KEGG   Austrofundulus limnaeus (annual killifish): 106514305
Entry
106514305         CDS       T06063                                 
Symbol
ptprq
Name
(RefSeq) phosphatidylinositol phosphatase PTPRQ
  KO
K16910  receptor-type tyrosine-protein phosphatase Q [EC:3.1.3.48]
Organism
alim  Austrofundulus limnaeus (annual killifish)
Brite
KEGG Orthology (KO) [BR:alim00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:alim01009]
    106514305 (ptprq)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:alim03037]
    106514305 (ptprq)
Enzymes [BR:alim01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     106514305 (ptprq)
Protein phosphatases and associated proteins [BR:alim01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    106514305 (ptprq)
Cilium and associated proteins [BR:alim03037]
 Other cilia and associated proteins
  Stereociliary proteins
   106514305 (ptprq)
SSDB
Motif
Pfam: fn3 Pur_ac_phosph_N Lectin_C UL45 SusE
Other DBs
NCBI-GeneID: 106514305
NCBI-ProteinID: XP_013858960
UniProt: A0A2I4ATY2
Position
Unknown
AA seq 3325 aa
MPGTEQLLLLCSLCQVALLTCELRLQPVEVEVVFAPFPSKQDPDGYTVTCRSAGNPLMKT
KRIDRSACSPDCRILFHLTEDRRGHHVILRASKNESMLEEKTFHFTPVSRSSFHAVSTTT
TAQLTWNLHQLQSVSTLTLYDTHSQSVAHVFHLSSSETKSRYTMKGLQPGTNFKVDVKVA
SFFTNPELSLKQKLHIFLETAQCPHGWLASGRSCYSVRRSGLSWSHAQHSCTGLMTGGHL
ADLKTAEDLLFVSSHLLTEDNLLLLWTGLNDQQDEGHALWSDGSPYNQTNALMTLLPENH
TDCFAFQRKAMRPGYFLTPFFCDIPLPFICQYTIPSAAASFSFDLVQVTDQQVELRWGDF
SPFLNLSSFEILLQYQERENGKLGGSVTDGCRESEDKKRTKTIFRRTTRVPISLSSRGVT
VAGLSPGSIYTFTLQASRPAGPSWSLGQTQTAYMRPFPPQNITVGTVRASHISVHWKLPD
AQCVNEWTFAVLCKDVSSRQESVVTDISRVSDRKQLYSAVIGGLESHRKYRVEVFTVTRF
GVWSCRQEPLTVQTAVKPPSDLLVLSTKGNLTVCWISPPDDHPDGYYITSQSLGNPTVSS
QWMNASSSGELWTNTSICVNMGPFIPGHTYDVAVVALRGNDRSEESRITHTTAPLPVQVT
VPLSVGPNFTQLYVQPPTMGVVDGVEVCVCPGVCSRVCVGSCGYRCDWHSLPAGVKTITV
RHLSPGSQYQLSVYSTSGGQTGPPYYTHPFRTGLAPPSGLREGVVTESSIQLLWDPAEGQ
AHGYEVICLNCDQTLRVQKVLSQSAVFSALTPGSLYHFAVRTEKESYADSSPVLINITAA
PVSLEVSLVNKTTSSICISWSAARGLVSSLILSIKNRTSVQELIVTHQEPRSHTFKGLDP
GTQYTVEVVTTSGERSSKPAALTLYTEPATPQEVALSEQPETSVFITWRAPPGQVEKYKL
LFGLLSTNRKSWIEMFVESTSYEIRELIPGSDYGVSIQSVLGSDASRAANREFSMRPAGL
CCLRVNKVNSSSVTVGWNGAPGEFDHHRVTVADASVTKTLIVPKEERAAVITGLRDGCRY
NVSAGRVRGTTSGGAATLTVNTALNPVSALQFVNVSTRAFSLRWRRAEGCVDRYQVHLQP
NEGKVLIQPAQDGYVQANVVNVSPGTKYTLTVTAASSSNLSPGISRMINTNESVPGPPVI
LEGEAVGSNGILLSWTMPTDAHNIEGYVIRYKEMCPYPKTYFSEMEINLAIPETLLTVFT
SGSTYQIQVAAKSPVGRGAFSKPIYIKTNESPPGLVTNLTAYAQNHTFVVVTWYLPQRIN
GLITKFAVKTKNVRTSQTVRVMEVNADEIMTIALPHCNDAAEILSRATPSPLEITASSPS
