLELTCDTKTVCRDVFDMVVAHIGL
VEHHLFALATLKENEYFFVDPDLKLTKVAPEGWKEEPKRKGKAAVDFTLFFRIKFFMDDV
SLIQHSLTCHQYYLQLRKDLLEERIHCDDEASLLLASLALQAEYGDYQPEVHGLSYFRLE
HYLPARVMEKLDMSYIKEELPKLHNTYAGASEKETELEFLKVCQRLTEYGVHFHRVHPEK
KSQTGILLGVCSKGVLVFEVHNGVRALVLRFPWRETKKISFSKKKITLQNTSDGIKHAFQ
TDSSKACQYLLQLCSSQHKFQLQMRARQSNQDAQDLERASFRSLNLQAESVRGFNVGRAI
STGSLASSTFNKLAVRPLSVQAEILKRLSCSEWSLYQPLQNSSKEKNDKASWEEKPRGMS
KSYHDLSQASLCPHRKQVINMESLPQAFAELVGKPLYPMARSDTESLAGLPQLNNSKSVA
SLNRSPERRSHESDSSVEDPGQAYVVGMSLPSSGKSSSQVPFKDNDSLHKRWSTVSSPER
EITLVNLKKDLKHGLGFQIVGGGKMGRLDLGVFISAVTPGGPADLDGCLKPGDRLISVNS
VSLEGVSHHAAVDILQNAPEDVTLVISQPKEKPTKVPSTPVHFANGMKNYTKKPSSMQDS
AMDPSEDQPWPRGPLRHVPESPFGLSSGLREGSLSSQDSRTESASLSQSHVNGFFTSHLG
DRGWQEPQHSSPSPPVTSKITEKTFSDSYRSPARRQGTCDVTELPGCADSDIDDPTYSSS
QDRQAPKQEPSSPLKASDKMSFAAFPGPSPEPGDAFEVELAKTDGSLGISVTGGVNTSVR
HGGIYVKAVIPNGAAETDGRIHKGDRVLAVNGVSLEGATHKQAVETLRNTGQVVHLLLEK
GQSPTSRERDPASPRCPTPDQDAQSQAPEKMEKQTAHVKDYSFVTEDNTFEVKLFKNSSG
LGFSFSREDNLTPELINGSIVRVKKLFPGQPAAESGKINVGDVILKVNGAPLKGLSQQDV
ISALRGTAPEVSLLLCRPAPGVLPEVNTALLTPLHSPAHAFLNSRKEHSQPSPLSVEQCA
SSDENGLSGQSKRQCKPPSRRESYSDHSDSGEEESVRAAAKMPNVIPLSAFAPEALRSQG
EPASTMFYLPRKIPGKPESESSRLPHPLDVSPGQIRQPPAECAPSDSPGKHLTHLASQLH
KEENMTALKNDLGNHLEDSELEVELLITLVKSEKGSLGFTVTKGSQSIGCYVHDVIQDPA
KGDGRLRPGDRLVKVNDADVTNMTHTDAVNLLRAAPKTVRLVIGRILELPRMPVFPHLLP
DITVTCHGEELGFSLSGGRGSPHGVVYISDINPRSAAAVDCSLQLLDIIHYVNGVSTHGM
TLEEANRALDLSLPSVVLKVTRDGCPVVPCSTRSAISALRPLEANGLSSMEPYGQPALTP
KKSFSKVNGDGASGAMCPGGKGLSSPRKKSADLMEARESDSRDDDVYDDPQEAEVIQSLL
DVVDEEAQNLLNQTKASRRACSPDPLRTNGEASEDGEDTDCDGSPLPEDVPESVNGGGGK
ACFASLIQASQEEKPVKEEATQESRESTTETTDREDSSKDPLFLTNEELAALPVVRVPPS
GKYTGTQLQATIRTLQGLLDQGIPSKELENLQELKPLDQCLIGQTKENRRKNRYKNILPY
DTTRVPLGDEGGYINASFIRIPVGTQEFVYIACQGPLPTTVGDFWQMVWEQNSTVIAMMT
QEVEGEKIKCQRYWPSILGTTTMANERLRLALLRMQQLKGFVVRVMALEDIQTGEVRHIS
HLNFTAWPDHDTPSHPEDLLTFISYMRHIRRSGPVITHCSAGIGRSGTLICIDVVLGLIS
QDLEFDISDLVRCMRLQRHGMVQTEGQYVFCYQVVLYVLTHLQAEEQKAQPGLPQ
NT seq 7368 nt   +upstreamnt  +downstreamnt
atgcatgtgtcactagcagaggccctggaggttcggggtggacctctgcaggaggaggaa
atatgggctgtattaaatcaaagtgctgagagcctgcaagaagtattcagaagagtgagc
attgctgaccccgctgctcttggcttcatcatctctccgtggtcactgctgttgctgccg
tctggcagtgtgtccttcacagatgaaaatgtctgcagtcaggaccttcgagcattcacc
gcacccgaggttcttcagagccactcgctgacgtctctctcagatgtagaaaaggtccat
atttattctctcggaatgacattgtattggggggccgaccatgaagtacctcagagccag
cccatcaagctgggagaccatctcaacagcattctgctgggcatgtgcgaggatgttctt
tatgctcgggtgtccgtccggaccgtgctggacgcctgcagcgcccacatcaggaacagc
