KEGG   Gallus gallus (chicken): 422591
Entry
422591            CDS       T01006                                 
Symbol
PTPN13
Name
(RefSeq) tyrosine-protein phosphatase non-receptor type 13 isoform X1
  KO
K02374  tyrosine-protein phosphatase non-receptor type 13
Organism
gga  Gallus gallus (chicken)
Pathway
gga04210  Apoptosis
Brite
KEGG Orthology (KO) [BR:gga00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04210 Apoptosis
    422591 (PTPN13)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:gga01009]
    422591 (PTPN13)
Protein phosphatases and associated proteins [BR:gga01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Non-receptor PTPs
    422591 (PTPN13)
SSDB
Motif
Pfam: Y_phosphatase PDZ PTN13_u3 PDZ_6 FERM_M FERM_C PDZ_2 FERM_N KIND DSPc DUF6288 PTPlike_phytase
Other DBs
NCBI-GeneID: 422591
NCBI-ProteinID: XP_015131983
CGNC: 8412
Position
4:complement(45806581..45912660)
AA seq 2519 aa
MHVSLAEALEVRGGPLQEEEIWAILNQSAESLQELFRKADPAALGFIISPWSLLLLPSGS
VSFTDDNVSHQDLRAFTAPEVLQNQSLSSLSDVEKVHIYSLGMTLFWGADHEVPQSQPIK
LGDHLNSILLGMCEDVIYARVSVRTVLDACSAHVRNSNCAPSFSYVKQLVRLVLGSLSGM
DQLSCNGDKKLQPDRSQAIRERLRGKGLPTGKASVVDARDEHKTNFSQQTMLNKGLSKSM
GFLAMRGTQGEEEFFQGISSDYNSGQEDSFYPYRCKTNEFENKGHLHTDAAPKRKVWASS
TDLLCTTNRATERDHASDSHRHSHQCETFAVRTSTMTRNKEARYSDGSIALDIFGPQKVD
QTCHVPETSTSAAISSAFDRIRERQKKLQLLREAMSVEEPLRRYKSYHSDVYSTSSESPS
IISSEADFRQVRRNEGFKRDDAGGALPGADDISTSSQAHSQRASRQHEAPFEGNLVSQEA
MLKRQEEEMLQLQARMALRQSRPNLYSGDAIRSSMLDITRDPLREIALETAMTQRKLRNF
FGPEFVKMTIEPFVSLDLPKSILTKKGKNDDTRRKVSVMLLSGQKLELTCDTKTVCKDVF
DMVVAHIGLVEHHLFGLASLRDNEFFFVDPDIKLSKVAPEGWKEESKKKNKPPVNFTLFF
RIKFFVDDVSLIQHTLTCHQYYLQLRKDILEDRMHCDDETALLLASLALQAEYGDYQAEV
HGMSYFRLEHYVPARVMEKLDTSYIKEELPKLHSTYVGASEKEIELEFLKLCQRLTEYGV
HLHHVLPEKRSQTGILLGVCSRGVVIFEVHNGARTPVLRFPWRETKKISFSKKKITLQNT
SDGIKHSFQTDNSKTCQYLLHLCSSQHKFQLQMRTRQSNQDTQDIERASFRSLNIHAESV
KGFGMGRAISTGSLASSTLNRLAVRPLSVQAEILKRLSCSELSLFQPPPGSSKDKNVKTS
WEERPRVISKSFHDLSQSHISVYPPRKNVISALDSSSQKIEDLMGRVFQRMPKFDTGSAA
GALKLNNSKSHAGLSRSPERKKNESDSSSMEDTGQAYVVGVSMSSSGNLPSSTPLKESSD
SLQTTQSRVSSPEREITLVNLKKDEKMGLGFQIVGGEKTGKLDLGIFIHSVTPGGPADVE
GSLKPGHRLISVNSTSLEGVSHHTALEIIEDAPEDVTLVISQPKEKPSKASCSTSHLTNG
TRTYVRRPSSVQDNEAESSSEEPSRSRAHQRAVTGSVSALSGGRRDGSVSSQDSRTESAS
LSQSQTASCFGRRASGRSQQDPQKYPDSQSGVLKTNEKRRSSSDSTRAKMKRSGVVESVE
YSDRGDSDMDEATYSSSQEQQVAQKESSSTNTADKMNSKKVSAELLKPGDIFEVELAKKD