ITLSAIPPAASWSVPISVGVDKLRPYTAYLFEVSAFTSDGEGQIASTMVRMPESAPEDPP
QNLAVPNMTSRAISVSWNPPSIITGKFSYVLYLDGPTGFLYENSTVDMRFVFTALTPYTR
YNISIRAKAAGELGPAAWRVAITPSEAPSAVQSLKAEAEDSVSIRVSWRSPAQPNGPIIQ
YRLQVLVDHMLLQVITLASENTTSLYQNGTLPPFVSTNLTQIRSKRSAELNATTSPPIFT
ATIAPRTLPADTTASISTRSAGSSTDRVTDTDAPPTHLTVTVGKSSTRFESQTPGDSRSS
ASAGSAAFTATSTPPATLPPWLTEQSHTNASTSALTPGQPRLSTRVASVTAHVSTLSSAV
SGTPGVTVKQEVVDVLSEKLSYLVSDLNPFTEYRFRVTASTTAGEGPATDITEKTSEQVP
SAVLEVAYQNISSTSIRVSWLPPLSPNGWITHYTVYGLNLRTNRARKWETNNTNIIISEL
DKYTAYKLRVAASTAVGESALSEEDDVFVHTLEDEPDSPPENLTVVDTSASTATLTWSAP
EKANGVIQFYEVSYENESFSALVNTTSNRVTLMELKPFSYYNVSVRAYTRYGNGNQTSDA
LLLLSGEDVPGSPPFGLSYESVSPSEVNVTWRPPLLPNGVITHYSLDLWNSTHHVNLTSP
GSFILITHLRKYTQYRVVVQAHTRAGPGNHSSEPLNITTLEDAPDTPPQFLKARKLSDYE
VELSWEPPRNPNSDILYYIVRVWNKTSELWQNVTQTSVVINVDSESRYNASVSSWTRLGD
GGVLIYISFTTSEAEPFDPPQNVTFVNVTASSVTLMWLPPTEPNGIIVLYTIYITENNTM
AEKKIPVSDLPAHTHPDSPFIYTLTHLIGGSNYTIWMTSSTVQGDGGVQSEPIIVLLPED
VPSDPVSNLTAQIFSSTAIIVSWDPPMEPNGRPYYILTLQEAGIFPNSTSPGTSAVNKTI
KHTTTDNVFLFTKLRKYFPYVLTVTPATGAGPAYNQTRMMHLRTDDDIPSSPPLLVSARN
LSMSSIAVVWQRPLEANGEITEYTLTLSGPGGSNTTQTPNTSVTLSGLLSYTAYNLTVAA
ATRKGAGPSLLVQLHTDEGGPTSPPLNLTIFNHTAVSVWLSWEPPLEPNGVVIKYGFRIR
DLITETVTHRNSSGPSTVEHLSGFRPHSSYEISVYSYTRVGHGNQFSRPVTFTTNESVSE
AVGNLSCSGVSWDSIELSWDTPANPNGQILFYEIIIEAELQISTHQTHTPGYTLTGLSPE
QRYAFVIAAVNSAGAGDEVNCTASTLSESVPAAPRFLSVSEITSSNLSLEWAPPLSVPGL
LKEYRVVAQLLSTDCGPNTQPTPEAGLAPRCVDNDFTVSVNASDSTGGGSVTLQSLAKYR
NYRFKVAAVTNAGVGEYTHWIYATTLAGNPDSPPRNLNVTSTSTSLRITWEAPAVISGPT
SYFVQVDGPGVNFSAVRAPGELMAVVVTNLMAFTRYTITITAFTASLEDGKAVGPTVFQT
LEEEPKDPPKNVTVSVIPEEVNLVRVSFSPPEEPNGNITAYYLFVYEKDQLVKNISLDNV
HGEPHMVVAFIEGLKGGHTYSIQIAAKNGAGRSPLSPHVQITTGIKAPSKPTQKPQAALG
HGGVAMVTHRSITIHMPACFYSDDNGPITKIQVIVAESGVRDSENLTDWREAFFHRPAPY
FTDSGFPNPPCLSRDEASRINAYIVSARVASGGVPPPPPRLNQSAPGTYVIGENDGCMEG
NYTDPFCNGPLKPNTVYVFKFRATNIQGQYTDSEYSDHIRTAADGLLTREEQIILGVLLS
FFLVLLFIIIICCSVKIHQRKKEGGTYSPREAEIIETKCKLDQLIAVADMELKQEKLNRY
SSFFFRRKEIYVIQLLSYRKSLKPVNKKSFLQHVEDLCANDNAKFQEEFAELPKLLPDLA
TSDADLPWNKSKNRFLNIKPCVWSS
NT seq 9978 nt   +upstreamnt  +downstreamnt
atgcctggaacagagcagcttttgttactgtgcagtttatgtcaggtggctttactgacc
tgtgagctacgcctgcaacctgttgaggttgaggtggtttttgcgcccttcccctccaaa
caagacccggatggctacacggtcacatgcagatctgccgggaaccctctgatgaaaacg
aagcgtattgatcgctcagcgtgctcacctgactgcaggatattattccacctgactgaa
gaccgaaggggacatcacgtcatactgagagccagcaagaatgagtcaatgcttgaagag
aagacctttcactttactccagtgtcccggtcctcctttcatgccgtcagcaccaccact
actgcccagctgacatggaacctccaccagctgcagagtgtatccaccctgactctttac
