KEGG   Mus musculus (house mouse): 13003
Entry
13003             CDS       T01002                                 
Symbol
Vcan, 5430420N07Rik, 9430051N09, Cspg2, DPEAAE, NG2, PG-M, PG-M(V0), PG-M(V1), hdf
Name
(RefSeq) versican
  KO
K06793  versican core protein
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04514  Cell adhesion molecules
mmu04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04514 Cell adhesion molecules
    13003 (Vcan)
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    13003 (Vcan)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:mmu00535]
    13003 (Vcan)
   00536 Glycosaminoglycan binding proteins [BR:mmu00536]
    13003 (Vcan)
   04091 Lectins [BR:mmu04091]
    13003 (Vcan)
Proteoglycans [BR:mmu00535]
 Extracellular matrix (ECM) proteoglycans
  Aggrecan / versican family
   13003 (Vcan)
Glycosaminoglycan binding proteins [BR:mmu00536]
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   13003 (Vcan)
Lectins [BR:mmu04091]
 C-Type lectins
  Group 1: Proteoglycan core proteins
   13003 (Vcan)
SSDB
Motif
Pfam: Xlink Lectin_C V-set EGF hEGF Sushi ig EGF_2 EGF_3 cEGF EGF_CA
Other DBs
NCBI-GeneID: 13003
NCBI-ProteinID: NP_001074718
MGI: 102889
Ensembl: ENSMUSG00000021614
UniProt: E9PYH0
Position
13:complement(89803429..89891146)
AA seq 3354 aa
MLINMKGILWMCSTLLLTHALHQAKMETSPPVKGSLSGKVVLPCHFSTLPTLPPNYNTSE
FLRIKWSKMEVDKNGKDIKETTVLVAQNGNIKIGQDYKGRVSVPTHPDDVGDASLTMVKL
RASDAGVYRCDVMYGIEDTQDTMSLAVDGVVFHYRAATSRYTLNFAAAQQACLDIGAVIA
SPEQLFAAYEDGFEQCDAGWLSDQTVRYPIRAPREGCYGDMMGKEGVRTYGFRSPQETYD
VYCYVDHLDGDVFHITAPSKFTFEEAEAECTSRDARLATVGELQAAWRNGFDQCDYGWLS
DASVRHPVTVARAQCGGGLLGVRTLYRFENQTCFPLPDSRFDAYCFKPKQNISEATTIEM
NILAETSSPSLSKEPHMVPDRATPVIPLATELPIFTTHFPPAGNIVNSEQKSVVYSQAIT
GRLAMESPTTTRNTINSWDLNDSLASGSGPLGMPDISEIKEEELRSTTVISQHATGSQAV
ITEDTQTHESVSQIEQIEVGPLVTSMEITNHISLKELPEKNKTPYESTEVTLEHTTEMPT
VSASPELATTSHYGFTLREDDREDRTLTVRSDQSTRVFSQIPEVITVSKTSEDTTYSQLG
DLESISTSTITMLGTDRSLIDKEKEPKTNGKVTEDEFGQSQPTTTFPSQHLTEVELLPYS
GDTTSVEGISTVIYPSLQTDVTQGRERTETPRPELKKDPYTVDEIPEKVTKDPFIGKTEE
VFSGMPLSTSSSESSVERTESVSPALTIEKLTVKPTEARDVEEMTTLTRLETDVTKSDKD
VTRVHLTHSTLNVEVVTVSKWPGDEDNSTSKPLPSTEHAGFTKLPPVPLSTIGINGKDKE
IPSFTDGGGEYTLFPDGTPKPLEKVSEEDLASGELTVTFHTSTSIGSAEKSASGEPTTGD
RFLPTTSTEDQVINATAEGSALGEDIEASKPLFTGPPFVHTSDVEELAFVNYSSTQEPTT
YVDISHTSPLSIIPKTEWSVLETSVSLEDEILGKSDQDILEQTHLEATMSPGALRTTGVS
QGETQEEPQTPGSPFPTFSSTAVMAKETTAFEEGEGSTYTPSEGRLMTGSERVPGLETTP
VGTSYPPGAITDQEVEMDTMVTLMSTIRPTVVSSTEPEVIYEAEGSSPTEFASTLRPFQT
HVTQLMEETTEEGKKASLDYTDLGSGLFEPRATELPKFPTTPSDISVFTAIDSLHRTPPL
SPSSSFTEEQRVFEEESSEKTTGDILPGESVTQHPVTTLIDIVAMKTESDIDHMTSKPPV
