KEGG   Ornithorhynchus anatinus (platypus): 100073681
Entry
100073681         CDS       T01045                                 
Symbol
PTPRQ
Name
(RefSeq) phosphatidylinositol phosphatase PTPRQ
  KO
K16910  receptor-type tyrosine-protein phosphatase Q [EC:3.1.3.48]
Organism
oaa  Ornithorhynchus anatinus (platypus)
Brite
KEGG Orthology (KO) [BR:oaa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:oaa01009]
    100073681 (PTPRQ)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:oaa03037]
    100073681 (PTPRQ)
Enzymes [BR:oaa01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     100073681 (PTPRQ)
Protein phosphatases and associated proteins [BR:oaa01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    100073681 (PTPRQ)
Cilium and associated proteins [BR:oaa03037]
 Other cilia and associated proteins
  Stereociliary proteins
   100073681 (PTPRQ)
SSDB
Motif
Pfam: fn3 Y_phosphatase Pur_ac_phosph_N Interfer-bind Lectin_C PTP_tm Y_phosphatase3 PTPlike_phytase ThiC-associated UL45
Other DBs
NCBI-GeneID: 100073681
NCBI-ProteinID: XP_039770054
Position
14:26492295..26724206
AA seq 3379 aa
MDKTILLLFCLGCLFQVSRSLYCGQMEKPTAVVFAQWHEFPEGGKPEFYIIKYQAINDIN
QNTKNISAGQVKQQKCILFLEENKEYDVSIESVKKGEILNAKSFRTRGISERSIKTFVTS
TSVSFNWRLLPIELSVSISHNNSSRIMQRNAVFHEWDRLEPATLYNFTFEFKQVHFDFIN
VFQKLEVQIETGSCSQGWLGLKKSCYNINRESKPWNRAQQMCQSSLMPAHLVDIKNEEEF
IFLSSYLRTINQIVMIWTGLNDIKKEGHMLWTDGSSFSLKKADVLPLPVIPKNETNCYAL
QQNATGPNYFFTGFFCYVPLPYLCSYELPSIPENFVFFVKDVRTTEVVFGWNSLENWLKP
RYELVIKYYLDFTEEYLFEKVPANTTQTTIAHLSPGRLYRFLFLARNSIEGHVTLSPVLR
IETRPLQAQRFVATHVTSTEIILHWDPPDVFSNAHFHHYLVTIFDIETNRSEALLVEKFA
TTTKIGNIKPYHQYLVHLFSVGERGSLSCNDEPILIITGVNPPRSVYVNPEDVGEDTVIL
HWEPPQESFEFYIEVKSTSGASEAMKHLVKNTDKFKIGLLTPGMTYDIGVATVKNGNMSE
LITTQCTLKPKPLQIVIPFEFHSNSVILFVQMPESGVFDGIYIASNGGPNMTLPLNNDKL
IIENLIPGTEYDFFVSTVSGNMLSTMFHVPTVKTCLKAPLNIWEGKVTDTCIEILWERVD
GHFQHYEITCTNCAGAFKVQKVMQEIATFSNLAPATVYSFSIRTEKEGFKDSNSTIKKIQ
TAPCAIEYMNHSRESTSISVGWPPAQSSLDGYIISITSEGFSKEEVVPSSERRFKFDRLL
QGTDFLIKIVTTKRSKKSQPTVLKISTYPDPPSDLQFFGQEENTLYLSWKLPQGGFEKFQ
ICYYLLTRNKTLFKMSTYGNRAVVKNLTPGMDYMFQVKTVRGKDFSVPVEKEVTTKPAGI
CGLLLKEVNTSSATLIWNPTKTNFSYYKIRLSNNTFLKEYKVMKTKTDYTIIDLIPGGTY
NITVQRVRGDVEGLLTSIKMVAEPQKPEKLEVFNISSNSFSLRWRLPYGHVERYQVDLVP
DCGFVTIRDLGGGEYQSDVSGVTPGTRYNVTVSSVSATTYSSPASRTVTTNVTNPGPPVF
LAGERVGSAGILLSWNTPPNPNGRIISYIVKYKEVCPWMQMTYTQVTAKPDSLEVLLTNL
NPGTTYEIKVAAENSAGVGIFSDPFLFQTAESAPGKVVNLTVEAFNYSAVNLIWYLPRQP
NGKITSFKISVKHARSGIVVKDVSIKVEDILYGKLPECNENSESFLWSTTSPSPTSGKAT
SPSRAPYAASSLALSKISSVWNEPISFVVTHLRPYTTYLFEVSAVTTEAGYIDSTIVRTP