gacacacactcacaatctgtcgcgcacgtcttccacctgagctcctcagagaccaagtcc
cggtacacgatgaaaggtcttcaacctggcacaaacttcaaggttgatgtaaaagtggct
tctttcttcacaaaccctgagctcagcttgaagcagaaactccatatatttctggaaaca
gcccagtgtccacacggctggttggccagtgggagaagctgctacagtgtgaggaggtca
ggtctgagctggagccacgctcagcacagctgcaccggcctgatgaccggaggccacctg
gctgacctgaaaactgcagaggatctgctgtttgtgtcgtctcacctcctgactgaagac
aacctgctgctgctgtggacaggacttaacgatcagcaggacgaaggccacgctctctgg
tctgatggttcaccgtataatcaaaccaacgctttaatgactctgctgccagagaatcat
acggactgtttcgccttccagaggaaggccatgagaccaggatacttccttactccgttc
ttctgcgacatccccttacctttcatctgccaatacaccatcccgtcagctgctgcatca
ttttcatttgacctggttcaggtgacagaccaacaggtggagcttcgctggggtgacttt
tcacctttcctcaatctttcatcctttgaaatactcctccagtatcaagaaagagaaaat
ggcaagctgggtggttctgtaacagatggatgcagggagtcggaggacaaaaagagaaca
aagacaattttcagaagaactacaagggtccctatttctctctcctctagaggagtaact
gtggcaggtttgtctccggggagcatctacactttcactcttcaagcttctcgtcctgct
ggccccagctggagcctgggacaaactcaaactgcgtacatgagaccttttcctccacag
aacatcactgttggcaccgttagagccagtcacattagtgtccactggaagctgccagat
gcacagtgtgtgaacgaatggacgtttgctgttctctgcaaagacgtgtcttcaagacag
gagagcgtcgttaccgacatctccagggtgtctgacaggaagcagttgtacagcgctgtg
atcggaggacttgagtctcacaggaaatacagggttgaggtgttcacagtgactcggttt
ggtgtatggagctgcagacaggagcctctgactgtacagacagcggtgaagcccccctct
gacttgctggtgctgagcacaaagggaaacctgacggtctgctggatcagtccacctgat
gatcatccagatggttactatatcacgtcccagtctctcggtaatcccaccgtttcctca
caatggatgaacgcctccagctccggtgaactctggacaaacacatccatctgtgtgaac
atgggcccatttattcctggtcacacatatgatgtagcggttgttgctttgaggggaaac
gacaggagcgaggagtccaggatcacacacaccacagctcctctgcccgtgcaggtcaca
gtcccgctttcagtgggcccaaacttcactcagctgtacgttcagcctcctacgatgggt
gtggtggacggggtggaggtgtgtgtgtgtcctggcgtttgcagccgtgtgtgcgtggga
tcgtgtggatataggtgtgactggcattcgcttcccgctggagttaagaccataaccgtc
agacatctcagtccaggatcacagtaccagctcagtgtgtacagcaccagtggggggcag
accggaccaccgtactacacccatcccttcagaacaggtctggctccaccgagcggactg
agggaaggagtggtgacggagtcatccatccagctgctttgggatccagcagaaggtcaa
gctcacggctacgaggtcatctgcctcaactgtgatcaaacactcagggtgcagaaggtg
ctcagtcagagcgccgtgttttctgccctgactcctggctcactttatcactttgccgta
cggacagagaaggagtcatacgctgacagttcgcccgtcttgatcaatatcactgcagcc
cccgtctctctggaggtctcgcttgtcaataaaacaacatcatccatatgcattagctgg
agtgcagccagaggactggtgagctcgctcatcctgtccatcaaaaacagaacgtccgtt
caggagctcatcgttactcatcaggagcccagatcacacaccttcaaaggccttgatcct
ggaactcagtacactgttgaagtggttacaaccagtggggagaggagcagtaaacctgct
gctctgaccctttatactgaaccagcaacgccacaggaagtggctctttcagagcagcca