TQPTRPSVVERKTTSKTQELSTSTPAAGTKFHPDINVYIIEVRENKTGRLSDMIVSGHPI
DSESKEEEPCSEETDPLHDLFAEILPELPDSFEIDIYHSEEDEDGEEDCVNATDVTTTPS
VQYINGKQLVTTVPKDPEAAEARRGQYESVAPSQNFPDSSATDTHQFILAETESSTTMQF
KKSKEGTELLEITWKPETYPETPDHVSSGEPDVFPTLSSHDGKTTRWSESITESSPNLEN
PVHKQPKPVPLFPEESSGEGAIEQASQETILSRATEVALGKETDQSPTLSTSSILSSSVS
VNVLEEEPLTLTGISQTDESMSTIESWVEITPSQTVKFSESSSAPIIEGSGEVEENKNKI
FNMVTDLPQRDPTDTLSPLDMSKIMITNHHIYIPATTAPLDSKLPSPDARPTQFGIQTAT
SEWVSDKSFEGRKREEDEEGAVNAAHQGEVRAATERSDHLLLTPELESSNVDASSDLATW
EGFILETTPTESEKEMANSTPVFRETIGVANVEAQPFEHSSSSHPRVQEELTTLSGNPPS
LFTDLGSGDASTGMELITASLFTLDLESETKVKKELPSTPSPSVEISSSFEPTGLTPSTV
LDIEIAGVMSQTSQKTLISEISGKPTSQSGVRDLYTGFPMGEDFSGDFSEYPTVSYPTMK
EETVGMGGSDDERVRDTQTSSSIPTTSDNIYPVPDSKGPDSTVASTTAFPWEEVMSSAEG
SGEQLASVRSSVGPVLPLAVDIFSGTESPYFDEEFEEVAAVTEANERPTVLPTAASGNTV
DLTENGYIEVNSTMSLDFPQTMEPSKLWSKPEVNLDKQEIGRETVTKEKAQGQKTFESLH
SSFAPEQTILETQSLIETEFQTSDYSMLTTLKTYITNKEVEEEGMSIAHMSTPGPGIKDL
ESYTTHPEAPGKSHSFSATALVTESGAARSVLMDSSTQEEESIKLFQKGVKLTNKESNAD
LSFSGLGSGEALPPLPTTSVNLTDMKQIISTLYAETSHMESLGTSILGDKMEDHERMEDV
SNEVRMLISKTGSISQDSTEALDTTLSHTGTEEPTTSTLPFVKLMDLERSPKQTLRWEEE
TQTHRPQTMSGLISNENSSASEAEEAATSPTAFLPQTYSVEMTKHFAPSESQPSDLFNVN
SGEGSGEVDTLDLVYTSGTTQASSQGDSMLASHGFLEKHPEVSKTEAGATDVSPTASAMF
LHHSEYKSSLYPTSTLPSTEPYKSPSEGIEDGLQDNIQFEGSTLKPSRRKTTESIIIDLD
KEDSKDLGLTITESAIVEILPELTSDKNIIIDIDHTKPVYEYIPGIQTDLDPEIKLESHG
SSEESLQVQEKYEGAVTLSPTEESFEGSGDALLAGYTQAIYNESVTPNDGKQAEDISFSF
ATGIPVSSTETELHTFFPTASTLHIPSKLTTASPEIDKPNIEAISLDDIFESSTLSDGQA
IADQSEVISTLGHLEKTQEEYEEKKYGGPSFQPEFFSGVGEVLTDPPAYVSIGSTYLIAQ
TLTELPNVVRPSDSTHYTEATPEVSSLAELSPQIPSSPFPVYVDNGVSKFPEVPHTSAQP
VSTVTSSQKSIESPFKEVHANIEETIKPLGGNVHRTEPPSMSRDPALDVSEDESKHKLLE
ELETSPTKPETSQDFPNKAKDHIPGETVGMLAGIRTTESEPVITADDMELGGATQQPHSA
SAAFRVETGMVPQPIQQEPERPTFPSLEINHETHTSLFGESILATSEKQVSQKILDNSNQ
ATVSSTLDLHTAHALSPFSILDNSNETAFLIGISEESVEGTAVYLPGPDLCKTNPCLNGG
TCYPTETSYVCTCAPGYSGDQCELDFDECHSNPCRNGATCVDGFNTFRCLCLPSYVGALC
EQDTETCDYGWHKFQGQCYKYFAHRRTWDAAERECRLQGAHLTSILSHEEQMFVNRVGHD
YQWIGLNDKMFEHDFRWTDGSALQYENWRPNQPDSFFSAGEDCVVIIWHENGQWNDVPCN
YHLTYTCKKGTVACGQPPVVENAKTFGKMKPRYEINSLIRYHCKDGFIQRHLPTIRCLGN
GRWAMPKITCMNPSAYQRTYSKKYLKNSSSAKDNSINTSKHEHRWSRRRQETRR
NT seq 10065 nt   +upstreamnt  +downstreamnt
atgttgataaatatgaaaggcatcttatggatgtgctcaaccttattactaacccatgca
ctacatcaagccaaaatggaaaccagcccacctgttaaaggctctctgtctggaaaagtg
gtcctaccttgtcatttttcaaccttacctaccttaccacccaattacaacacgagtgaa
tttctcagaatcaaatggtctaagatggaagtggacaaaaatggaaaagatataaaggag
acgactgtcttggtggcccagaacggaaatatcaagattggtcaggactacaaggggcga
gtgtccgtgcctacacatcccgatgatgtaggtgatgcttccctcaccatggtcaaactc
