KEGG   Cyanistes caeruleus (blue tit): 111933203
Entry
111933203         CDS       T05602                                 
Symbol
PTPRQ
Name
(RefSeq) phosphatidylinositol phosphatase PTPRQ
  KO
K16910  receptor-type tyrosine-protein phosphatase Q [EC:3.1.3.48]
Organism
ccae  Cyanistes caeruleus (blue tit)
Brite
KEGG Orthology (KO) [BR:ccae00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ccae01009]
    111933203 (PTPRQ)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:ccae03037]
    111933203 (PTPRQ)
Enzymes [BR:ccae01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     111933203 (PTPRQ)
Protein phosphatases and associated proteins [BR:ccae01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    111933203 (PTPRQ)
Cilium and associated proteins [BR:ccae03037]
 Other cilia and associated proteins
  Stereociliary proteins
   111933203 (PTPRQ)
SSDB
Motif
Pfam: fn3 Y_phosphatase Pur_ac_phosph_N fn3_2 PTP_tm Y_phosphatase3 DSPc PTPlike_phytase FeoB_associated
Other DBs
NCBI-GeneID: 111933203
NCBI-ProteinID: XP_023788451
Position
1
AA seq 2438 aa
MVNSSSATVTWNPTKTNFTSYKASLSNNTFIKKFRIPGTVTDFSVTDLTAGGIYNFTLRR
LKGNIEGASSVLEFVTEPAKPEGLKFFNVSSHYFSLYWRLPHGLVDRFHVDLVPDHASVV
ILDLGVREFQADFSNTIPGTTYSVTVSAVSSSVYSSPASRTVTTNVTNPGPPMFLAGERV
GSAGILLSWNTPLYPNGRILSYVVKYKEVCPWMQAGYTQVTTKPDSLEVLLTSLNPGTTY
EIMVAAENSAGVGVFSDPFLFQTAESAPGKVVNLTVEALNSSAVNLIWFLPRQPNGKITS
FKISVKHARSGIVVKDVLVKVEDLLSGWMKKTLSDKSESFLWSTTTPSTTFGKPTVLSQT
TVTPVTEAPSQMSSVWSEPISFVVSNLRPYTTYLFEVSAVTTEAGYIDSAIVRTPESVPE
DPPQNFAKSNITAKSFSVMWDPPTIVTGKFSYRVELYGPSGHVLDNSTKDHRFVFSNLVP
FTTYDVYVSAETSAGLGPRTNLTVFTPADVPGAVSDLQLAEVEATYIKIIWRKPQQPNGI
ITQYRVKVHMQETLVTLENTILGDKNKYLIDSLEPYAINENTKPSPPPWNSVEADNDLYE
GSAEMFPSIQTASPVIFTSVSGDNLPDINGAAELHSALDNEYNIDILAEELSYIIKGLTP
FTDYTISVSAFTAVGEGPPAVLTARTQEQVPSSVQNIYYKNISSSSVLLYWDPPANPNGK
IIHYTVYAMELDTKRAFHETTSNNSLLMTGLKKYTNYKMRVTASTAVGESAVSEENDVFV
RTPEDEPDSPPQNLELINVTATEINLRWLPPEQPNGLITHYEVLYSDSSDFFMKNASSTS
ISLSEMKPYTLYNISVRAFTRLGYGNQSSFPLLVRTSETVPDSAPENITYRNISSMEIEL
SFFPPSIPNGIIQTYTIYLTRTNGTEERVINTTLLTLRIADLNKYTEYTVEVSASTAVGE
GIRSSPLHILTDEDAPSSPPQALTVKQLLGVTVKLSWKPPLEPNGIILYYTVYVWNKMSN
RSVNVAETSLEFTDLEYNCEYSAYLTASTRFGDGNIKSDTIIFRTSEGAPSDPPKDVTYR
NLTSTSIMLSWSPPQKPNGNILYYSVYFKNNSGIFIQNFTSYGIDSNVSASPIVVLDDLA
KYSHYTLWLTASTAFGDGNKTSEKIDVYTDQDIPEGFVENLVYQNISSSSVNVSWLPPSQ
PNGLVFFHVSLSLMQLGTSKILSFLTYNTSIIFDDLEKYTDYLLKITPATDKGSSEWHTL
SLHIRTDEDVPESAPVIKKFSNLSTTSVMLSWDPPVKPNGIIIRYDLNLFGPERNSSFSS
TDNFIILEDLLPFTLYSSYVAARTIKGPGPPAVLQFYTDESVPLAPPQNLTIINYTADSV
WLKWDPSPQSNGVIMRYNFKIYQNNTEKLFFWNISGSNHETNLVGLDPYSPYFISVSAFT
KLGNGNQFSNAVQFTTMESVPDAVQNVGCIAMSWQSILVQWDPPASANGIITHYIIAVEG
NSTNFSSHDTLHTFRNLLSNVTYQIKIKAATSAGDGEEQICNATTLPEKVPSAPRDIVFS
NVQSTSVTLHWRSPKSILGYFQNYKITTQLQSIHCSDWEAMECIEHEMHQYLYENVMYDW
IEDTVYGLKKYRWYRFAVAASTNVGYGSSSPWISTQTLPGSPDGPPENVTVLATSPHSVN
