KEGG   Rattus norvegicus (rat): 114122
Entry
114122            CDS       T01003                                 
Symbol
Vcan
Name
(RefSeq) versican core protein isoform 1 precursor
  KO
K06793  versican core protein
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04514  Cell adhesion molecules
rno04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:rno00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04514 Cell adhesion molecules
    114122 (Vcan)
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    114122 (Vcan)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:rno00535]
    114122 (Vcan)
   00536 Glycosaminoglycan binding proteins [BR:rno00536]
    114122 (Vcan)
   04091 Lectins [BR:rno04091]
    114122 (Vcan)
Proteoglycans [BR:rno00535]
 Extracellular matrix (ECM) proteoglycans
  Aggrecan / versican family
   114122 (Vcan)
Glycosaminoglycan binding proteins [BR:rno00536]
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   114122 (Vcan)
Lectins [BR:rno04091]
 C-Type lectins
  Group 1: Proteoglycan core proteins
   114122 (Vcan)
SSDB
Motif
Pfam: Xlink Lectin_C EGF V-set hEGF Sushi EGF_2 EGF_3 ig EGF_CA cEGF
Other DBs
NCBI-GeneID: 114122
NCBI-ProteinID: NP_001164029
RGD: 619940
Ensembl: ENSRNOG00000029212
UniProt: Q9ERB4
Position
2:complement(22497035..22595955)
AA seq 3357 aa
MLINMNGILWMCSTLLLTHALHKAKMEENPPVKGSLSGKVILPCHFSTLPTLPPDYNTSE
FLRIKWSKIEVDKNGKDIKETTVLVAQDGNIKIGQDYKGRVSVPTHPDDVGDASLTMVKL
RASDAGVYRCDVMYGIEDTQNTMSLAVDGVVFHYRAATSRYTLNFESAQQACLDIGAVIA
TPEQLFAAYEDGFEQCDAGWLSDQTVRYPIRAPREGCYGDMMGKEGVRTYGFRSPQETYD
VYCYVDHLDGDVFHITAPSKFTFEEAEAECANRDARLATVGELHAAWRNGFDQCDYGWLS
DASVRHPVTVARAQCGGGLLGVRTLYRFENQTCFPLPDSRFDAYCFKPKQNISEATTIET
NTLAETASPSLSKEPHMVPERATPVIPLVTELPIFTTHFPPAGNIVNSEQKSVIYSQAIT
DRVATESPTAAGSPINSWDADDYLPSGSGPLGKPDISEIKEEGLQSTTVTSQHATASHHG
ITEDTQTHESVTQIEQIEVGPLVTSMEITNHISFKEFLETKTPLESTEVTLEQHQTDMPT
VITSPELATTSHYGVTLREDDREDIALTVRSGQSTRVFSQIPEVITVSKTSEDTTYSQLG
DLEFVSTATITMLGTDGSLTDEGKEPQTDDKTAEDEFGQSQPTIPFPSQHLTEVESLPYS
GDTISVERISTVSYPSLQTDVTQGRERTEVPRPGLKKDPYAVDEIQEKITKDPFIGTIEE
GFSGMSLSTSSSETSAERTESVSPALTIEKLTVKPAVASDVDEMTILTRLETDVPTSDED
VTSAHLTHSTLNVEVVTVLKWPGNEDNSTSKPLPPTERAGFTKSPPVSLSTVGIVGKDKE
TPSFTDGGDEYTLSLDGTPKPLEKFSEEDLTSGEFAVTIPTSISIDSAEKSTLGEPTTGD
RVLSTTSTKDLVINATVEGSALDEDMDASKPLFTATPFVHTSDVEESAFVNYSSTQQPTT
YVDISHTSPLSIIPKTEWSVSETSVPLEDEVLGKSDQDTLEQTHLEATMSPEALSTIEVT
QGETQEEPQTPGIPFPALSSTAVMTKETTAFEEEGEGSTYTLSEDRLMTDSEIVPSLETT
PVGTSYPGGAMTQQEVEMDTMVTQMSSIRPTVVLSTEPEVSYEAEGSSPMEFASTLKPFG
TQVTQLVEETTEEGKKTPLDYTDLGSGLFEQPRVTELPDFSMTPSDISVFTAIDSLHRTT