aactgtgcgccctccttttcctatgtgaagcagttggtaaagctggttctgggaaatatt
tctgggacggatccgctttcccatagcagtgaagaaaagcctgaccggagccaggccatc
cgagaccgactgagaggaaaaggattacccataggaagaagctccacttctgacgcacta
gacacacacaaggctccactctctcagcagacctttcttaacaaagggcttagtaaatct
atgggatttctgtccgtcagagacacacaagaggaggaagattattccaaggaaattccc
tccgataataattccaggcatgaagactctgagcctttctcctccccttaccagttcaaa
actagtagtccacacattgacgtactctctaagaagaagacctgggcttcgtccatggac
ttgctctgtgcggccgacagagacctttctggagagattggaaggtaccaacactgtgac
cctgagacagggacgggacggacgtcgatcacttctaggaagaaagaaggacggtactct
gacggaagcattgccttggatgtcttcggccctcagaaagcagagccagtgatccacagc
cgagaactgccggcttcctccgctgtttcgagcgctttggaccgaattcgagagagacaa
aagaaacttcaggttctgagagaagccatgaatgtagaagagccagtccgaagatacaaa
acttaccacagcgatctgttcagcacttccagtgaaagcccgtctattatttcctcggac
tcagacttcaggcaagtgagaaaaagcgaagcttccaagaggtttgaatccagcagtggt
cttcccggagtagatgacactgtccagtcacgacccagtagacaatatgaaacatccctc
gaaggcagcttgatcaaccaggagatgatgctaaggcgacaagaggaagaaatgatgcag
ctgcaagccaggatggctctcagacagtcacggctgagcctgtatcccggggacaccatc
aaaacttccatgcttgatatctctagagatccactaagggaaatggccctggagacagcc
atgacccagagaaagctaaggaatttctttggccccgagtttgtgaagacgacagttgag
ccatttgcgtctttggatttgccgcgctccatcctcttgcagaccaagaaggggaagagt
gaggagcagaggaagaaagtaaacataatgcttttgagtgggcagaggctcgagctcacc
tgcgacaccaagaccgtctgcagagacgtcttcgacatggtcgtggctcacatcggcctg
gtggagcatcacttgttcgctctcgccaccctcaaagagaatgaatatttctttgtcgat
cccgacttaaaattaacaaaagtggccccggagggatggaaagaagaaccgaagagaaag
ggcaaagccgctgttgattttactttgtttttccgaattaaatttttcatggatgatgtt
agtctgatacaacacagcctaacctgccatcagtattaccttcagctgaggaaagacctc
ctggaggagaggatccactgcgacgatgaggcatccctgctcctcgcctccttggctctc
caggccgagtatggagattatcaaccagaggttcacggcttgtcctactttcgcctggag
cattatctgcccgccagagtgatggagaagcttgacatgtcctacattaaggaggagcta
cccaaactgcacaacacctatgcaggcgcctctgagaaggagacggagctcgagttctta
aaggtctgccaaaggctgacagagtacggagttcattttcaccgggtgcaccctgaaaag
aagtcacagacaggaatactgctgggagtctgttccaaaggtgtgcttgtgtttgaggtt
cacaatggagttcgcgccttggtccttcgcttcccatggagggaaacaaaaaagatttcc
ttttcaaaaaagaaaatcacgttacaaaatacatcagacggaatcaagcacgcattccag
acagacagcagcaaggcctgccaatacctgctgcagctgtgctcctcccagcataaattc
cagctacagatgagggcgagacagagcaaccaggatgcccaagacttagagagagcttcg
tttaggagcctgaacctgcaagcagaatctgttagaggatttaatgtgggccgcgccatc
agcactggcagtctggccagcagcaccttcaacaaacttgccgtccgacccctgtcagtg
caagccgagattctgaagaggctgtcctgctcagagtggtcgctttaccagccactgcaa