cgggctagtgatgcaggcgtctaccgatgtgatgtcatgtatgggattgaagacactcag
gacaccatgtcactggctgtggatggtgttgtgtttcactacagggcagccaccagcagg
tacactctgaactttgccgctgctcaacaggcttgtttggatatcggggcggtcatagca
agcccagagcagctgtttgccgcctatgaggatggatttgagcagtgtgatgcaggatgg
ctgtctgatcaaactgtcagatatcccatacgggctccccgagagggctgttacggagac
atgatggggaaggaaggggttcggacctatggattccgctctccccaggaaacctatgat
gtgtattgttatgtggatcatctggatggcgatgtgttccacatcactgctcccagtaag
ttcaccttcgaggaggccgaagcagagtgtacaagcagggatgcgaggctggcgactgtt
ggagaacttcaggcagcttggagaaatggctttgaccaatgcgattacggctggctgtcg
gatgccagcgtgcggcaccctgtgactgtggccagggcccagtgtggaggaggtctactt
ggggtgagaaccctgtatcgttttgagaaccagacatgcttccctctccctgatagcaga
tttgatgcctactgctttaaacctaaacagaatatatcagaggcaaccaccatcgaaatg
aatatcctcgcagaaacttcatcacccagtttatccaaagaaccacacatggtacctgac
agagctacaccagtcattccattagccaccgaattacctatttttaccacacacttccct
cctgcaggaaatatagtcaattctgaacagaaatctgtagtctattctcaggctatcaca
ggcagattagccatggaatcacccacaactactcggaataccatcaactcttgggatctg
aatgactccttggcttctgggtcagggccacttggaatgccagacatatctgaaattaag
gaggaggaactccgaagtacaactgtcatctcccaacatgctactggctcacaggctgta
attacagaggatacgcaaacacatgaatcagtttcacagattgaacaaatagaagtgggc
cccttagtaacatccatggaaatcacaaatcatatttctctcaaggaattgccagaaaaa
aacaaaacaccatatgaatccacagaagtgaccctggaacacacgactgaaatgccaacg
gtaagcgccagtcctgaattggcaaccacaagtcactatggattcaccttgagagaagat
gatagagaagacagaacactgacagttagatctgatcagagcactcgggtctttagccaa
atccccgaagtcatcacagtatcaaaaacatcagaagacactacctactcacagctaggg
gacttagagtccatttcaacatcaacaataaccatgcttggcacagatagatcactgata
gataaagagaaagaacccaaaactaatggtaaggtgactgaagatgagtttggtcaatca
cagcctacaactaccttcccatcacagcatcttacagaagtagaattacttccatattct
ggtgacacaacatcagtagagggaatatccacagttatttatccatcattacaaacagat
gtgacacaaggaagagagaggacagaaacaccaagaccagagttaaaaaaagatccgtac
acagttgatgaaataccagaaaaggtcactaaagatccatttataggtaaaacagaagaa
gtcttctctggaatgcctctctctacatcttcctcagagtcctcagtggaaaggacagaa
tctgtttcccctgcattgacaattgagaagttaactgtgaagccaacagaagcaagagat
gtggaagaaatgacaaccctgactagattagaaacagatgttacaaagtctgacaaagat
gttacaagagttcatttgacccacagtactttaaatgtggaagtggtcacagtatcaaaa
tggccaggggatgaagataattcaacttcaaagcctttaccctcaacagaacatgcaggc
tttacaaaattgcctcctgtcccacttagtactataggaataaatggaaaagataaagaa
atcccaagtttcacagatggaggaggtgaatacactcttttcccagatggtactccaaaa
ccattagaaaaggtttctgaagaagatttagcatctggagaattgacagtcacctttcat
acatctacatcaattggcagtgcagaaaagtcagcttcaggagagcctacaactggagac
aggtttctgcccaccacaagcacagaagaccaggtcatcaatgcaactgcggaagggagt
gctttgggtgaagatatagaagcctccaagccactatttactggccccccatttgtccac
acctccgatgtagaagaattggcatttgttaattatagtagcacgcaggagcccactact