PLRPPSPFTEEPHIFEKEPSEKTTGDIILPRESVTQHPLTTLMDIIAKKTESDIDHEYHM
TSKPPVMQPTRPSVVERKTTSKPQELSTSPPPAGTKFHPDINVYIIEVRENKTGRMSDMV
VNGHPIDSESKEEEPCSEETDPLHDLFAEILPELPDSFEIDIYHSEEDEDGEEDCVNATD
VTTTPSVQYITGKPHVTTVPKNPEAAEARRGLYESVAPSQNFSNTSATDTHQFIPAETEL
STTMQFTKSKEATELLEITWKPETYPETPEHFSSGEPDVFPTLPSHDGKTTKWSEFITES
NPNTENPEHKQPKPIPLFPEEFSGEGAIDQASQQTIFSRATEVALGKETDQSPTISTSSI
RSGSVSVHALEEDPIALTGISQTDESMSTVESWVEMTPSQTVEFSGSSSAPTIEGSGEVE
EYTNKIFNTVTDLPQREPTDTLIPLDMSNIMITDHHIYTPATTAPLDSQLPSTDARPTQF
GIQTTTSEWVSSTSFEGRKTEEDKERDTNAAHTGEVQPATERSDRLLLTSELESSNVAAS
SPLDTWEGFVPETTSTVSEKEMANTTPVFTETSDVANLETQSFEHSSSSQPRVQEELTTL
SGKPPLIFMDLGSGDASTDMEFITASSFTLDLESDTKVKKELPSTLSPSVETSSSSEPIG
LAPSTVLDIEIVEVMNQTSKKTLISELSGKPTSQAEVRDLYPGLGEDFSGDSSEYPTVSS
TTMKEETVGMGGSENERVKDTQTLSSIPPTSDNINPVPDSKGFGSTVASTTAFPWEEFMT
SAEGSGEELSSVRSSVSLVLPLGVDILPTTESPYFDQEFEEAAAVTEAGKQSALPIAVSG
NTVDLTENRDIEVNSTMSVDLPQTMEPAKLWSKPEVNPEKQEIGSETVTQDKAQGQKSFE
SLHSSLAPEQTTLESQSLIETEVQTSYYSMLTTMKTYNTNEEVEEEGTSIAHMSTPGPGI
KGLESYPTHPEATGKSYSFSASALVTESGPARSVVMDSSTQEEESIKLFQKDMILTHKES
NSDLSFSGLGSGEALPPLPTTSVSLTDMGKINSTLYPETSHMESLGTSILGDNHERMKNV
SNEVRTLISETGSISQDSTEAPNTTLSDTRTEESTTSPLPFMKLMDTEHSPKQTLRWEEE
IQTHRPQTMTGQMTNDNSSVSEAEAAATSAPAFLPETYSVEMTKAFATSPSQTSDLFDAN
SGEGSGEVDGLDLVYTSRTTQASSQGDSMFASHGFIEKHPEVSRTETGATDGSPTASAMF
LHQSEYNESSLYPTSTLPSTVTYESPSEGIADGLQDHIRFEVSTLKPSRRKATESVIIDL
DKEDSKDLGLAITESAIVEILPELTSDRNIIIDIDHTKPVYEYIPGIQTDLDSDIPLGSH
GSSEESLEVQEKYEATINLSPTEEAFDGSGDALPAGHTQAIYNESVTPSDGKQPEDISFS
FATGIPVSSTETELNTFFPTVSTLHIPSKLTTASPEIDKPNIEAISLDDIFESSTLSDGQ
AIADQSEVISTLGHLEKTQEEYEEKKYGGPSFQPEFFSGVGEVFTDAPAYVSIGRTYSVA
QPLTEFPNVVGQSDSTHYTEATSAVSSVTELSPQTPSSPSPVYIDSGVSEFTEVPHKSAQ
PAPTAASSQKLIEGSFKKVRANIEATIKSLGENDHGTESPSMSPSPALDISEDDSKPKLL
EDLETSPTKTETSQDSPNKANDQIPGKTAGILAGIKTTESGPVVTAADDMELGDATQRPH
SASAPAAFRVETSMVPQPIPQEPERPTFPSLEINHETHTSLFEESILATSEKQVSQRILD
YSNQATVSTLDLNTEHSIPPFSILDNSNETAFLIGISEETVEGTAVYLPGPDLCKTNPCL
NGGTCYPTETSYVCTCAPGYSGDQCELDFDECHSNPCRNGATCVDGLNTFRCLCLPSYVG
ALCEQDTETCDYGWHKFQGQCYKYFAHRRTWDAAERECRLQGAHLTSILSHEEQMFVNRV
GHDYQWIGLNDKMFEHDFRWTDGSALQYENWRPNQPDSFFSAGEDCVVIIWHENGQWNDV
PCNYHLTYTCKKGTVACGQPPVVENAKTFGKMKPRYEINSLIRYHCKDGFIQRHLPTIRC
LGNGRWAMPKITCMNPSAYQRTYSKKYLKNSSSVKDNSINTSKHEHRWSRRWQETRR
NT seq 10074 nt   +upstreamnt  +downstreamnt
atgttgataaatatgaacggcatcctatggatgtgctcaaccttactgttaacgcatgca
ctgcataaagccaaaatggaagaaaacccacctgttaaaggctctctgtctggaaaagtg
atcctaccttgtcatttttcaaccttgcccaccttaccacccgattacaacacgagtgaa
tttctcagaatcaaatggtctaaaatagaagtggacaaaaatggaaaagacataaaggag
actactgtcctggtggcccaagacgggaacatcaagattggtcaggactacaaggggcgg
