KEGG   Hippocampus comes (tiger tail seahorse): 109528074
Entry
109528074         CDS       T04969                                 
Symbol
ptprq
Name
(RefSeq) LOW QUALITY PROTEIN: phosphatidylinositol phosphatase PTPRQ
  KO
K16910  receptor-type tyrosine-protein phosphatase Q [EC:3.1.3.48]
Organism
hcq  Hippocampus comes (tiger tail seahorse)
Brite
KEGG Orthology (KO) [BR:hcq00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:hcq01009]
    109528074 (ptprq)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hcq03037]
    109528074 (ptprq)
Enzymes [BR:hcq01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     109528074 (ptprq)
Protein phosphatases and associated proteins [BR:hcq01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    109528074 (ptprq)
Cilium and associated proteins [BR:hcq03037]
 Other cilia and associated proteins
  Stereociliary proteins
   109528074 (ptprq)
SSDB
Motif
Pfam: fn3 Y_phosphatase Pur_ac_phosph_N DSPc PTP_tm Y_phosphatase3 DUF6377 PTPlike_phytase
Other DBs
NCBI-GeneID: 109528074
NCBI-ProteinID: XP_019745913
Position
Unknown
AA seq 2532 aa
MEGSGIHIFLGPAGMCDLHVVHVNVTSVSMSWDMASGDFDFHRVTIADICVPIGTLSVPK
EERVAVVTGLAGGCTYDVRGATSERSAFATITAGMQSTRYFSXAPTILQPFSVRWQEAAG
CVDHNQVNLXPNQGKVRVHPARDRYVQADVDSVSPSAPYTLTLTATSSTNINPGVSRMIN
TNESVPGPPSRLKGHPVGSNGILLSWTMPPDTSDIDGYVIRYKEVCPYPDPVFTQVTKYL
DVPETLLTDFTSGSTYHIQVAASSPAGMGPFSKPVYTTTNESPPGLVTNLTAFAQNHTSV
SVKWFLPHRINGLITKFAVKAKLARTGQTVRNLLVNAEDIMTGTLPHCNDAADILSQATI
SPLEMTAGSPPYTLTAVPPAAAWSVPISVGVDQLRPYTAYLFEVSAFTSDGEGQIASTMV
RMPESAPEDPPQNFSLLNVTSRSISLAWNSPTIITGKFTYVLFLYGPTGYLYENSTSEMR
FSLTGLVPYTKYTVELGAKAAGEVGPLAQEDVRTSAEAPSAVQDLVAIAEDAISVRVNWR
SPAQPNGPITQYRLQVLLNDTLLQDITFVGELNTNTNGAYDGESLTPNQDVNPERRKRNA
EPAWTFDPKQSTSITSFNPAFTQLRSVEQRTNAQAIQDFNPSVALKVTETPSNTYRSFQP
PTTAFSATAVPPITPPPWLTMPDDDLTTESSYLTHTSGTLRLSTRLASNTGRAVASGSPG
ITVREEVLDLSTDELYYLVSDLEPFTEYTFRVSASTMVGEGPAADITEKTREQVPSSVLE
LSYQNISSTSILVTWAEPLNPNGRITHYTVYGLALHSGQSLKWVTNSTSIMITDLEKYTG
YFLHVAASTAAGQSLISQEDGILVFTLEDEPDSPPLNLTVLDTSSSTATLSWSAPVKANG
VIQQYTVLYENRSYSNSVNTSISRVTLTHLRPFTYYNVSVMAFTRFGHGNHTSDYLSVLS
GEDVPGSPPYSLSYDSLSPNEVNVTWLPPLVPNGIITHYSLELWNSTHYLNLTSPTNFLH
LTHLRKYARYRVTVLAHTRAGPGNFSTQPLNITTLEDAPDTPPQFLHARKLSDSEVELSW
QPPLEANSDILYYVVRVWNETMDLLHNVTATSLVINMDFEGLYNASVSSWTRLGDGGLRA
YIIADAEPLEPPQNVTFANVTISTVTLLWYPPAEPSGIVIFRYTIYYADNGTVAQQEVLV