tatgtagacatatcccatactagtcctctttctataattcccaagacagaatggagtgtg
ttggaaacttctgtttcactagaagatgagattctaggcaaatctgatcaagatatcctt
gaacagactcatctagaagcaaccatgtctcctggagctttgaggacaacaggagtttca
cagggagaaacccaggaagaaccacaaactccagggagcccatttcctactttcagttct
actgcagttatggccaaggagacaacagcatttgaagagggggaggggtcaacatatact
ccctctgaaggcagattgatgacaggttctgaaagagtcccaggtttagaaacaactcca
gttggcacatcttatccacctggtgcaataacagaccaggaagtggaaatggatacaatg
gtaacactgatgtcaaccattaggccaacagtggtttcaagtacagagccagaagtaatt
tatgaagcagaaggtagtagtccaacagaatttgcatcaactttgaggcctttccagact
catgtcacacagcttatggaagaaactactgaggaaggaaaaaaggcatccttagattat
acagatttaggctcagggttatttgaacccagagccaccgagctcccaaaatttccaaca
actccaagtgatatcagtgtctttactgccatcgacagccttcacagaacgccacccttg
agtccgtcttcatcattcactgaggaacaacgtgtctttgaggaagagtccagtgagaaa
acaacaggtgacatacttcctggagaatctgtaacacagcaccctgtgacaactctcatt
gatatcgtagccatgaaaacagaatctgatattgatcacatgacctcaaaacctcctgta
acacagccaacaagaccatcagttgtggaaagaaaaacaacctccaaaactcaagagttg
tctacttcaacacctgcagcagggaccaagttccaccctgacataaatgtttatattatt
gaggtcagagaaaacaagacaggtcgattgagtgatatgattgtaagtggtcatccaata
gattcagaatctaaagaagaggaaccttgcagtgaagaaacagatccactgcatgatctg
tttgctgaaattttacccgagttaccagactcatttgaaatagacatatatcacagtgag
gaagatgaagacggagaggaggactgtgtaaatgcaacggatgtaacaactactccgtca
gtgcagtatatcaatgggaagcagctcgttaccacagtgcctaaggacccggaagctgca
gaagctaggcgtggccagtacgaaagtgttgcaccttctcagaatttcccagatagttct
gcaactgacacccatcagtttatactagcagaaacagaatcgtcaactaccatgcaattt
aagaaatctaaagaaggcacggaattgttagaaatcacatggaaacccgagacctaccct
gaaacaccagaccatgtttcaagtggtgagcctgatgttttccctactctctcatcccat
gatggtaaaaccaccagatggtcagagtccatcacagagagcagtccaaaccttgaaaat
ccagtgcacaaacaacctaagcctgtccctctgtttcctgaagagtcttcaggagagggt
gccattgaacaagcatcccaggaaacaatcttatctagggctacagaagtagcacttggt
aaagagacagaccaaagtcctaccttatctacctctagcatactttcaagttctgtgtca
gtaaatgtcttggaggaagaaccacttactctaacaggaatctcacagactgatgaatcc
atgtctactatagaaagctgggtagagataacacctagccaaactgtaaagttctcggag
agttcttcagctcctatcattgaagggtctggggaagtagaagaaaataaaaataaaatc
tttaacatggtaactgatttaccacagagagatcctacagatacactcagccctttggat
atgagcaagataatgatcacaaaccatcacatttatattcctgcaaccaccgctcctttg
gattcaaaactaccttctccagatgcaaggcctacacagtttggaattcaaacagccacc
tctgagtgggtttccgataagtcttttgaaggaagaaaaagagaagaagatgaagaggga
gctgtgaatgcagcccaccaaggagaagttcgagcagcaacagagaggtcagatcactta
cttttaacaccagaattagaaagttcaaatgtagatgcatctagtgatttggctacctgg
gaaggttttattctagagacaacacccacagagtctgaaaaggaaatggcaaattcaact
cctgtttttagagaaacaattggtgtagccaatgtggaggcacagccctttgagcatagc
agtagtagtcatcccagggttcaggaagagctgaccactctctcaggaaatcccccctct