gtatcagtgcctacgcatcccgatgacgtaggcgatgcctctctcaccatggtcaaactc
cgtgctagtgacgcaggtgtctaccgctgtgatgtcatgtatggcattgaagacactcag
aacacgatgtcgctggccgtggacggtgtcgtgtttcactacagggcagcgaccagcaga
tacactctgaacttcgagtctgctcaacaggcttgtttggacatcggggcggtcatagca
accccagagcagctgttcgctgcctatgaggatggatttgagcagtgtgatgcaggatgg
ctgtctgaccaaactgtcagatatcccatacgggctccccgagagggctgttatggagac
atgatggggaaggaaggggtccggacctatggattccgctctccccaggaaacctatgat
gtgtattgctatgtggatcatctggacggcgatgtgttccacatcactgctcccagtaaa
ttcaccttcgaggaggccgaagcagagtgtgcaaaccgggatgccaggctggcgactgtt
ggggaacttcacgcagcttggaggaacggctttgaccagtgcgattacggctggctgtcg
gatgccagcgtgcggcaccctgtgactgtggccagggcccagtgtggaggtggtctactt
ggggtgagaaccctgtatcgttttgagaaccagacatgcttccctctccctgatagcaga
tttgatgcctactgctttaaacctaaacagaatatatcagaggcaaccaccatcgaaacg
aataccctcgcagaaactgcatcacccagtttatccaaagaaccacacatggtacccgag
agagctacaccagtcattccattagtcaccgaattacctatttttaccacacacttccct
cctgcaggaaatatagtcaattctgaacaaaaatctgtaatctactctcaggctatcaca
gacagagtagccactgaatcacccacagctgctgggagtcccattaactcttgggatgcg
gatgactacttgccttctgggtcaggaccacttggaaagccagacatatctgaaattaag
gaggaaggacttcaaagtacaactgtcacctcccaacatgctactgcctcacaccatgga
attacagaggatacgcaaacacatgaatcagttacacagattgaacaaatagaagtgggc
cccttggtaacatccatggaaatcacaaatcacatttctttcaaggaatttctagaaacc
aaaacaccattggaatccacagaagtgaccctggaacagcatcagaccgacatgccaaca
gttatcaccagtcctgaattggcaaccacaagtcactatggagtcaccttgagagaagat
gatagagaagatatagcactgacagtaagatctggtcagagtacccgggtctttagccaa
ataccagaagtcatcacggtatcaaagacatcagaagacactacctactcacagctaggg
gacttagaattcgtttcaacagcaacaataaccatgcttggcacagatggatcactgaca
gatgaagggaaagaaccccaaactgatgataagacggccgaagacgagtttggtcaatca
caacctacaatccccttcccatcacagcatcttacagaagtagaatcacttccatattct
ggtgacacaatatcagtagagagaatatccacagttagttatccatcattacaaacagat
gtgacacaaggaagagagagaacagaagtaccaaggccagggttaaaaaaagatccttat
gcagttgatgagatacaagaaaagatcaccaaagatccatttataggtacaatagaagaa
ggcttctctggaatgtctctctctacatcttcctcagagacttcagcggaaaggacggaa
tctgtttccccagcattgacaattgagaagttaactgtgaagccagccgtagcaagcgat
gtggacgaaatgacaatcctgactagattagaaacagatgtgccaacgtctgacgaagat
gttacaagtgctcatttgacccatagtactttaaatgtggaagtggtcacagtattaaaa
tggccagggaatgaagacaattcaacttcaaagcctttacccccaacagaacgtgcaggc
tttacaaaatcgcctcctgtctcacttagcactgtaggaatagttggaaaagataaagaa
accccaagtttcacagatgggggagacgaatacactctttccctagatggtactcccaag
ccattagaaaagttttctgaggaagatttaacatctggagaatttgcagttacaattcct
acatctatatcaattgacagtgcagagaagtcaactttgggagagcctacaactggagac
agggttctgtccaccacaagcacaaaagatctggtcatcaatgcaactgtggaaggaagt
gctttggatgaagatatggatgcctccaagccactgtttactgccaccccatttgtccac