NGLGISVTVLFDKGGVNTSIKHGGIYVKAVIPKGAAEEDGKIEKGDRVLSVNGVSLEGAT
HKQAVEMLRNTGQVVHLLLEKGQLSVTKAHAPVTPQCTPPNLAGPCEPQEKPAIRATNTK
DYSFVTAENTFEVKLLKNSSGLGFSFCREDNPTPEQLGSTIVRVKKLFPGQPAAESGQID
IGDVILKVNGASLKGLSQQEVISALRGTSPEVSLLLCRPPPGILPDIDPALLTPITSPLQ
VFPDVNREVSGPSKEEQGDSSDENETTDLSKRRLKSPSRRDSYSDSSRSGDEEAMDSLAQ
LGQSWNSALCQPPDEAVTQAHSQHEAHSAQGGALRTILYSARETPSRSELEDSTLLLDLT
SIPPCRTIPEVTTSALINSCYATSELPPRLEGVASLLSQLEKSAEEYEPEVELQVTMTKS
EKGSLGFTVTKGNDNVGCYIHDIVQDPAKSDGRLRPGDRLIKVNDIDVTNMSHTDAVSFL
RAAPKTVRLVLGRVLELPKMPVLPHLLPDITLTCHKEELGLLLAGGHDSIYQVVYISDIL
PRSAAAREESLRALDIIHYINGVSTQGMTLKEAKRTLETSLPWVVLKVTRDGHPVHPKPR
SPDSSDSWSKKANGCSHGDPCDKTEKTTDAYGPKVNGNSIIGPSHANTENNIHHTKGQMN
LTESGDAPSLGFAAPISDVSKHSDKSEAEVPDDEYYDEDDHNDVVQYLLDVVDEEAQNLL
NRNNATSEAQSLLHIKKATSEDHLPVEMNGKLAEDKSEDTDCDGSSLPEDFSEPMHINGC
EDHGEEGAMPERSPPQPPSSQADEDEITWGSDELPIESISQERVNKDLPLVTNEEISMLR
AVSVLPGGKYCGTKLKAAIRVLRGLLEQGVPSKEIENLQELKPLDQCLIGQAKENRRKNR
YKNILPYDTTRVPLGSEGGYINASFIRMPVGNEEFVYIACQGPLPTTVADFWQMVWEQNC
TVIAMMTQEVEGEKIKCQRYWPDVLHKTTMITDRLRLALVRFQQLKGFIIRVLELEEIQT
GEVRQISHLNFTAWPDHDTPSQPDDLLTFISYMRHVHRSGPIVTHCSAGIGRSGTLICID
VVLGLISRDLDFDISDLVRTMRLQRHGMVQTEDQYIFCYQVVLYVLNHLQHEEERQIKS
NT seq 7560 nt   +upstreamnt  +downstreamnt
atgcatgtgtcactggctgaggctctggaggttcggggagggccgctgcaagaagaagag
atatgggctattttgaatcaaagcgcagagagccttcaagagctcttcagaaaggctgat
cctgctgccctgggattcatcatttctccgtggtctctcctcttgcttccatccggcagt
gtatcatttactgatgacaatgtttcccaccaagacctgcgagcattcacagcaccagag
gttctacagaaccagtccctgtcatctctctcagatgttgagaaggtccatatttattct
cttggtatgacgctcttctggggagctgaccatgaagttcctcaaagccaacctatcaag
cttggagatcatctcaacagcatcctccttggtatgtgtgaagacgtcatttatgcccga
gtatctgtacggaccgttctggatgcctgcagtgctcatgtcaggaacagtaactgtgcc
ccatctttttcatatgtgaagcagttagtaagactggtcttgggaagcctgtctgggatg
gatcagctttcttgcaatggagataaaaaattgcagccagacaggagccaggcaattcgg
gagaggctgaggggaaaaggactgcccacaggaaaagcctcagtggttgatgcacgtgac
gaacacaagactaatttctctcaacagacaatgcttaacaaagggcttagcaagtcgatg
ggatttctggccatgagaggaacacaaggcgaagaggaatttttccagggcatttcttca
gattacaactcaggacaggaagattctttctatccttacagatgtaaaaccaatgagttt
gaaaacaaaggtcacctccatacagatgcagctcccaagcggaaggtatgggcttcctcc
acagacttgctttgcacgaccaacagagcaactgaaagggaccatgcttcagactctcac
aggcacagtcatcaatgtgagaccttcgcggtacggacttctactatgaccagaaacaaa
gaggctagatactccgatgggagcatagcactggatatctttggacctcagaaagtggac