SDGSVPVSADTLLSWTLTGLIGGTNYTVWMTSSNVRGDGGVRSEPLNLLLPDDVPSDSVH
NLTAQIFSSTAIIVSWDPPLEPNGRPHYILTLQEAGVIPLVHNQASPVVNKTIKRTTTDT
VFLFTKLRKYFPYVLTVTPATGAGPAHNHTSTLYLRTDDDVPSSAPLLVSAANLSSSSIV
VAWQRPFEANGEITEYTLTLFGPGGSNNMQTPESSFTLTNLLPYTAYNLSVTAATRKGSG
PALLLMLHTDEGGPMSPPRNLTIFNYTAVSVWLSWEPPLEPNGVVLQYGFRIRELITHTV
THRNSSGPSTAGYISGFRPHRSYEISVYSYTRVGHGNQFSSPVTFTTNESVSEAVGNLSC
SGISWDSIQLSWDPPVNPNGQILFYEIVMEVDSYRVNTAEHTVTGLLPDQEYTLSVTAIN
SAGHGEQINCTASTLSESAPSAPRSLAISQVTANNVTLEWVPPLSIPGLLKEYRLVTELL
DTKCEPDVLILDEEPPSGCVESSVTVSVNASEEGPRVTVHPLAKYRHYRFKMAAVTNAGV
GEYTEWKYARTLAGNPDAAPRDIRVLPTSGSLRIDWDPPDIISGPTSYLVQVDGPGLNYS
SIRAPGELTTVVVTNLTAFSLYSVMVTAFTGPLAKAAEDGKAIGPFVFQTLEEEPKDPPK
NVVVTVIPNDVNRVKVTFTPPAEPNGQITSYFVYIYEKELLVRNVSLNTTQKDNYMLSAV
IDGLKGGRDYSIQISAKNGAGRSPPSPHVQITTGIKAPAKPAQRPQAVLGHRGVTMVTHK
SITIRLPACFYSDDNGPIAKIQVIVAESGVKDVANLTTWRDAFFHHPSPYVTDQGFPNPP
CSMDTRKVSQRRNHTTAQTYVIGEQDECMVENQTDVLCNGPLKANTVYVFKFRATNIIGQ
YTDSEYSDHIKTAVYGLLSRDEQIILGVLLSFFLAVLLIVIICSSVKVHQRKKEGETYSP
REAEIIETKCKLDQLIAVADLELKQEKVNRYSSFFFRRKEIYVIQLLSYRKSLKPISKKS
FLQHIEDLCSNDNAKFQEEFSELPKLLQDLATTDADLPWNKTKNRFPNIKPYNNNRVKLL
SEPGAAGSDYINASFVSGYLCPNEFIATQGPLPNTVADFWKMIWETGTRTIAMLTQCHEN
GRSRCHKYWPEDNNKPMSVFGDILISKVSEEILPDWTVRTLKVEKHGHYILVHHFNYTSW
PEHGVPECCGTLIKFVRAVRLHRHHHTTIAVHCSAGVGRTGVFIALDHLIQHIRDHDFVD
VYGLVAELRSERMCMVQNLAQYIFLHQSTLELLNNKGNSQSIWFVSYSALEKTDSLDAME
GDVELEWEETTM
NT seq 7599 nt   +upstreamnt  +downstreamnt
atggagggaagcgggatacatatttttttgggccctgcaggaatgtgcgacctccacgtg
gtacatgttaacgttacatccgtgtccatgagctgggacatggcctctggggactttgac
ttccacagagtcaccatcgcagacatttgcgttcccattggcacactcagcgtaccgaag
gaagagagagttgccgtggttacagggctggcggggggctgcacttacgatgtgaggggc
gccacttcggagcgctctgccttcgcgaccatcaccgcggggatgcagagtacacggtat
ttcagttaagcacccacaattctccaacctttctctgtgcgatggcaagaggctgcaggc
tgtgtggatcataaccaagtcaacctatagccaaatcaggggaaagtcagagtgcacccg
gctcgtgatagatatgttcaggctgatgtcgacagtgtaagtccgtccgcaccatacacg
ctgactttgactgcaacgtcttcaaccaacatcaacccgggagtcagccgcatgatcaac
accaatgagagcgttcctggtccgccctcaagactaaaagggcatcctgtaggctccaac
gggattctgctctcctggaccatgcctcctgataccagtgatattgacggctatgtcatc
aggtacaaggaagtgtgtccctacccggatcccgtcttcacacaagtaaccaagtacctg
gatgtcccggagactctgctcactgatttcacctcaggttccacgtatcacattcaggtg
gcagcctcttctcctgctggcatgggaccattcagtaaacccgtctacacaaccaccaat
gagtcccctccaggcctggtgaccaacctaaccgcctttgcccagaatcacacctcagtg