acctccgatgtggaagaatcggcatttgttaattatagtagcacccagcagcccactact
tatgtagacatatcccacactagtcctctttctataattcccaagacagaatggagtgta
tcggaaacttctgttccactggaagatgaggttctaggcaaatctgatcaagataccctt
gaacagacacatctagaagcaaccatgtctcctgaagctttgagtacaatagaagtcaca
cagggagaaacccaggaagaaccacaaacaccaggaatcccatttcctgctctcagttct
actgcagttatgaccaaggagacaacagcatttgaagaagagggggaggggtcaacatat
accctctctgaagacagattgatgacagattctgaaatagtcccaagtttagaaacaact
ccagttggtacatcttatccaggtggtgcaatgacacagcaggaagtagaaatggataca
atggtaacacagatgtcaagcattaggccaacagtagttttaagtactgagccagaagta
agttatgaagcagaaggtagtagtccaatggaatttgcatcgactttgaagccctttggg
actcaagtcacacagcttgtggaagaaacgactgaggaagggaaaaagacacccttggat
tatacagatttaggttcagggttatttgaacaaccgagagttactgagctcccagatttt
tcaatgactccaagtgatatcagtgtcttcactgccatcgacagccttcacagaaccaca
cccttgaggccaccttcgccattcactgaggaaccacacatctttgagaaggagcccagt
gagaaaacaacaggtgacataatacttcctagagaatctgtaacacagcaccctctgaca
actctcatggatatcatagccaagaaaacagaatctgatattgatcacgagtatcacatg
acctcaaagcctcctgtaatgcagccaacaagaccatcagttgtggaaagaaaaacaact
tccaaacctcaagagttgtctacttcaccacccccggcagggaccaaattccaccctgac
ataaatgtttatattattgaggtcagagaaaacaagacaggtcgaatgagtgatatggtt
gtaaatggtcatccaatagattcagaatctaaagaagaggaaccttgcagtgaagaaaca
gatccactgcatgatctgtttgctgaaattttacccgagttaccagattccttcgaaata
gacatatatcacagtgaggaagatgaagatggagaggaggactgtgtaaatgcaactgat
gtaacaaccactccgtcagtgcagtacatcactgggaagccacatgtcactacagtgccc
aaaaacccagaagctgcagaagcgaggcgtggcctgtatgaaagtgttgcgccttctcag
aatttctcaaatacttccgcaactgacacccatcagtttataccggccgaaacagaattg
tcaactaccatgcaatttaccaaatccaaagaagccactgaattgttagaaatcacatgg
aaacccgagacctaccctgaaacaccagaacacttttcaagtggtgagcctgatgttttc
cctacactgccatcccatgatggtaaaaccaccaaatggtcagagttcatcacagagagc
aatccaaacacagaaaatccagaacacaaacaacctaagcctatacctctgtttcctgaa
gagttttcaggagagggtgccattgaccaagcatcccagcaaacaatcttttccagggct
acagaagtagcacttggtaaagagacagaccaaagtcctaccatatctacctctagcata
cgttcaggttctgtgtcagtacatgccttggaggaagatccaattgctctaacaggaatc
tcacagactgatgaatccatgtctactgtggaaagctgggtagagatgacccctagccaa
actgtagagttctctgggagttcttcagctcctactattgaagggtctggggaagtagaa
gaatatacaaataaaattttcaacacggtaactgatttgccacagagagagcctacagat
acgctcatccccttggatatgagcaacatcatgatcacagaccaccacatttatactcct
gcaaccaccgctcctttggattcacagctaccttctacagatgcacggcctacacaattt
ggaattcaaaccaccacctctgagtgggtttccagtacatcttttgaaggaaggaaaaca
gaggaagacaaagaaagagatacaaatgcagcccacacaggggaagtccaaccagcgaca
gagaggtcagatcgcttactcttaacttcagaattagaaagttcaaatgtggctgcatct
agtcctttggacacctgggaaggttttgtgccagagacaacatcaacagtgtccgaaaag
gaaatggcaaacacaactcctgtttttacagaaacaagtgatgtagccaatttggagaca