ESVPEDSPQNFAKGNITGKSFSVSWDPPTIVTGKFSYRVELYGPSGHILDNSTKELKFTF
TNLTPFTTYNVFVAAETSAGIGPKSNFTVFTPPEVPSAVFDLQLTEVEATLIRITWKKPR
QPNGIINQYRVKVLERETGVILENIILTGKAEYKNDFVAPDMWKGNSKTPFLNNAKEAVA
GLYEGSAEMFSAEKAESPILFPSLPSDHIPIVNGVEELYSTTETGKEYAINISAEQLSYV
VKRLTPFTEYTITVSAFTIMGEGPPTILNVRTQEQVPSAVQNMNYKNISSSSILLYWDPP
EYPNGKITHYTIYAMELHSNRAFQMTTKDNKFLITDLKKYTNYKMRVAASTNVGESSLSD
ENDIFVRTPEDEPESPPQNVELVDITATEINLRWSPPEKPNGIIIAYEVIYGNTEKLLTK
NISTTSAILSDLKPYTLYNISIRSYTRLGHGNQISSLLSVRTSETAPDSPPENITYRNIS
STEIELSFLPPAVPNGIILKYTIYLRKNKENEERIINTTSLSQKIGGLKRYTHYLVRVSA
STIKGEGAESAPVTILTEEDAPGSPPQSFSVEQLSGVTVKLSWQPPLEPNGVILYYTVYI
WDSSPPRTINTTETALEITDLENNIEYNAYVTASTRFGDGKMKSSIISFKTSEGAPSDPP
KDVHYANLSSSSIILFWKPPSKPNGIIQHYTVYYKNNSGTFIKNLTLHEISSEVDNGTLS
AVIENLAIFSYYVFWLTASTAFGNGNQTSDMIHVFTDQDIPEGPVENMTYQTMSSTAINI
SWFPPSQPNGIVFYYVSLSLQNTLPTHEQPSLITHERSIYFDNLEKYTDYIFKITPSTEK
GFSEMCTAKLHIKTEEDVPETTPVINTFKNLSSTSVLLSWDPPIQPNGAIISYDLNLHGS
VEKYSFNTSDNYIILEDLSPFALYSFFAAARTIKGLGPFTTLLFYTDESEPLAPPQNLTL
VNYTADSVWLKWRPSPQPSGIVIMYNFKIYENRSETVSYQNVSGFQTDGKLVGLDPVNTY
SISVSAFTRVGNGNQYSNIIRFTTEESAPDVVQNFQCMATSWQSVLVWWDPPKKTNGVII
HYVLAFERNSSKVNSQDNEYTFRELLANTSYTFNIKAATSAGEGKERICNASTLYETVPS
APRDIAFSDIQSTSVTLTWLKPETILGYFQNYKITIQLRSLHCDDWESEECVEYQENQYL
SEVDFEEETVHGLKKFRWYRFQVAASTNAGYGNNSVWISTQTLPGSPDGPPENVIVMATS
PHNINITWNEPTIITGPTFYLIDISSVDSDYYNVSFIKENKDNKTIEITDLKAFTRYSVV
ITAFTGNVSAAHIEGKSSARIIVSTLETVPKEPPSNMTYQKMPGEVTKFQLTFLPPVESD
GNIQVYQAMVYRDDDATTFQIHNLSIIQKTNSSVIAMLEGLKGGHTYNISVYAVNSAGAG
PKVQMKITMDMKAPAQPKNKPIPVYDTSGTLLVTSTTLTIKMPICYYNDDHGPIKNIQVL
VAEAGVQHDGNVTKWYDAYFKKPRPYFTNEGFPNPPCLEGRSLLSGKEDIYVIGADHACM
IPGNEDQICNGPLKPKKQYLFKFRATNIKGQFTDSEYSDPVKTLGDGVSERTVEITLSVT
LCILSIILLGAAIYAFARIRQKQKEGGTYSPRDAEIIDTKFKLDQFITVADLELQDERLT
RPISKKSFLQHVEELCTNNNLKFQEEFSELPKFLQDLSSTDADLPWNRAKNRFPNIKPYN
NNRVKLLADASIPGSDYINASYVSGYLCPNEFIATQGPLPGTVGDFWRMVWETRAKTLVM
LTQCFEKGRIRCHQYWPEDNKPVTVFGDIVITKLLEDIQIDWTIRDLKIERHGDCMMVRQ
CNFTGWPEHGVPENSTPLIHFVKLIRANRAHDTTPMIIHCSAGVGRTGVFIALDHLTQHI
NDHDFVDIYGLVAELRSERMCMVQNLAQYIFLHQCILDLLSSKGSNQSICFVNYSALQKM
DSLDAMEGDVELEWEETTM
NT seq 10140 nt   +upstreamnt  +downstreamnt
atggacaaaacaatccttttgctgttttgcttgggctgtctttttcaggtgtcaaggagt
ttatattgtgggcagatggaaaaaccaactgctgtggtatttgctcaatggcatgagttt
cctgaaggaggaaagcctgaattttatattataaaatatcaagctattaatgatatcaat
caaaatacaaaaaatatttctgcaggacaagtaaagcaacagaaatgtatattattccta
gaggaaaataaggagtatgacgtttcaatagaatcagtaaaaaaaggggaaattttgaat
gcgaaatcatttaggacacgtgggatctcagagagaagcattaaaacatttgtgacaagt
acaagtgtgtcttttaactggcgtttgctgcccattgaattgtcagtgtcaatatcacat