gaaacatccgtattcatcacctggagagctccaccaggacaggtagagaagtacaagctt
cttttcgggctgctctccacaaacaggaagtcgtggattgagatgtttgtcgagagcacg
agctacgagatcagggaactgatcccggggtcggactatggcgtcagcattcagagcgtt
ctgggatcagacgccagtcgggcggccaacagagagttcagcatgcgcccagcaggattg
tgctgcctccgtgtaaataaagtcaactcctcgtctgtcactgtcggctggaacggcgct
cctggagagttcgaccaccacagagtcaccgtggccgacgcctccgtcacaaaaacactc
atcgtacccaaagaggagcgggctgccgtgattacgggcctgcgggatggctgccgctac
aacgtgagcgccgggagagtgagaggcacgacgtcaggaggtgctgccactctgactgta
aacacagcgctgaaccccgtgagcgccttgcagtttgtgaacgtatccacacgtgcgttc
tcactccgatggcggcgggcagaaggctgtgtggaccgttaccaagtgcacctgcaacca
aacgaggggaaggtcctaattcagcctgcgcaagatggatatgttcaggccaacgtggtg
aatgtcagccccgggacaaagtacacgctgacggtcactgcagcttcctcctccaacctg
agcccagggatcagccgcatgatcaataccaacgagagcgttcctggtcctcctgtaatc
cttgaaggggaagctgtcggttctaatgggatattgctatcctggaccatgccgactgat
gcacacaacattgaaggatatgtcatcaggtacaaggagatgtgcccataccccaaaacc
tatttctcagaaatggaaataaacctagccataccagaaactctgcttactgtcttcacc
tctggttccacatatcaaattcaggtagcagctaaatcaccagtgggaagaggagccttc
agcaaacctatatacataaaaactaatgagtcaccccccggcctggtgaccaatctgaca
gcgtacgctcagaaccacaccttcgtcgtggtcacctggtacctgccgcagcgcatcaac
ggcctcatcacaaagttcgcagtcaagacgaaaaacgttcgtacgtcgcagacggtccgc
gtcatggaggtcaacgcagacgaaatcatgaccatagctctgcctcactgcaacgacgcg
gctgaaatcctgtcacgtgcaactcctagtcccttggagataacagcatcgtctccgtcc
atcaccctctccgccatcccccctgcagcctcctggagtgtccccatttctgtgggggtc
gataagctgcgaccttacactgcttatctgttcgaggtgtcagccttcacctcggacgga
gagggacagatagcttctaccatggttcggatgccagaatcagctccagaagatccacca
caaaacctcgctgtgccaaatatgacgtcaagagcaatttctgtgtcgtggaaccctccc
agtattatcactggaaagttcagctacgtgctttaccttgatggacctacaggttttctg
tatgagaactccacagtggacatgcgttttgttttcactgctttgactccttacacgagg
tataacatatccatccgagcaaaagcagcaggagagctgggtccagctgcgtggagagtt
gcaatcacaccatctgaggcacccagtgcagtgcagagcttgaaggcggaggccgaagac
tctgtttccattcgtgtgagttggagaagccctgcccagcccaacggtcccataatccag
tacaggctgcaggtcttggtggaccacatgctgctgcaggtcatcaccctcgcatcggag
aacacaacctctttatatcagaatgggacacttcctccttttgtttccacgaacctgacg
caaattcgaagtaagagatcggctgagctcaacgcgaccacatctccgccgatcttcaca
gccaccattgctccccgcacgctgcccgccgacacgaccgcttccatctccacgcgctca
gccggcagtagcactgatcgtgtcactgacaccgacgctccgccaacccacctcactgtg
accgtcggcaagtccagcacacgcttcgagtcacaaactcccggcgactctcgatcttcc
gccagcgcggggagcgccgcgttcaccgccacgtccacgccacccgctacgcttccaccc
tggctgactgagcagtcccacacaaacgcctccacctcagccctgactccgggccagccg
cgcctgtctacacgggtcgcttcagttacagcacacgtttcaacgctcagctccgccgtg
tctggaactccaggcgtaacagtgaagcaggaggtggtggacgtcttgtctgagaagttg