cagtcttttgagcatagtagtagcagtcagcccagggtacaggaagagctgaccactctc
tcaggaaagccccccttgatttttatggacctgggttcaggagatgctagtactgatatg
gaattcatcactgcttcttcatttacattagatttggagtccgataccaaagtcaaaaaa
gaattacccagtactctgtctcccagtgtggagacttcatcctcctctgagccaatagga
ttagctccgagtactgtattggacatagaaattgtggaagttatgaatcagacatccaag
aagacactgatttctgaactatcaggaaagccaacctcccaagcagaagtaagggattta
tatccaggtctgggagaagattttagtggtgactccagtgaatatccaacagtgtcttct
acaacaatgaaagaggaaacagtggggatgggaggctctgagaatgaacgagttaaggat
acacagactttatcatctataccacctacctcagacaacatcaacccagtgcctgactca
aaaggattcggcagtactgtggccagcaccacagccttcccttgggaagagttcatgacc
tcagctgagggctcaggtgaggagctgtcctcagtcaggagctctgttagtctagtgctt
ccactaggtgtggacattcttcctactacagagtctccatattttgatcaagagtttgaa
gaagcggctgcagtgacagaagcaggtaaacaatctgctttgccaatagcagtgagtgga
aatactgtagatctgacagaaaacagggacatagaggtaaacagcacaatgtcagtagac
cttccccagacaatggagccagccaaattatggtctaaaccagaagtcaatcctgaaaaa
caagagattggaagcgaaacagtgacacaggataaagctcagggacaaaagtcttttgaa
tcgctccacagttctcttgcaccagaacaaacaactttggaaagccaatcacttattgaa
actgaagtccaaacttcatattactctatgttaacaacaatgaaaacatacaatactaat
gaggaagtggaggaggaaggcacgtccatagctcatatgtctactccaggccctggaatc
aaaggcttggaatcatatcctacccatcctgaagctactgggaagtcatactctttctca
gcttctgccttagtgactgaatctggaccagctagaagtgtagtcatggattcctcaact
caagaggaagaaagtataaaactcttccaaaaggacatgatactaacacataaagagtca
aattctgatctctcgttctctggcctgggatcaggagaggctttgcctcctctccctaca
acatcagtgagtttgactgacatgggaaagatcaatagcacattgtatcctgagacatct
cacatggaaagcttaggaacaagcatcttaggagataaccatgaaagaatgaaaaatgtg
tcaaatgaagttagaacccttatttccgaaacaggcagcatttctcaagacagtacggag
gcacccaatacaactttgagtgataccagaacagaagaatctacaacttcacctcttcct
ttcatgaagctcatggacacggaacattctccaaagcagaccctcaggtgggaagaggaa
atccagacccataggccacaaactatgactggacagatgaccaatgacaattcttcagtg
tcagaagctgaagcagcagcaacctctgcccctgctttcctgcctgaaacctacagtgtt
gaaatgaccaaagcctttgctacatcaccgtcacaaacatctgacttgtttgatgcaaat
tctggagaaggatctggagaagtggatggtcttgacttagtgtacacttctagaactact
caggcaagcagtcaaggagacagcatgtttgcctctcatggattcattgaaaagcatcca
gaggtgtcaaggaccgagactggagctactgatggatctccaacagcttcagcgatgttc
ctgcatcagtcagagtacaatgagagttccctgtatccaaccagcacactgccaagcaca
gtgacatatgagagtccctcagaaggtattgcagatggtttgcaagaccatatcagattc
gaagtttctaccttgaaacctagcagaaggaaagccactgagagcgttattatagatcta
gacaaagaggatagtaaggacttagggttggcaattactgagagtgctattgttgaaatt
ctccctgagctgacatcagatagaaatattattatagacattgatcacactaaacctgta
tatgagtacatccctggaatacaaacagacctagattcagacataccattgggatcacat
ggcagtagtgaagaaagccttgaagttcaagagaagtatgaagcaactattaacctgtct
ccaactgaggaagcatttgacggctctggtgatgcacttcctgctggtcacactcaagcg