tcggtcaagtggttcctcccccaccgcatcaacggtctcatcacaaagtttgccgtaaag
gccaagctcgctcgcacgggccagacggtgcggaacctgctggtcaacgccgaggacatc
atgacggggacgctgcctcactgcaatgatgcagcagatattctgtctcaagcgaccatc
agccccttggaaatgacggcggggtctccaccttacactctcactgccgtgccccctgca
gccgcctggagcgtgcccatctcagtaggggtcgatcagcttcggccctacactgcttat
ctttttgaagtgtctgccttcacgtctgacggggagggacagattgcctccaccatggtc
cgcatgccggagtcagccccagaagaccctccacaaaacttctccttattgaacgtgacg
tctcgatcgatatccctcgcctggaactctcccaccatcatcactgggaaattcacctac
gtgctcttcctgtacgggcctacaggatatttgtacgaaaacagcacatcggagatgcga
ttctcattaaccggcctggttccgtacaccaagtacacagtggagctgggggccaaagcg
gctggagaagtgggtccgcttgctcaggaggatgtgaggacgtcggctgaagcgcccagc
gctgttcaagacctggtggccatcgcagaagatgccatttctgtccgtgtgaactggaga
agtccggcgcagccaaacggtccgatcactcagtacagactgcaggtcctgctgaacgac
actctgttacaggatatcaccttcgtcggcgagctgaataccaacacaaatggtgcttat
gatggtgagtcactcacccccaatcaggatgtcaatccagagcggcgtaagaggaacgct
gagcctgcttggacctttgatcccaaacagtcaaccagcatcacctccttcaacccggcc
ttcactcaactcagaagcgttgagcaaaggaccaatgctcaagcaatccaggattttaac
ccctctgttgccctcaaggtcacagagacacccagcaatacttaccgttcatttcagcct
cccaccacagctttttctgcgacagctgtgccgcctattacgcctccgccctggctgacg
atgccagacgacgacttgacaacagaatcatcctacctcactcacacctcaggcaccttg
cgcttgtccactcgtctcgcatctaatacgggacgtgcggtggcttctggaagtccaggc
ataacagtacgagaggaggtgctggacctgtcgacggacgagctctattacctggtgtct
gaccttgaacctttcactgagtatacgtttcgggtctccgcctccactatggtgggcgaa
gggcccgccgccgacatcacagagaagacccgagagcaagtccccagctcagtcctggaa
ctttcctaccaaaacatcagctccacctccatacttgtgacctgggcggagccactgaac
cccaacgggcgaatcacgcattacaccgtctacggcctcgcactgcacagcggtcagagt
ctgaagtgggtcacaaactctaccagcataatgataacagatttggaaaagtatactggt
tattttctacatgtggcggcgtctacagctgcgggtcagagcttgatatcccaggaagat
ggcatcttggttttcacattagaggacgaaccggattcccctccattaaacctcaccgtg
ttggacaccagctcgtcaactgccaccctgagctggtctgcgccagtaaaagctaacggg
gtgatccaacaatacacggtcctctatgagaaccggtcgtattccaattcagtgaacacc
tccattagcagagtcactctgacgcacctgaggcccttcacctactataacgtctctgtg
atggccttcacacgtttcggccacggcaaccacacttcggactatttaagtgtattgtct
ggggaggatgtgccgggcagccctccatacagcctctcctacgattcgctcagtcccaac
gaggtgaacgtgacctggctgcctccattggtgcccaatggcatcataacccactacagc
ttggagttgtggaattccacccactacctcaacctcacctcccctaccaacttcctgcac
ctgacccacttgagaaagtatgcgcgctatcgcgtcacggtgctggcacatacacgggcc
gggccggggaacttcagcacacagccgctcaacatcaccacgctggaggacgctccagac
acacctcctcaattcctccacgccaggaagttatccgactctgaggtcgagctgtcctgg