aataactcttcccgtatcatgcaaaggaatgctgtgtttcatgagtgggatcggttggag
ccagcaaccttatataatttcacatttgagtttaaacaggtgcattttgactttatcaat
gtattccagaaactggaggtgcaaattgaaacaggctcctgttcacaaggatggctagga
ctgaaaaaaagctgttataacattaacagagaaagtaaaccttggaatagggctcagcaa
atgtgtcaatcatccttaatgcctgcacatcttgtggatataaagaatgaggaggaattt
atatttctgtcttcctatctcaggacaattaatcaaatcgtaatgatatggactggtctt
aatgacataaagaaagaaggtcacatgctgtggactgatggatcttcttttagtcttaag
aaagctgatgtccttcctttgccagtgataccaaagaatgaaacaaactgctatgctttg
cagcaaaatgcgaccggtccaaactatttcttcacaggatttttctgctacgttccttta
ccgtacctttgttcatatgaattgccttcgatacctgaaaacttcgtgttctttgtaaag
gatgtcagaacaacagaagttgtatttggttggaatagtttggagaactggctgaaaccg
agatatgagcttgtcattaaatattatttggattttacagaagaatacctttttgaaaag
gtgccggctaatacaacacaaacaacgattgcacacttgtcgcccggacgcctctacagg
tttttgtttttagcaagaaactcaatagagggacacgttaccttaagtccagttcttagg
atagaaacaaggccattacaagctcaacgttttgtagctacccatgtaacatcaacagag
ataattttacattgggatcctccagatgttttttcaaatgcacattttcatcattacctt
gtgactatttttgatattgaaaccaacagatcagaagcactgttagttgaaaaatttgct
acaacaacaaaaattggaaacattaagccctatcatcagtatctggtacatctcttcagt
gtaggagaaagaggatctctaagttgcaacgatgagccgatattaatcataacaggtgtt
aatcctcctcgcagtgtttatgttaatcctgaagacgtgggtgaggatactgtaattctt
cactgggaacctccacaggagagctttgaattctacattgaagtcaaatctacttcgggt
gcaagtgaagcaatgaagcacttagtgaaaaacactgataaatttaagattggattgcta
actcctggaatgacttatgacattggagtggcaacagtgaaaaatggaaatatgagtgaa
ctgataaccactcagtgtactctaaaacccaaaccacttcaaattgttattccttttgaa
tttcacagtaactctgtcattttgtttgttcaaatgcctgagagtggagtatttgatggc
atttatattgcaagtaatggaggacccaatatgacactacctttgaataatgacaaatta
attattgaaaacttaattccaggcacagaatatgatttttttgtttccacggtcagtgga
aacatgctaagcactatgttccatgtgcctacagtgaaaacatgtctgaaggcaccgtta
aatatctgggaaggtaaagttacagacacttgtatagaaattctgtgggaacgagttgat
ggacattttcagcattatgagatcacatgcacaaattgtgctggtgcattcaaggttcag
aaggtgatgcaggaaatagcaacgttttctaacctggctcctgccacggtctacagtttc
tcaattcgaacagaaaaagaaggtttcaaagacagcaactccactataaaaaaaatacag
acagcaccatgtgccattgaatatatgaatcacagcagagagtcaacatcaatatctgtt
ggttggcctccagcccagagttcactggatggatatattatttcaataactagtgaaggt
ttttcaaaagaagaagttgttccttccagtgaaaggaggttcaagtttgacaggcttttg
caaggaactgactttttaattaaaattgttaccaccaaaaggtcaaagaaaagtcaacct
actgttctcaagattagtacctatccggatccaccttcagatttacagttttttggacag
gaagaaaacactctatatttgtcttggaaactgccacaaggaggatttgaaaagtttcag
atctgttactatttgttgaccagaaacaaaacactgtttaaaatgagtacttacggtaac
agagcagtagtcaaaaacctgactcctggaatggattacatgtttcaagtgaagacagtt
agaggcaaagatttcagtgtgcctgtggagaaagaagtaactacaaaaccagctggaata