ctttttacggacctgggctcaggagatgctagtactggtatggaactcatcactgcttct
ttatttacattagatttagagtctgaaaccaaagtcaaaaaggaattacccagtactccg
tctcccagtgtggagatatcatcctcttttgagccaacaggattaaccccgagtactgta
ctagacatagaaattgctggagttatgagccagacatcgcagaagacactgatttctgaa
atatcaggaaagccaacttcccagtcaggagtaagggatttgtatacaggctttccaatg
ggagaagattttagtggtgacttcagtgaatatccaacagtgtcttatccaacgatgaaa
gaggaaacagttgggatgggaggttctgacgatgaacgagttagggatacacagacttca
tcatctataccgactacctcagacaacatctaccccgtgcctgactcaaaaggacctgac
agtactgtggccagcaccacagccttcccctgggaagaggtcatgtcctcagctgagggg
tcaggtgagcaattagcctcagtcaggagctctgttggtccagtgcttccactagctgtg
gacattttttctggaacagagtctccatattttgatgaagagtttgaagaagtggctgca
gtgacagaagcaaatgaaagacccactgttttgccaacagcagcaagtggaaatactgta
gatcttacagaaaatgggtacatagaggtaaatagcacgatgtcactggactttccccag
acaatggagccatccaaattgtggtctaaaccagaagtcaatcttgataaacaagagatt
ggaagagaaacagtgacaaaggaaaaagctcagggacaaaagacttttgaatcgctccac
agttcttttgcaccagaacaaaccattttggaaacccaatcacttattgaaactgaattc
caaacttccgattactctatgttaacaacactgaaaacgtacattactaataaggaagtg
gaggaggaaggtatgtccatagcgcatatgtctactccaggtccagggatcaaagacttg
gaatcatatactacccatcccgaagctcctggaaagtcacactctttctcagctactgct
ttagtgactgaatctggagcagctagaagtgtactcatggattcctcaactcaagaggaa
gaaagcataaaactcttccaaaagggtgtgaaactaacaaataaagagtcaaatgctgat
ctctcattctctggactgggatcaggagaggctttgcctcctctacctacaacatcagtg
aatttgactgacatgaagcagatcattagcacattgtatgctgagacatctcacatggaa
agcttaggaacaagcatcttaggtgataaaatggaagaccatgaaagaatggaagatgtg
tccaatgaagttagaatgctcatttccaaaacaggcagcatctctcaagacagcacagag
gcactcgacacaactttgagtcataccggaacagaagaacctacaacttcaactcttcct
ttcgtgaagctcatggacttggaacgttctccaaagcagaccctcaggtgggaagaggaa
acccagacccatagaccacaaactatgagtggactgatctctaatgaaaattcttcagca
tcagaagctgaagaagcagcaacttcccccactgcttttctgcctcaaacttacagtgtt
gaaatgaccaaacactttgctccatcagagtcacaaccatccgacttgtttaatgtaaac
tctggagagggatctggagaagtggatactcttgacttagtgtacacttctggaactact
caggcaagcagtcaaggagacagcatgcttgcttctcatggatttctggaaaaacatcca
gaggtgtcaaagactgaggctggagctactgatgtatctccaacagcctcagcaatgttc
ctgcatcactcagagtacaagagttctctgtatccaaccagcacactgccaagcacagag
ccatataaaagtccctcagaaggtattgaagatggtttgcaagacaatatccaatttgaa
ggttctaccttgaaacctagcagaagaaaaaccactgaaagcattattatagatctagac
aaagaggatagtaaggacctaggattgacaattactgagagtgctattgttgaaattctc
cctgagctgacatcagataaaaatattattatagacattgatcacactaaacctgtatat
gagtacatccctggaatacaaacagacctagatccagagataaaattggaatcacatggc
agtagtgaagaaagccttcaagttcaagagaagtatgagggagctgttaccctttctcca
actgaggaatcatttgaaggctctggtgatgcgcttcttgctggctatactcaagcaata
tacaatgagtctgtgactcccaacgatggaaagcaggcagaggacataagctttagtttt