caaccgccactcgaagccaattcggacatactctactacgttgtcagagtatggaacgag
acaatggatctgctgcacaatgtgactgcgacgtcattggttataaatatggactttgag
ggtctctacaacgcgtccgtctccagctggaccaggctgggagacggagggttgcgggcc
tacattatcgcagatgcagagccccttgagccaccccagaatgtgacttttgcaaacgtg
acgatctccactgtaaccttgctgtggtatccaccggctgaacccagtggaatcgttatt
tttcgctatacaatttactatgctgacaacggcactgtggcccaacaggaagttctggtt
tcagatgggtccgtccctgtatcagcggacacgctcctctcctggactctgactggtctt
atcgggggcactaactacacagtgtggatgacttcgagcaatgtgcgtggggacggagga
gtccggagcgagccgcttaacttgctcctacctgacgatgtgccctccgactcggtccac
aacctgaccgctcagatcttcagctccaccgccatcatcgtgagctgggaccctcccctg
gagcccaacggccgtccccactacatcctcactttgcaggaggctggcgtcatcccactt
gtacacaatcaagcctctcctgtggtcaacaaaaccatcaagcgtaccaccaccgacacc
gtcttcctcttcaccaaacttcggaagtatttcccttatgtgttgaccgttaccccggcg
accggggcaggccccgcccataaccacaccagcaccctgtaccttaggacggatgatgat
gtcccgagttctgccccgttgctcgtctcggccgcgaacctgtcgtcatcctccattgtc
gtggcgtggcagcgccccttcgaggccaatggggaaatcacagagtacacccttacgctg
tttggccccgggggctccaacaatatgcagacccccgagagctccttcacgctcacaaat
ctgctgccctacacagcttacaacctgagcgtcactgcagcgactcgtaaaggctcaggg
ccagcgctcctcctgatgctgcacactgatgaggggggccccatgtcccctccccgcaac
ctgaccattttcaactacacggccgtgtccgtgtggctgagctgggagccccccctggag
cccaacggggtggtcctgcagtacggcttccggatccgagaactcatcacacacaccgtc
acacaccggaattcgtccggtccatcaaccgccgggtacatctccggcttcaggcctcat
cgttcttacgagatcagtgtttacagttacacgcgagtaggccatggcaaccagtttagc
agcccggtgaccttcaccaccaacgagtcagtgtcagaagctgtggggaacctgtcgtgt
tccggaatcagctgggattccattcagttatcgtgggatcctccggtcaacccaaacggc
cagatcctcttttatgagatcgtaatggaggtggactcataccgggtcaacacagcagaa
cacacagtgactggactgctgccggaccaggagtatacactcagtgtcaccgcgatcaac
tccgcaggacacggagagcaaatcaattgcactgcttctactctttctgagtcagcgcca
tctgcccctcgctccctcgccatctctcaggtcacagccaacaacgtgacactggaatgg
gttcccccactttccatcccgggcttgctaaaggagtaccgcctggtcacagagttgctc
gacactaaatgcgaacccgacgtcctaatccttgatgaagaaccgccctcgggttgcgtg
gagtcaagtgtcaccgtgtcggtcaacgcttcagaagagggcccccgtgtcacggtccat
cctctggctaagtacagacactaccgtttcaaaatggcagcagtgaccaatgcaggagtt
ggagaatatacggagtggaagtatgcacggaccctcgccggcaacccagatgctgctcca
cgtgatatcagggtgctgcccacctccgggagccttcgtatagactgggaccctccagac
attatttctggaccgacatcttatctcgtgcaggtggacggtcccggtttgaattactcg
tccatccgagcgccgggagagctgaccacggtggttgtaaccaacttgacggcgttctcg
ctctattctgtgatggtcaccgccttcaccggccccttggcgaaggccgccgaggacggg