tgtggcttgttattaaaagaggtaaacacttcttctgcgaccttaatatggaatccaaca
aagaccaatttttcgtattacaagattcgtctatcaaataatacattcttaaaggaatat
aaggttatgaaaaccaagactgattacacaataatagacttgattcctggaggcacgtat
aatatcacagttcagagagtaagaggagatgtggaagggttgctcacatccatcaagatg
gttgcagaaccccaaaagcccgagaaacttgaagttttcaatatttcatcaaattccttt
tctcttcgctggagactaccgtatggtcacgtggaaaggtatcaagtggatcttgttcct
gactgtggctttgttactatcagagatcttggaggtggggagtatcagagtgatgtttct
ggtgtaactcccggtactaggtacaatgtaacagtttcttcagtttcagcgactacatac
agttcacctgccagtagaacagtgaccaccaatgtaaccaatccagggcctcctgtgttc
cttgcaggtgaaagagttggatctgctggaatccttctttcctggaatacaccacctaac
cccaatgggagaattatatcttacattgttaaatataaggaagtttgtccatggatgcaa
atgacatacacccaagttacagcaaaaccagatagtttggaagttcttcttaccaatctt
aatcctggaacaacttatgaaattaaggtggctgcggaaaacagtgctggggtcggaata
tttagtgatccatttctctttcaaactgcagaaagtgctccaggtaaagtggtgaatctt
acagttgaagccttcaattattctgcagtaaatctgatctggtacctacctcgacaacca
aacggcaagattaccagtttcaagattagtgtcaaacatgcaagaagtgggatagtggtg
aaagatgtctcaattaaagtggaggacattctttatggaaaactgcccgaatgtaatgag
aacagtgaatcttttttgtggagtacaactagtccttcaccaacttctggcaaagctaca
tctccctcccgtgctccatatgcagcaagttcattggcactgagtaagataagctctgtg
tggaacgaacctatcagtttcgtggtgactcacctgagaccgtatacgacgtatcttttc
gaggtgtcagccgttaccactgaagcgggttacattgacagtacaattgtcagaacacca
gagtcagtgcctgaagattcaccacaaaattttgcaaagggcaatatcacaggaaaatcc
ttttcagtgtcttgggatccacccactatagtaacgggaaaatttagttacagagttgag
ttatacggaccctcaggtcacattctggacaacagtacaaaagagctcaagtttacattt
acaaatctaacaccttttacaacgtacaatgtatttgtggctgctgagacgagtgcaggc
attggacctaaatccaatttcactgttttcacccctccagaagttccaagtgctgtattt
gatttgcaactaacagaagtagaagccacattaatacggattacctggaagaaacctcga
caaccaaacggaatcattaaccagtatagagttaaagtgcttgaaagggaaacaggagta
attttggaaaatattattctcacaggaaaagctgagtataaaaatgattttgtggccccg
gatatgtggaaaggaaattctaaaacgcctttcctaaataacgcgaaggaagcagtggct
ggattatacgaaggttcagctgagatgttttccgcggagaaagcagagtctccgattcta
tttcctagtcttcccagtgatcacattcccatagtgaatggagtcgaagaactttattcc
acaacggaaacagggaaggagtatgccattaacatttcagctgaacagctgtcgtatgtt
gtaaagagacttacacctttcaccgaatatacaatcaccgtgtctgctttcaccattatg
ggcgaaggaccaccaactattcttaatgtcaggacccaagagcaagttccaagtgcagtg
cagaatatgaactataaaaatattagttcatcatctatcttgctatactgggatccacca
gaatatcctaatggaaaaataactcattatactatttatgcaatggaattacattcaaac
agagcttttcaaatgactactaaagataacaaattccttataacagatctgaagaaatat
acaaattataaaatgagagtggcagcatcaaccaatgtaggtgaaagctccctgtcagat
gaaaatgatatttttgtgagaactcctgaagatgaaccagaatccccaccccagaatgtt
gaattggttgatattactgcaacagaaataaacctgagatggtcaccacctgaaaaacct