gccactgggatcccagtttctagcacagagacagaattacacactttcttccccacagcg
tcaaccctgcacattcctagtaaactaaccacagctagtccggagattgataaacccaac
attgaagcaatatctctggatgatatatttgaatcaagcaccttgtctgatggccaagct
attgcagaccagagtgaagtaatatcaacattagggcatttggaaaaaacacaggaagaa
tatgaagaaaagaaatatggaggtccttcatttcagccagaattcttttcaggagtgggg
gaagtattgacagatccccctgcttatgtaagtattggtagtacataccttatagctcag
actttaacagaattacccaatgtggtaagaccatctgactccacacattacactgaagca
acacctgaagtttcctctctggcagagctctctccacagataccatcttctcccttccct
gtctacgtagacaatggagtctctaaattcccagaggttccccatacaagtgctcagcca
gtttctactgtcacctcatcacaaaagtctatagagagtccttttaaggaagtccatgct
aatattgaagaaaccatcaagccattgggtggaaatgtccacagaacagagcctccatcc
atgtctcgtgaccctgctttagatgtttcagaagatgaaagtaagcataagttactagaa
gaactggaaacgtctcccaccaaacctgagacttcccaagacttcccaaacaaagcaaag
gatcacattccaggagaaacagttgggatgcttgctggtatcagaacaacagagagcgaa
cctgtcattactgcagacgacatggagctaggaggtgccacacagcagccacattctgct
tctgcagctttcagagttgagacaggtatggtacctcagcccatccaacaggagcctgag
aggccaacctttccttccttggaaattaaccatgaaacacacacatcattatttggagaa
tctatactggcaacatctgaaaaacaagtgtctcaaaaaattcttgataatagtaaccag
gcaacagtcagtagtactctggatctacatactgcacatgcattatcaccattttccatt
ctggacaattctaatgaaactgctttcctgattggcattagtgaagagtccgtggaaggc
acagcagtttacctaccaggacctgatctctgcaaaacaaacccatgcctcaacggaggc
acctgttatcctaccgagacttcctatgtgtgcacctgtgcacctggatacagcggagac
cagtgtgaacttgattttgatgaatgtcactctaacccttgtcggaatggtgccacctgt
gtggatggttttaatacatttagatgtctctgtctcccaagttatgttggtgcactctgt
gaacaagacactgagacatgtgactatggctggcacaaattccaaggacagtgctacaag
tactttgctcatcgacgcacatgggatgctgctgaaagggagtgtcgcctgcagggtgcc
cacctcacaagcatcctttctcatgaggaacaaatgtttgtgaatcgtgtgggccatgat
taccagtggatcggcctcaatgacaagatgtttgaacatgacttccgctggactgacggc
agtgcactgcaatatgagaactggagacccaaccagccagacagtttcttttctgcagga
gaagactgcgttgtgatcatttggcatgaaaatggtcagtggaatgacgtcccctgcaat
taccacctcacctacacttgcaagaagggaacagttgcttgcggccaaccccctgttgta
gaaaatgccaagacctttggaaagatgaaaccacgctatgaaatcaactccttgattaga
tatcactgcaaagatggtttcattcagcgacaccttccaactatccggtgcctaggaaac
gggagatgggcaatgcctaaaataacctgcatgaacccatctgcataccaaaggacttat
tctaagaaatacttaaaaaattcctcatccgcaaaggacaattctataaatacatcaaaa
catgagcatcgctggagccggaggcggcaggaaaccaggcgctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (74)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (64)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (4)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (53)   
   RefSeq(nuc) (7)   
   GenBank (23)   
   EMBL (23)   
Protein domain (11)   
   Pfam (11)   
All databases (152)   

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