aaggccatcgggccctttgtgtttcaaacactagaagaagagcccaaagacccgccaaag
aacgtggtggtgaccgtcatcccgaacgatgtgaaccgtgtcaaggtgaccttcacgcca
ccggcagagcccaacggccaaatcacgtcctactttgtgtacatctatgagaaagagctc
ctggtaaggaacgtcagcttgaataccacccaaaaagacaactacatgctgagcgccgtc
atcgacggcctcaaaggtggtcgcgactacagtattcagatttcagcaaagaacggcgcc
ggccggagtccacccagtccgcacgtccagataacaacaggaatcaaggcgccggccaag
cccgcccaaagaccccaggcagtgcttggccacagaggggttaccatggttacccacaag
agtatcaccatccgcttgccggcgtgtttctatagcgatgacaacgggccaatcgcaaaa
atccaggtcatcgtggctgagtcaggggtgaaagatgttgcaaaccttacgacctggagg
gacgccttcttccaccaccccagtccgtacgtgacggaccagggcttccccaacccgccg
tgttcgatggacactcgcaaggtgtcccaaagacgcaaccacaccacagcgcaaacgtat
gtgataggagagcaagacgagtgtatggtggagaatcaaaccgacgtgctgtgtaacgga
cctctgaaggccaacacggtttatgtgtttaagttccgagcaacaaacatcatcggccaa
tacactgactcggagtactccgaccatattaaaactgcagtttatgggctgctgagcaga
gacgagcagatcatcttgggtgtactcctctctttcttcttggcagtgctgctgattgtc
atcatctgctcgtctgtcaaagtccaccagcgcaagaaggagggcgaaacgtattcccca
agagaagcggagatcatcgagaccaaatgtaaactggatcagctgattgctgtggcagac
ctggagctgaagcaggaaaaagtcaaccggtattcatccttcttcttcagacggaaagag
atttacgtcattcaactcctcagctacaggaaatcgctcaagcctatcagcaagaagtcg
ttcctccagcatatcgaggatctgtgcagcaacgacaacgccaaattccaggaagagttt
tccgagctccccaaactacttcaagacctggccaccacggacgcagacctgccctggaac
aaaaccaagaaccgtttccccaatataaagccgtataataacaatcgagtgaaactgctg
tcggaaccgggagctgcaggctcggactacatcaacgccagctttgtctcaggctatctg
tgtccgaatgagttcatcgccacgcaaggtcctctgcccaacacggtggctgacttttgg
aagatgatctgggaaacgggcacccgcaccatcgccatgctcacgcagtgccacgaaaac
ggcagaagtcgctgtcacaagtactggccagaggacaacaacaagcccatgtcagtgttt
ggtgacattcttatttcaaaagtgtctgaagaaatccttcctgattggactgtgaggacg
cttaaagtggaaaagcatggacactacattttggtccaccacttcaactacacgtcgtgg
cccgagcatggggtcccggaatgctgcggcaccctcatcaagtttgtccgggcggtccga
ttgcaccggcaccaccacaccaccatagcggtgcactgcagcgccggcgtgggccgaaca
ggcgtgttcatcgctctggaccatcttattcagcacatcagagatcacgactttgtggac
gtttacggcctggtggctgagctgcgcagcgagaggatgtgcatggtgcaaaatctggcc
caatacatcttcttgcaccagagcacgctggaactgctgaacaacaaaggcaacagtcag
tccatctggtttgtcagctactctgctctggagaagacggactcgctggatgcaatggaa
ggagacgttgaactggaatgggaagagaccacaatgtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (52)   
   KEGG ORTHOLOGY (1)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (68)   

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