aacagttcaaaagagaagaatgacaaagcgtcctgggaggaaaagcctagagggatgagc
aaatcgtatcacgatctcagtcaggcctctctctgtcctcatcggaaacaggtcattaac
atggagtccctaccacaagcctttgcggagctggtgggaaaaccattgtacccgatggca
agatctgacacagagtcactggcaggactcccccagcttaataattcaaagtctgttgcc
agtttaaatagaagccccgaaaggaggagccatgaatcagactcgtccgttgaagaccct
ggccaagcatatgttgtaggaatgagtttgcctagttctggaaagtcttcatcccaagta
ccctttaaagacaatgattcattgcacaaaagatggagcactgtctcttcaccagaaagg
gagatcacactggtgaacctgaagaaagacttgaagcatggcttaggatttcagattgtc
ggtggggggaaaatgggaaggctggatctaggagtgtttatcagcgccgttacccctgga
gggcctgctgacctggatggatgcctaaagcctggagaccgtttgatatctgtgaacagt
gtgagtttggaaggagtcagtcaccatgctgcagttgacattttgcagaatgcacctgaa
gatgtgacacttgtcatctcccagccaaaagaaaaaccaaccaaagtgccttctactcct
gttcactttgccaatggaatgaaaaactacaccaagaaaccgtcctccatgcaggacagt
gctatggacccatcagaggaccagccctggccacggggccctctgaggcacgtcccagag
agtccctttggtctctcctcgggcctgcgggaaggaagcctcagttcccaagattccagg
actgaaagtgccagcttgtcccagagccacgtcaatggcttctttaccagccacttaggt
gaccgaggctggcaggagccacagcacagcagcccatcaccacctgtaacctccaagatc
accgagaagaccttctctgacagttaccgtagcccggccaggcggcaaggcacctgtgat
gtgactgagctccctggctgtgccgactccgacatagacgatcccacttacagcagcagt
caagaccgtcaggcaccaaaacaggaaccttcctccccactgaaagcatccgacaaaatg
agctttgcagccttccctgggccatcccctgagccgggagacgcgtttgaggtcgagctg
gctaaaaccgatggcagcttggggataagtgtcacgggaggtgtgaataccagcgtccgg
catggtggtatctatgtgaaagccgttattcccaacggagcggcagagacagatggcaga
attcacaaaggtgatcgagtgcttgctgtgaacggagtcagtctggaaggagcgacccac
aagcaggctgtggaaacgttgagaaacacggggcaggtggtccatctgttgttagaaaag
gggcagtcgccaacatctagagaacgtgatcctgcaagcccacggtgtcccactccagac
caggatgcccaaagtcaagccccagaaaagatggagaagcaaacagcccatgtcaaagac
tacagctttgttactgaagataatacatttgaggtcaaactgtttaaaaatagctcgggc
cttgggttcagtttctctcgagaagataatcttacaccagagctaataaatggcagcata
gtaagggttaaaaagcttttccctggacagccagctgcagaaagtgggaaaatcaatgtt
ggagatgttatactgaaagttaacggagcccccttgaagggactgtctcagcaggacgtc
atatctgctctcaggggaacagctccagaagtgtccttgctcctctgcagacccgcacct
ggtgtgctgccagaagtcaatactgcacttttgaccccactgcactccccagcacacgca
ttcctaaacagcaggaaagagcattcccagccgtcacccttgtcggtggagcagtgcgcc
agctcagacgagaacgggttgtccggccaaagcaaaagacagtgcaagcctccgtcccgg
agagagagttacagcgaccacagcgacagtggagaggaagagtccgtgagagctgcagcg
aaaatgccgaatgtgatcccactgtcagcctttgcacccgaagcactgagaagccaggga
gaacccgcaagcaccatgttttacctccctcggaaaatccccggcaagccggagtcagag
agcagccgtcttcctcatccactggacgtgagcccgggacagatccgccagcccccggca
gagtgtgctccctctgactcccctgggaaacaccttacacatctcgcttctcagctgcac