VSWSEPAIITGPTSYLIDVTSVDNDNYKAQFLKTNEEDKVLAISDLKAFTRYSVVIIAFT
GDVNAALLEGKASSPIIVSTFEAVPEDPPNNITFQKIPDEVTKFQVTFVPPSEPNGNIQV
YQAMVYNEDDPAAIQIHNLSVIEKKDQSVTAMIEGLKGGHTYNVSVYAINGAGAGPKIQL
KITMDIKEPPRPKKKPAPVYDTNGALLVTATTITIRMPICYYSDDHGPIKKIQVLVAEAG
AQHDGNVTKWYDAYFNRPRPYFTNEGFPNPPCIEGKEDLSGKEEIYVIGADTTCLIPGSQ
DKICNGPLKPRKQYLFKFRATNIKGQFTDSDYSDPVKTLGEGVTGRSVEAVLAVTLCIIS
VVLLVAAVYAFARIRQKQKEGGTYSPRDAEIVDTKFKLDQLITVADLELKDERFTRYSSF
FFRRKEIFVIQLLSYRKSIKPISKKSFLQHVEELCTNNNLKFQEEFSELPKFLEDLASTD
ADLPWNRSKNRFPNIKPYNNNRVKLMPDAGIPGSDYINASYVSGYLCPNEFIATQGPLPG
TVGDFWRMVWETRAKTLVMLTQCFEKGRIRCHQYWPEDNKPVTVFGDIVITKLMEDIQID
WTIRDLKIERHGDCMMVRQCNFTSWPEHGVPETTAPIIHFVKLIRASRAHDNTPMVVHCS
AGVGRTGVYIALDHLTQHVNDHDFVDIYGLVAELRSERMCMVQNLAQYIFLHQCVLDLLT
IKGSSQPLCFVNYSALQKMDSLDAMEGDVELEWEETTM
NT seq 7317 nt   +upstreamnt  +downstreamnt
atggtaaattcttcctctgcaactgtaacatggaatccaaccaagactaacttcacttct
tataaagcatctttatcaaacaacacctttataaaaaagttcagaattccaggaacagtg
actgacttcagtgttacagacctgactgctgggggcatttataatttcacactgagaaga
ctaaaaggaaatattgaaggagcttcctctgtccttgaatttgtaacagaacctgcaaag
ccagaaggtcttaaattcttcaatgtttcatcacattatttttcactatattggagactg
ccacatgggcttgtagacagatttcatgtggatcttgttcccgatcatgcttcagttgtt
atcctagatcttggagttagggagtttcaagctgatttttccaatactattcctggaaca
acatacagtgtcacagtttctgcagtttcttcctcagtctatagttcacctgcaagtaga
acagtgacaacaaatgtgacaaatcctgggccacccatgttccttgcaggtgaaagagtg
ggttctgctgggattctgctgtcatggaacacaccactctatccaaatgggagaattctc
tcatatgttgtcaaatataaagaagtctgcccatggatgcaagcaggttatacacaggtc
acaaccaagccagatagtttggaagttcttctcaccagtcttaaccctggaacaacttat
gaaattatggttgctgctgagaacagtgctggtgttggagtgtttagtgatcctttcctt
tttcagactgcagaaagtgctccaggtaaagtagtgaatctcacagttgaagccttaaat
tcttcagctgtaaatctgatctggtttctccctcggcaaccaaatggaaagataactagt
ttcaagattagtgtgaaacatgcaagaagtggaattgtagtgaaagatgtcttggttaaa
gtagaggaccttctgtctgggtggatgaagaaaaccctttctgataagagtgaatctttt
ttgtggagtactaccactccttcaactacttttgggaaacccacagttctttcacagact
acagtgacaccagttacagaggcaccaagtcaaatgagctctgtttggagtgaacccatc
agctttgttgtatctaacctcaggccatacaccacctatctttttgaagtctctgcagtt
accactgaagcgggctacattgacagcgccattgtccggacaccagaatcagttccagaa
gatccaccacagaattttgccaagagcaacattacagcgaagtctttctcagtaatgtgg
gatccaccaaccatagtaacagggaaatttagttacagagttgagctgtatggaccatct
ggtcatgttctggataacagtacaaaagaccataggtttgtgtttagtaaccttgtgccg
tttacaacatacgacgtgtacgtcagtgctgagacaagtgctgggctggggccaaggacc
aaccttacagttttcactcctgcagacgtcccaggtgctgtatcagatttacaactagca
gaagtggaagccacatatataaaaattatttggaggaagccacagcaaccaaatggaatc
attacccagtacagagttaaagtacacatgcaggaaacactcgtcactctggaaaacact
attcttggagacaaaaataagtatctgattgattctttggaaccatacgcaataaatgaa
aataccaaaccttctcctcccccttggaattcagtggaagcagacaatgatttatatgaa
ggttcagctgaaatgtttcccagtattcagacagcttccccagtaatatttacaagtgta
tctggtgataatttgcctgatataaatggagctgcagagctgcattctgctttggataat