aatggaataatcattgcctatgaagtaatttatggaaatacggaaaagttacttactaaa
aacatttcaacaaccagtgcaattttaagcgacctaaaaccttacactctttacaatatt
tctatccggtcatatacaaggcttggccatgggaatcagatttcttctttattgtcagta
agaacatctgaaactgcgcctgatagtcctccagaaaatatcacctacagaaatatttct
tctacggaaatagagttatcatttcttccaccagctgttcccaatggaataattctgaag
tatacaatatatctcaggaagaacaaggaaaatgaagagagaattataaatactacttct
ctgtcacagaaaattggagggttaaagagatatacccactacctggttcgagtatctgct
agtacaatcaaaggtgaaggagctgaaagcgcccctgtaactatcctgactgaagaagat
gctcctggttctcctccacaaagcttttcagttgaacagttgtctggtgtcactgtgaag
ttgtcatggcaaccacctttggagccaaatggagttatcctctattacacagtttatatc
tgggacagttcacctcccagaactattaatacgactgaaacggcgttggaaatcacagac
ctggaaaataacattgaatataatgcatatgtaacagcaagcaccagatttggtgatgga
aaaatgaaaagtagcattattagtttcaaaacttctgaaggagcaccaagtgatccacca
aaagatgtccattatgccaacctcagttcctcatcaataattttattttggaaacctcct
tcaaagcctaatgggattatacaacactatacagtttattacaaaaataattcaggaact
tttatcaagaatttgacactccatgaaataagcagtgaagttgataatggaaccttatcc
gccgtaattgaaaatttagcaattttcagctactacgtattctggctaacagcaagtact
gcctttggaaacgggaaccaaaccagtgacatgatacatgttttcacagaccaagacata
ccagaaggacctgttgaaaatatgacctatcaaactatgtcttcaactgccataaatata
agctggtttccgccgtctcaaccaaatggtatagtcttctactatgtttcactgagctta
cagaatactctaccaacccacgaacaaccatctctaattactcatgagagaagcatttat
tttgacaacctggaaaaatacactgattatatttttaaaattactccatcgacagagaaa
ggattctctgaaatgtgtacggcaaagctacacatcaaaactgaagaagatgttccagag
actacaccagtaatcaacactttcaaaaatctttcctctacctcagttctcttatcttgg
gatcccccaatacagccaaatggtgccataataagttatgatttaaatttacatggatca
gttgaaaagtattcttttaatacctctgataactatataattttggaagatctttcacca
tttgcactgtatagttttttcgctgccgcacgaactataaagggacttggtccattcact
acacttttgttttatactgatgagtctgagccactagctccaccgcagaatttgacttta
gtcaactacactgcagactccgtgtggctcaaatggagaccgagtcctcagcccagtggt
attgtcattatgtacaattttaaaatttatgaaaacagaagtgaaactgtatcttatcag
aatgtttcaggttttcaaactgatggaaaacttgttggattggatccagtgaatacttat
tctatcagtgtatcagcttttacaagagtggggaatggcaaccaatatagcaatattata
agattcacaacagaagaatcagctccagatgttgtccagaattttcagtgcatggcaacg
agttggcagtcagttctggtgtggtgggatccaccaaaaaagacgaatggagtaattatt
cattacgtcctagcctttgaaagaaattcttccaaagtgaactctcaagataatgagtat
actttcagagaacttctagcaaatacctcctatacatttaatattaaagctgcaacatct
gccggggaaggcaaagaaaggatatgcaatgccagcacattatatgaaacagttcccagt
gctcccagagatattgctttttccgacatccaatcaactagtgtaactttgacctggctc
aaacctgaaactattcttggctattttcaaaactataagatcactatacaattgagatcc
ctccactgtgatgactgggaatctgaagaatgtgttgaatatcaggaaaaccaatacctg
tctgaagttgactttgaagaggaaacagtacatggactaaagaaattcagatggtataga