aaagaggaaaacatgacagctttgaagaatgacttgggaaaccaccttgaggattctgag
ctggaagtagagcttctcattaccctggttaaatcggaaaaaggaagtctgggtttcaca
gtaaccaaaggcagtcagagtattggctgttatgtccatgatgtcatacaggatccagcc
aaaggtgatggaaggctaaggcctggagaccggcttgtaaaggttaacgacgcagatgtt
acaaacatgacccacaccgatgcggtaaatctgctgcgagctgcgcccaaaactgtccga
ctagttatagggcggattctagagttacccaggatgcccgtgtttccccatttgctgcct
gacatcacagtcacgtgccacggagaggagttgggattttctctctccggaggccgtggc
agtccccacggagtggtgtatatcagtgatatcaacccgaggtcagctgcagctgtggac
tgcagtctccagctgttagacatcatccattatgtgaacggagtcagcacacatggaatg
accttggaagaagcaaacagggccttggacctctcccttccttcagtggtgctgaaagta
acaagagacggttgtcccgtggtgccttgttcaacgagatctgccatttctgctctcagg
cccctcgaagccaacggtcttagcagcatggagccttatggacagcccgcactcacgcct
aagaaatccttctccaaggttaacggggatggagcgagtggagccatgtgtcctggagga
aaaggcttgtcctctccgaggaagaaatcagcagacctgatggaagccagagaatctgac
tcccgggatgatgatgtctatgacgatcctcaagaggctgaagtcatccagtccctgctg
gatgtcgtggatgaggaagcccagaacctcctaaaccagacgaaggcctccagaagagcc
tgttctccagatccactgaggacaaatggggaggcatcagaagacggagaagatactgac
tgtgatgggtctccgttacctgaggatgtccctgagtcagtgaacggcgggggaggaaaa
gcatgctttgcaagcttaatccaggcatcccaagaagagaagcccgtcaaagaggaagcc
acgcaggaaagcagagagtcgacaacggagacaacagaccgtgaggattccagcaaagat
cccctctttttgacgaatgaggagctggcggccctgccagtggtcagagtccctccctct
ggcaagtacacgggcacacagttgcaggccaccatccgcacgcttcaaggcctgcttgac
caagggatcccctctaaggagctcgagaaccttcaagaattaaagcctttggatcagtgt
ctgattgggcagactaaggaaaaccgcaggaagaacagatacaaaaatatccttccctat
gacaccacaagagtgcctcttggagatgaaggaggatacatcaacgccagtttcatcagg
atcccggtggggacgcaggaattcgtgtacattgcttgccaggggcctttgcccaccacc
gtgggggatttctggcagatggtttgggagcagaactccacggtgatagcgatgatgacg
caggaggtggaaggagaaaagatcaaatgccagcggtactggccaagcatcctcggcaca
actaccatggccaacgagaggctgcgcctggccctcctgagaatgcagcagctgaagggc
ttcgtggtgcgggtgatggccctggaggatattcagacaggggaggtgcgacatatttct
catctgaatttcactgcctggccagaccacgatacgccgtcacatccagaggacctcctc
acgttcatctcctacatgagacatatccgtaggtcgggcccggtcatcacacactgtagt
gctggcattggacgatcaggaaccctcatttgcatagacgtggtcctagggctaatcagc
caagatctcgaattcgacatctctgacctggtgcgctgcatgagactacagaggcacggc
atggtgcagaccgagggtcagtatgtcttttgctatcaagtcgtcctctacgtcctgact
cacctccaggcggaagaacagaaggcacagccagggctcccacagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (12)   
   RefSeq(nuc) (6)   
   GenBank (3)   
   EMBL (3)   
Protein domain (12)   
   Pfam (12)   
All databases (41)   

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