gaatataacattgatattttggctgaagagctgtcctatattataaagggcctcacacct
ttcacagattacacaattagtgtgtctgctttcacggctgttggagaaggaccaccagca
gttcttacagccaggacacaggagcaagtcccaagctcagtacaaaatatatattacaaa
aatattagttcctcctctgtcttgctgtattgggatcctccagcaaatcccaatgggaaa
atcattcattacacggtttatgcaatggaactggatacaaaaagagcatttcatgaaact
acttcaaacaacagcttacttatgacaggtttaaaaaagtacacgaattataaaatgaga
gtcacagcctctactgcagttggagaaagtgctgtgtctgaagagaatgatgtttttgtg
cgaacccctgaggatgaaccagactccccacctcaaaacttagaattaataaatgtaact
gcaacagaaataaatctgagatggttaccacctgagcagcctaatggtctcataactcac
tatgaagttctgtacagcgattccagtgattttttcatgaaaaatgcctcatctacaagt
atatcactaagtgaaatgaagccatacactctctacaacatctcagtaagggcattcacc
agacttggctatgggaatcagtcatcttttccacttctggtcagaacttctgaaactgtt
cctgattctgcaccagaaaacataacctatagaaacatctcatccatggaaattgagtta
tcattttttccaccatccattcccaatggaatcatacagacctacacaatatatctcacg
aggactaatgggactgaagaaagagttataaacactactcttctgacactacgtattgca
gatttaaataaatatacagaatatactgtagaagtgtctgctagtaccgcagtgggggag
ggcatccgtagttcacctctgcatatactaactgatgaagatgctccaagttctcctcca
caagccctcactgtaaaacagttgttgggtgtcactgtgaagttgtcatggaaacctccg
ctggagccaaatggaattatcctctattacacagtttatgtctggaataaaatgtcaaac
aggagtgtaaatgtagcagaaacatcactggaattcacagacctagagtataactgtgag
tatagtgcttacctaacagcaagtacaagatttggagatggcaacataaaaagtgatact
ataatattcagaacttctgaaggagcaccaagtgatcctccaaaagatgttacatacaga
aaccttacttccacatcaataatgctatcctggtctcctcctcaaaagcctaatggaaat
atactgtactactcagtttatttcaaaaacaattcaggaatattcatacagaatttcaca
agttatggtattgacagcaacgtcagtgcgtctccaattgtagtgctggatgacttggca
aaatacagccattatactttgtggttaactgcaagcacagcatttggagatggaaacaaa
accagtgaaaaaatagatgtttatacagatcaggatatcccagaaggttttgttgaaaat
ctggtctatcaaaacatttcctcatcttctgtaaatgtaagctggcttccaccatcccag
ccaaatggcttagtcttctttcatgtttctctaagtttaatgcaactgggaaccagtaag
atattatctttccttacttacaacacaagcataatttttgatgatctggagaaatatact
gattaccttctgaaaatcacaccagccactgataaaggatcttctgaatggcatactcta
agtcttcatataagaactgatgaagatgtcccagaatcagcgcctgtaatcaaaaaattt
tcaaatctctcaactacctcagttatgctttcatgggaccctcctgttaagccaaatggt
attataatacgttatgatttaaatctatttgggccagaaaggaatagctcattctctagc
accgataattttattattttggaagaccttctgccattcacactgtacagcagttatgta
gctgccagaacaataaaaggacctggtccacctgctgtgcttcagttctacacagatgag
tcagtgccattagctccaccccagaatttgaccattatcaactacaccgcagattctgtg
tggctaaaatgggatccaagtccccagtcaaatggtgttattatgagatataatttcaag
atttatcaaaacaacactgaaaaactatttttttggaacatttcaggttcaaaccatgag
acaaaccttgttggattagacccatacagcccctattttatcagtgtctctgcatttacc
aagcttgggaacggcaatcagttcagtaatgctgtccaatttacaacaatggaatcagtg
ccagatgctgtacagaacgttggttgtattgcaatgagttggcaatcgatcctagtgcag
tgggaccctcctgcttcagccaacggcataatcacacattacatcatagcagttgaagga
aattctacaaacttttcatctcatgatacactgcatacttttagaaatctgctttccaat
gttacttatcaaattaaaataaaagctgcaacatctgctggtgatggtgaagaacagata
tgcaatgccactactcttccagaaaaagttcctagtgctcccagggatattgttttttcc