caaacgtgccacgtgcctgagacatcaacttctgcagcaatatcgagtgcctttgacagg
ataagggagagacagaagaagttgcagctcctgagggaagccatgagtgtagaagagcct
ctgagaaggtacaaatcataccacagcgatgtttacagtacttcgagtgaaagtccatcc
attatttcttcagaagcagatttcaggcaagtgagaagaaatgaaggattcaagagagat
gatgccggtggtgctttaccaggtgctgatgatatctccacatcaagtcaagctcattct
cagagggcaagcaggcagcatgaagcaccatttgaaggcaatctcgtcagtcaagaagca
atgctaaagcgccaggaagaagaaatgctacagctgcaggctcgcatggctctcaggcag
tcccggcccaacctctactctggagatgcaatccggtcctctatgctggatatcacaaga
gatccactcagagaaatagccctggaaacagccatgactcaaaggaaactgaggaatttc
tttggccctgagtttgtgaaaatgacgattgaaccattcgtctccttggatctgccaaag
tctatcttgacgaagaaagggaagaatgatgatacaaggaggaaagtcagtgtgatgctt
ctaagtggacagaagctggagctgacctgtgacaccaaaacagtttgcaaagatgtcttt
gatatggttgttgcccatattggcttagtggagcatcacttatttggactggctagttta
agagacaatgaatttttcttcgttgatcctgacataaagctgagcaaagtagctccagaa
ggatggaaagaagagtcgaagaaaaagaacaagccccctgtcaacttcacgctgtttttt
cgcatcaagttttttgtggatgatgtcagtcttatacagcatactctcacttgtcaccag
tattacctgcagctgcggaaggatatcctggaagacaggatgcactgtgatgatgagaca
gccttattgttagcatccctggctcttcaagctgagtatggagattaccaggcagaggtg
cacggcatgtcgtatttcagactagaacactatgtcccagctagagtgatggagaaactg
gatacatcctacatcaaggaagagttgccaaagttgcatagcacttacgtgggtgcttct
gaaaaagagatagaattagaattcttgaagctgtgtcagaggctcacagagtatggcgtt
caccttcatcacgtgttacctgagaagagatcccagacaggcatccttctgggggtgtgc
tccagaggagtcgttatcttcgaggttcacaatggtgcccgcactcctgtgctgcgcttc
ccatggagagagacaaaaaaaatttccttcagtaagaagaaaataacgttgcaaaacaca
tcggatggtatcaagcattcctttcagactgacaacagtaaaacctgtcagtaccttttg
catctctgctcttcccaacataagttccagctgcagatgagaaccaggcagagcaaccag
gacactcaggacattgagcgagcttcctttaggagcctgaacatccatgcggagtcagtg
aaaggctttggcatggggcgggccatcagcacgggcagcctggccagcagcacactgaac
cgccttgcagtgcgccctctatctgtgcaggcggagatcctgaagcgactatcctgctct
gagctctcgctcttccaaccaccccctggctcttcaaaggacaagaatgtaaagacttcg
tgggaggaaagacccagggtgattagcaaatcgttccatgatctgagccagagccatatc
tcagtttaccctccgaggaagaatgttatctcagctttggactcttcctcccagaaaata
gaggacttaatgggaagggtctttcagcgaatgccaaaatttgatactggatcagcagca
ggagcattaaaactgaacaattcaaaatctcatgcaggtttaagtagaagtcctgaaaga
aagaaaaatgaatcggactcatcatccatggaagataccgggcaagcctatgttgtaggt
gttagcatgagtagctctggaaatcttccatcatcaacaccattaaaagagagcagtgac
tctctgcaaacaacacagagcagagtttcctcaccagaaagagagatcactttggtgaac
ctgaaaaaggatgaaaaaatgggcttgggctttcagatagttggtggagagaagacggga