tcttacctggtgtcagatctgaaccccttcactgagtacagattcagagtcaccgcttcc
accactgcaggagaaggacctgctacagatattactgagaagaccagtgaacaggtcccc
agtgcagtgcttgaagtggcctatcaaaacatcagctccacctccatacgtgtgagctgg
ctcccaccactcagtcctaatggatggatcacacattacaccgtttatggccttaatctg
cgcactaatcgagcccggaaatgggaaacgaacaataccaacataataatatcagaactg
gacaagtatactgcctataagcttcgtgtcgctgcatcgacagctgtgggagagagcgcg
ctgtcggaggaggatgacgtttttgttcacactttagaggacgagcctgactcccctcct
gaaaatctcacggttgtggacaccagcgcctcgacggccactctgacctggtctgcccca
gagaaggctaatggagtgatccagttctacgaggtctcgtatgaaaacgagtccttctct
gcgctggtgaacaccacgtccaacagagtcactctgatggagctgaagccgttctcctac
tacaacgtgtctgtgagggcgtacacgcggtacggcaacggcaaccagacatcagacgct
ttgctccttctgtctggagaagatgttccaggcagtcccccgtttggactctcctacgag
tcggtgagtcccagcgaggtgaacgtgacgtggcgtcctcctctgctgcccaacggcgtc
atcacccactacagcctggacctctggaactccacgcaccacgtgaacctcacctcgccg
ggcagcttcatcctcatcacgcacctgaggaagtacacgcagtaccgcgtcgtggttcag
gcgcacacccgagccgggccgggaaaccacagcagcgagccgctcaacatcaccacacta
gaggatgctccagacactccccctcagttcctcaaagccaggaagttgtcagattatgag
gtagagttgtcatgggaaccaccgcgtaatccgaattcagacatcctctactacattgtc
agagtttggaataaaacgagtgagctgtggcagaatgtgacacaaacgtctgtggttatt
aatgtggactctgagagtcgctacaatgcctctgtctccagctggacccgactgggagat
ggaggagtgctgatctatatcagctttaccaccagtgaagccgagccattcgatcccccg
cagaatgtgacttttgtaaatgtgactgcttcctctgtcaccttgatgtggcttccacct
actgagcctaatgggattattgtgctctacactatttacatcactgaaaacaacactatg
gcagaaaagaaaattcctgtttcagatttacctgcccacacccatcctgattcgcccttc
atttacactctgactcacctgattgggggcagtaactacactatatggatgacttcaagc
actgtacagggtgacggaggggtccagtctgagccaataatcgtgcttctgccagaggat
gtgccgagcgacccggtatcaaacctgacagctcagatcttcagctcaacggccatcatc
gtgagctgggatcccccgatggaaccaaatggtcggccctactacatcctcaccttacag
gaagctggcatattcccaaacagcaccagcccgggaacgtcagctgtcaataaaaccatc
aaacacaccacaaccgataatgtcttcctgtttaccaagctcaggaagtatttcccatat
gtgctgactgttacaccggcaaccggggccggtcctgcctacaaccaaaccaggatgatg
cacctgagaacagatgatgacattcccagctctcctccacttttagtgtcggctagaaac
ctgtccatgtcctccatcgcggtggtctggcagcgtcctctagaggccaatggagaaata
actgagtacacgctgacactgtctggccccgggggctccaacacaacccagacccccaac
acctcagtcaccctctccggcctgctctcgtacacggcctacaatctcacggttgcagct
gcgacgcgtaaaggggcggggcccagcctgctcgtgcagcttcatactgacgaagggggc
cccacgtctcccccacttaacctgactatatttaaccacacggcagtatccgtgtggctg
agctgggagcctcctctggagcccaatggagtggtgataaagtacggattccggatccga
gacctcatcacagaaaccgtcacacatcggaattcctctggtccgtcgaccgtggagcac
ctgtcaggctttcggccccacagctcctatgagatcagtgtgtacagttacaccagagtg