aacgtgcagtcaacaagtgtgaccttgcattggagatcaccaaaatctatccttggctac
tttcaaaactacaagattaccacacagctacaatccatccactgcagtgactgggaagct
atggaatgtattgaacatgagatgcatcagtatttatatgaaaatgtcatgtatgactgg
atagaagacacggtgtatggactgaaaaaatacagatggtacagatttgctgttgctgcc
agtacaaatgttggttatggcagttcttcaccttggatttcaactcaaacccttcctggc
tctccagatggtcctccagaaaatgtgactgttttagctacatctcctcacagtgttaat
gtcagctggagtgaacctgccatcattacgggaccaacgagctacctcatagatgttacc
tcagtggataatgacaactataaagctcagtttttgaagacaaatgaggaggataaagtc
ttagcaatttctgatttgaaagcatttacgaggtattctgtagtgatcattgccttcaca
ggggatgttaatgctgcactcctagaaggcaaggctagttccccaataattgtctccact
tttgaagcagtgcctgaagacccacctaacaacataactttccagaagataccagatgaa
gtaacaaaattccaagtaacatttgtgccaccatctgaaccaaatggaaatattcaggtg
tatcaagctatggtttacaatgaagatgaccctgctgccattcagatccacaaccttagt
gtcattgaaaaaaaagatcagtcagtcactgccatgatagaaggactaaaaggaggacat
acctataatgtcagcgtgtatgcaattaatggtgctggtgcagggccaaaaattcaattg
aaaataaccatggatatcaaagaacctccaaggcccaaaaagaaaccagcaccagtttat
gataccaatggagcattacttgtcacagctacaacaattacaatcagaatgccaatatgt
tattacagcgatgatcatggccctatcaagaagatacaagttctcgttgcagaagctgga
gctcagcatgatgggaatgttaccaagtggtatgatgcctacttcaacagaccaaggcca
tattttacaaatgaaggctttccaaacccaccatgcatagaaggaaaagaagatctgagt
gggaaagaagagatatatgtcataggtgctgatactacatgcctgataccaggcagtcaa
gacaaaatatgtaatggcccactgaaaccaagaaagcagtacctatttaaattcagagca
accaacattaaggggcagtttacagattctgactattctgaccctgtcaaaacattgggt
gaaggagtgacaggaagatctgtagaagctgtccttgctgttactttgtgcataatttca
gttgttcttttggtggctgcagtatatgcttttgcaagaattcggcaaaagcaaaaagag
ggaggcacatactccccacgagatgctgaaattgttgacactaaattcaaactggatcag
ctgatcacagtggcagacctggagctgaaggatgagagatttacacgatactcttcattt
ttctttagacgcaaggagatttttgtcatccagttacttagttatagaaaatccatcaag
ccaataagcaagaaatcctttctacaacatgttgaagagctttgcacaaacaacaaccta
aagtttcaggaagaattttcggagcttcccaagtttctcgaggaccttgcttcaacggat
gctgatctgccttggaacaggtctaagaatcgtttcccaaacataaagccatataataac
aacagagtaaagctgatgcctgatgctggtattcctggatctgactacattaatgccagc
tatgtgtctggctatttatgtccaaacgagtttattgcaactcagggaccattaccagga
acagtgggtgatttctggagaatggtgtgggagacaagagctaaaacgcttgtgatgctc
acacaatgttttgaaaaaggacgtataagatgtcatcagtactggccagaagataataaa
ccagtgactgtgtttggggatatagtgattactaaattgatggaagatattcaaatagac
tggaccatcagagatctaaaaattgaaaggcatggagactgcatgatggtacgacagtgt
aactttacttcttggccagaacatggagtccctgaaactactgcaccaattatccatttt
gtaaaacttatccgtgcaagtcgagcacatgacaacacaccaatggtggttcactgcagt
gctggtgttggaagaacaggtgtttatattgcacttgaccatttaactcaacatgtaaat
gaccatgattttgtggatatctatggacttgtagctgagctaaggagtgaaagaatgtgt
atggtacaaaatctggcacaatatatatttttacatcaatgtgtattggatctcttgaca
atcaagggaagtagtcagcctttatgttttgtaaattattcagcactgcaaaagatggac
tctctggatgccatggaaggtgatgtggagcttgaatgggaagaaacaaccatgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (21)   

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