aaacttgatctgggaattttcattcactcagttactcctggagggccagctgatgtggaa
ggatctctgaaaccaggacaccgactgatatctgtgaacagcacaagtttggagggcgtc
agccaccacacagcattagagattatagaggatgcacctgaggatgtaacgctcgttatc
tctcagcccaaggaaaagccatccaaagcttcgtgcagcacctcacacctcactaatgga
accaggacctatgtaagaagaccatcatcagtgcaggacaatgaagcagagtcctcttcg
gaggagcctagcaggtcccgtgctcatcagagagctgttacaggcagtgtatctgccttg
tcaggaggcaggcgggatgggagtgtgagctcccaggactccaggactgagagtgccagc
ctgtcccagagccagacagccagctgctttggcagacgtgctagtggcagatcccagcaa
gatccgcagaagtaccctgactcccagtccggggttttgaaaactaatgagaagagaagg
tcgtcatcggacagtactcgagccaaaatgaaaaggtcgggagttgtggagtccgtggag
tattctgaccgaggagattctgacatggatgaagcaacttactccagcagtcaggagcag
caggttgctcaaaaggaatcttcctcaacaaatacagccgacaaaatgaattctaaaaag
gtttctgcagaacttcttaaacctggagatatctttgaggttgaactagccaaaaaagat
aacggcttgggaataagtgtcacggtactgtttgacaagggtggtgtaaacacaagtata
aagcacggtggtatttatgtgaaagcagttattccaaaaggagcagctgaagaagatggc
aaaatagaaaaaggtgaccgtgtgctttctgtcaacggggttagtttggaaggtgctact
cataaacaagctgtggaaatgctgagaaacactgggcaggtggtgcatctgcttttggaa
aaaggacagctttcggtgacaaaggctcatgctccagtaacaccacagtgcacgcctccg
aatctggcggggccatgtgagcctcaggagaaaccagcaataagagctacaaacaccaaa
gactacagctttgtcactgcagagaacacatttgaggtaaagctgctgaagaacagctca
ggtctcgggttcagcttctgccgtgaggataatcctactccggagcagctgggctcaacc
attgtgagggtgaagaagctcttccctgggcaacctgctgcagagagtgggcagatagac
attggggacgtcattctcaaagtgaatggggcatcgctcaagggtttatcccagcaggaa
gtcatctctgcactgaggggaacgtctccagaagtctctcttctcctttgtcggccaccg
cctggtatactgccagacatcgatcctgctttgttgactcccatcacttcacccctacaa
gtgtttccagatgtcaacagagaagtttctggtccatcaaaggaagaacagggtgacagc
tcagatgaaaatgaaaccactgatttgagcaagagaagactgaagtctccctctaggaga
gacagctacagtgacagcagcaggagtggcgatgaggaggcgatggactcactggcacag
ttgggccagagctggaattctgccctctgccagcctccagatgaagctgtgacacaggca
cacagccagcacgaggcacacagtgctcagggcggtgctcttcgcaccatcttgtattct
gcgcgtgagactcctagcaggtcagagcttgaggacagcactctgctgttggatttgaca
tcgatcccaccctgtagaaccattcctgaagttaccacatctgctttaataaacagctgt
tatgctacttctgagctgcctccacgcctggaaggagtggcctcactactcagccagctg
gaaaaaagtgctgaagaatatgaaccggaagtagaactccaggtcaccatgaccaagtct
gaaaagggcagcctgggctttacggtgaccaaagggaacgataacgtgggctgctacatt
catgacattgttcaggatcctgccaaaagtgatgggagactgcgacctggggatcgactc
ataaaagtgaacgacattgatgtcaccaacatgagtcatacagatgcagtcagctttctc