ttccaagtagcagcgagcacaaatgccggttatggaaacaactcagtttggatttctaca
caaactttacctggctctccagatggtcctccggaaaatgtaattgtaatggctacatca
cctcacaacattaacatcacctggaatgaacccacaatcataacaggaccaactttctac
ctcatagatattagctcagtagatagtgattattataatgtttccttcatcaaagaaaat
aaggataataaaaccatagaaattactgatttaaaggcatttacaagatattctgtagta
atcactgcctttactggaaatgtcagtgcagcacacatagaaggcaagtcaagtgctaga
ataatcgtgtctactttggaaacagtgcccaaagagccacctagcaacatgacctatcag
aagatgccaggagaagttacaaaatttcagctaaccttccttcctccagttgaatctgat
ggaaatattcaagtataccaagctatggtatacagagatgatgatgctactactttccag
attcacaacctgagtattatccaaaagacaaactcttcggtcattgcaatgttagagggg
ctaaaaggagggcatacgtataacataagtgtatatgctgtcaatagtgcaggcgcaggg
ccaaaagttcagatgaaaataacaatggacatgaaggcgccagcacagcccaaaaataaa
cccattcctgtatatgatacatctggaactctacttgttacctcgacaactctcacgatc
aagatgccaatctgttactacaatgatgaccacggaccgatcaaaaatatacaagtactt
gtagcagaggcaggagttcagcatgatggaaatgttacgaagtggtatgatgcctacttc
aagaaaccaaggccatattttacaaacgaaggctttccaaacccaccatgtttggaagga
agaagtctactgagtggcaaagaagatatatatgtcataggcgctgatcacgcatgcatg
ataccggggaatgaagaccaaatttgcaatggccccctgaaacctaaaaaacagtattta
tttaaatttagagccacaaatattaaaggacagtttactgactctgaatactccgatcct
gtcaaaacattgggtgatggagtatcagaaaggacggtagaaatcactctgtcagtcact
ttgtgtatcctttccataattcttcttggggcagctatttatgcatttgcaagaatccgg
cagaaacagaaagagggaggcacatattcccctcgggatgcagaaattattgacactaaa
ttcaagctggatcagttcatcacggtggcagacttggaattgcaggatgagagattaact
aggccaataagcaagaaatccttcctacaacatgttgaagagctctgcacaaacaacaac
ctgaagtttcaagaagaattttcggaactccccaaattcctccaggatctctcttcaaca
gatgctgatcttccctggaacagggcaaagaatcggtttccaaacattaagccatataat
aataacagggtgaagcttttggctgatgcaagtataccaggatccgattatatcaatgcc
agctatgtttctggctacctatgtccaaatgaattcattgctacccaaggcccattgcca
ggaactgtaggagatttttggagaatggtttgggaaactagagcaaaaaccttagtgatg
ctcacacagtgctttgaaaaaggacggatcagatgtcaccagtactggccagaagataac
aaaccagtaacagtctttggagatatagtgattactaaattactggaagatatccaaata
gattggaccatcagagatctgaaaattgaaaggcatggggattgtatgatggttcgccag
tgtaacttcacaggttggcccgaacatggggtccctgaaaacagcacgccattaattcac
tttgtgaagttgattcgtgcaaacagagcccatgacaccacacctatgatcatccactgc
agtgctggagttggacgaactggggtttttatcgcattggaccacttaacccaacatata
aatgaccatgattttgtggatatatatggtcttgttgctgaactgagaagtgaaagaatg
tgcatggtacagaatctggcccagtatatttttttgcaccagtgcattttggatctgttg
tcgagcaaaggaagcaaccagtccatctgttttgtaaattactctgcacttcagaagatg
gattcactggacgcgatggagggtgacgttgagctcgaatgggaagaaaccactatgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (53)   

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