ggccacgggaatcaattcagccgccctgtgaccttcacaactaacgagtcagtgtctgaa
gctgtgggaaacctgtcctgctctggagtgagctgggattcaattgagctgtcttgggac
actccagccaaccccaacggacagattctgttttacgagatcataatcgaagctgaactg
cagatctccacacaccagacccacacacctggatacacgctgacggggctgtcaccagag
cagcgttatgcatttgtaatagccgcagtcaactctgccggagcaggagacgaggtgaac
tgcacggcttccactctttctgaatcagttccagctgcccctcgcttcctcagcgtctct
gagatcacctcgagcaatctgagccttgagtgggctccgccgctgtccgttccgggcctg
ctgaaggagtaccgcgtcgtcgcgcagctgctttccaccgattgtggtccaaacacgcag
ccgactccggaggccggtcttgccccgcgctgcgtggacaacgacttcacggtgtcagtg
aatgcctcggacagcaccggaggaggcagcgtcactcttcagtccctggccaaatacaga
aactatcgcttcaaagtggctgctgtgaccaacgctggagttggagaatacacgcactgg
atatatgcaacgactctggctggaaatcccgactcgcctccccgtaacctgaacgtgacc
tccacctccaccagccttcgcatcacgtgggaagctccggctgttatctcgggaccgact
tcctattttgtgcaggtggacgggcctggtgtgaacttctctgcagtgcgagctccagga
gagctgatggctgttgttgtgaccaacctgatggcgttcacccgctacaccattaccatc
accgcctttactgcttcgttagaggatgggaaggctgttgggcctactgttttccaaaca
ctggaggaagagccaaaagaccctcccaagaacgtgaccgtctctgttatcccagaggaa
gtgaacctggtgagggtgagcttcagtcctcctgaagaacccaatggaaacatcaccgca
tattacctgtttgtgtatgagaaggaccagctggttaaaaatatcagccttgacaacgtc
cacggtgaaccccacatggtggtcgctttcatagagggcctcaaaggagggcacacttac
agcatacagattgcggcaaagaacggtgcaggcaggagcccgctcagcccacatgtccag
atcactacagggattaaagctccgtccaagccgacccaaaaaccccaagcagcgctgggc
catggaggggttgccatggtaacccacaggagcataaccatccacatgcctgcctgtttc
tatagtgacgataacgggccaatcacaaaaatccaggtcatcgtggccgagtcaggggtg
cgagacagcgagaacctgaccgattggagggaggcgtttttccatcgtcccgctccgtac
ttcaccgactcggggttccccaaccctccgtgtttgtccagggacgaggcgtcgcgtatc
aacgcctacatcgtgagcgctcgcgttgcgtccggaggcgtgccgccgccgccgccgagg
ctgaaccagtccgctccggggacgtatgtgatcggagagaacgatggctgcatggaggga
aactacactgatcctttctgcaacgggcctctgaagcccaacactgtctatgtgtttaaa
ttcagagctacaaacattcaaggccagtacacagactctgaatactcagatcacatcaga
actgcagctgacgggctgttgaccagagaagagcagatcattctgggtgttttgctgtca
ttcttcttggttttgttattcatcatcatcatctgctgctcagtcaagattcatcagcgc
aagaaagaaggtggaacctactctcccagagaggcagagatcatagagacaaagtgtaaa
ctggatcagctgatcgctgtggccgacatggagctgaaacaagaaaaactcaatcggtat
tcttccttcttctttagacggaaagagatttatgtcattcagctgctcagctacaggaag
tcgctcaagcccgtcaacaagaaatcttttctgcagcacgtagaagatctgtgtgccaac
gacaatgccaagttccaggaggagtttgcggagctgccaaagctgctgccagacctggcc
acctcagatgcagacctgccctggaacaaatccaagaatcgcttcctcaacatcaaaccc
tgtgtgtggtcaagctaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (17)   

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