cgtgctgccccaaagactgtcagattggttctaggacgtgtgttggagttacccaagatg
ccagtattacctcacttgctgcctgatattacgctaacgtgccataaagaggagctaggg
ctgttgttagcaggaggtcatgacagcatttaccaagttgtgtatatcagtgacattctc
cccagatcagctgccgccagagaggagagtctccgtgcactagatattatccattacatt
aatggggtcagcacacaaggaatgacactgaaagaagccaaaagaacattggaaacatcc
cttccttgggtcgtgctcaaagtgaccagagatggtcatccagtacatccaaaacccagg
agcccagatagctcagattcatggtcaaagaaagctaatggttgctcacatggtgatccc
tgtgataaaactgaaaagacaactgatgcctatgggcccaaggtcaatggcaacagcatc
ataggaccttctcatgcaaacacagaaaataatatccatcatacaaagggacaaatgaat
ctcacggagtctggagacgccccttcgcttggctttgctgctccgatatcagatgtttct
aaacacagtgacaaatcagaagcagaggttccagatgatgaatattacgatgaagatgat
cacaatgatgtagtccagtatctgttggatgttgtagatgaggaagcccagaacctctta
aatcgtaacaatgcaacatcagaagcccagagccttctgcacatcaagaaggccacatca
gaagatcatctaccagtggagatgaatgggaaactggcagaagataagtctgaagacaca
gactgtgatggctcatctttacctgaagatttttcagagcccatgcacataaatggttgt
gaagaccatggtgaggaaggagctatgccagaaagatctcctccacagcctccctcgagt
caagcagatgaagatgaaatcacgtggggaagtgatgaattgccaattgaatcaatcagc
caggaacgtgtaaataaagatctccctctggtgacaaacgaagagatctccatgctccgt
gctgtgagcgtgctccctggcggcaagtactgcggaacaaagctgaaggcggccatcagg
gtactgcggggactgctggaacagggggttccttccaaagagatcgaaaatcttcaagag
ttaaaaccattggatcagtgtttgattggacaagcaaaggagaacaggaggaagaacaga
tacaaaaacatcctcccttatgataccaccagagttcctcttggcagtgaaggtggatac
atcaacgccagcttcattcgcatgccagtggggaatgaggagtttgtctacatcgcttgt
caaggacctctccccactactgtagcagacttctggcagatggtttgggagcaaaactgt
actgtgatcgccatgatgactcaggaggttgaaggagagaagataaaatgccagcgttac
tggccagatgtgctccataaaaccaccatgataacagacagactgcggctggctcttgta
aggtttcagcagctgaagggcttcatcatcagagtgctggagctagaagagatccagaca
ggtgaggtacggcagatttcccacctgaatttcactgcctggcctgaccatgacacccct
tctcagccagacgacctgctgacgttcatctcctacatgcggcacgtccacagatcggga
cccatcgtaacgcactgcagtgcgggcattggccgctcagggaccctgatttgtatcgac
gtagttctggggctcatcagcagagaccttgatttcgacatctcggacctggtgcgcaca
atgcgtctgcagcggcatgggatggtgcagactgaggatcagtacatcttctgctatcaa
gttgtcctgtatgtcctgaatcatctccagcacgaagaagagaggcaaataaaatcctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   CGNC (1)   
   OC (1)   
Protein sequence (16)   
   RefSeq(pep) (16)   
DNA sequence (20)   
   RefSeq(nuc) (16)   
   GenBank (2)   
   EMBL (2)   
Protein domain (12)   
   Pfam (12)   
All databases (84)   

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