atatacaatgagtctgtgactcccagtgatggaaagcagccagaggacataagctttagt
tttgcaactggaatcccagtttctagcacagagacagaattaaatactttcttccctaca
gtgtcaaccctgcacattcctagcaaactaaccaccgctagtccagagattgataaaccc
aacattgaagcaatatcactggatgatatatttgaatcaagcaccttgtctgatggccaa
gctattgccgatcagagtgaagtaatatcaacactaggccatttggaaaagacacaggaa
gagtatgaagaaaagaaatatggaggtccttcttttcagccagaattcttttcaggagtg
ggggaagtattcacagatgcccctgcttatgtaagtattggtaggacatactctgtagct
cagcctttaacagaattccccaatgtggtaggacaatctgactccacacattacactgaa
gcaacatctgcagtttcctctgtgacagagctgtctcctcagacaccatcttctccctct
cctgtctacatagacagtggagtctctgaattcacagaggtcccccacaaaagtgctcag
ccagctcctactgccgcttcatcacaaaagttgatagagggttcttttaagaaagtgcgt
gctaatattgaagctaccatcaagtcgctgggtgaaaatgatcacggaacagagtctcca
tccatgtctcctagccctgctttagacatttcagaagacgacagtaaacctaagttacta
gaagacctggaaacttctcccacaaaaaccgagacttcccaagattccccaaacaaagca
aatgatcaaattccaggaaaaacagctggaatccttgctggtatcaaaacaacagagagt
ggaccagtcgttacagctgcagatgacatggagctaggagatgccacacagcggccacat
tctgcttctgctcctgcagctttcagggttgagacaagtatggtacctcagcccatccca
caggagcctgagaggccaacctttccttccctggaaattaaccatgaaacacacacatca
ttatttgaagaatctatattggcaacatctgagaaacaagtgtcccaaagaattcttgat
tacagtaaccaggcaacagtcagtactctggatctaaatactgaacactcaataccacca
ttttccattctggacaattctaacgaaactgctttcctgattggcattagtgaagagacc
gtggaaggcacagcagtttatctaccaggacctgatctctgcaaaacaaacccatgcctc
aatggaggcacctgctatcctactgagacttcctatgtgtgcacctgtgcacctggctac
agtggagaccagtgtgaactggattttgatgaatgtcactctaacccttgtcggaatgga
gccacctgtgtggacggtctgaatacatttagatgcctctgccttccgagttatgtcggt
gcactctgcgaacaagacactgagacatgcgactatggctggcacaaattccaagggcaa
tgctacaagtactttgctcatcgccgtacatgggatgctgctgaaagggagtgtcgcctg
cagggtgcccacctcacaagcatcctttctcatgaggaacaaatgtttgtgaatcgtgtg
ggccatgattaccagtggattggcctcaatgacaagatgtttgaacatgacttccgctgg
actgacggcagcgcactgcaatatgagaactggagacccaaccagccagacagcttcttt
tctgctggagaagactgcgttgtgatcatttggcatgagaatggccagtggaatgacgtc
ccctgcaactaccacctcacctacacctgcaagaagggaacagttgcttgcggccaaccc
cctgttgtagaaaatgccaagacctttggaaagatgaaaccacgttatgaaatcaactcc
ttgattagataccactgcaaagatggtttcattcagcgtcaccttccaactatccggtgc
ctaggaaatgggagatgggcaatgcctaaaataacctgcatgaacccatctgcataccaa
aggacttattctaagaaatacttaaaaaattcctcatcagtcaaggacaattctataaat
acgtcaaaacatgagcatcgctggagccggaggtggcaggaaacgaggcgctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (6)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (14)   
   RefSeq(nuc) (4)   
   GenBank (5)   
   EMBL (5)   
Protein domain (11)   
   Pfam (11)   
All databases (44)   

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