KEGG   Pogona vitticeps (central bearded dragon): 110086130
Entry
110086130         CDS       T05000                                 
Name
(RefSeq) collagen alpha-6(VI) chain-like
  KO
K06238  collagen type VI alpha
Organism
pvt  Pogona vitticeps (central bearded dragon)
Pathway
pvt04510  Focal adhesion
pvt04512  ECM-receptor interaction
pvt04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pvt00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    110086130
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    110086130
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    110086130
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pvt04147]
    110086130
   00536 Glycosaminoglycan binding proteins [BR:pvt00536]
    110086130
Exosome [BR:pvt04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   110086130
Glycosaminoglycan binding proteins [BR:pvt00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   110086130
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   110086130
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 vWA-TerF-like HDA2-3
Other DBs
NCBI-GeneID: 110086130
NCBI-ProteinID: XP_020662523
UniProt: A0A6J0URA4
Position
Unknown
AA seq 2228 aa
MHNLKMFLTLFLVILGTQTSITQKHGTESADIVLLIDSSDTLGKRAFSMMRSFVNRMING
LTIGPNKYRVALAQYSDDIFVEFQLDEFQAKSPMSNHIKKNLFFKGGSLRTGNAIQNVHE
IFFKTPMEDRNRIVVVATSGMSEDDVERPARLLQQEGVKIIALGTQGASLQELESIATHS
FYYKFEAPKDFLVFSQNMSNVIESAITVGTEVIPTTPPPTTPPRIQNETTKVADCHGDSV
ADVVFVVDESISHADVTHVRKFLENTVNSLDVNKDCIRIGLVTYSTEPRVLSFLSNETEK
SDILQQIQSFSPRKGKANLGAAINATRKQVFARHAGGRKSQGVEQIATIITHRPSDDSII
DAANLLLRADVTVFAIGIEGANITQLEKVVSYPPNKNVIQLLKFFDLPSKVDMWQKKLFN
QIQDTIYVQSARKIHLKAGCEDTEKADIYFLIDGSTSIHSDDFKKDMKTFLKEVIRLFTV
GPDHVRFGVVQYSNNHKVEFEAHVHTQSKSLEKAINNIRQLTGKTYTGAALKAMLPLFEK
ATKERNSKVPCYLIVLTDGKAHDNVLVPATMLRNTKINIYAIGVKGANVTQLHEIAGSEL
RVFNVQQYVFLKNIKNDIVRSICSKEACKEKKADVMFLVDSSSSIGAENFKKMQKFMKEV
VNQSDIGLDRVHVGIVQFSSTQKEEFQLNNYSTRSDIIAAIGRMSALNQSILTGEALQFV
ANYFTPAKGARPSVNKILILITDGKAQDEVKTPAKALREKGIIIYSVGVFNANKTQLEEI
SEKPENVFYVENFDILNQIEDKIIFGICTPYKPDDCKRTGALDIVFVLDSSHSIGKHNYG
LMKDFLINIVNKSDVGQDRVQFGAVKYSTSPQTLFYLNTYSDKSAIIAHIQNDVLLDDTT
YTAAALRHTEALFTEKHGSRKRRGVPQVLIVITDGDSHDKEKLDEVSTRLRNSGITIFAI
GIKDAKRGELMIMAGKEDKCFYVDEFDGLKNLTVIDDYCPPRACDIYADIVFLIDGSESV
SGVFEKVKDLLIELVDLVGYNGNVVFGMAQFSDKYHEEFSLGHYQNKSELKDKIAKVTMQ
KGNKTYIGKALTEVKAFFKSPKRRVARSAHQMLVVITDGRSHDSFAKPAEDLRNEGIEIH
AIGVGNVSHIRLQQVTDSPDRKYTAANYSERTGITKRITNEMCKDDDKSKCFVDVLLGFD
ISSQKSGDHLFKNQQLLETYLPGIIKDFTSTSTVSCNKGTTTQYSVAIPIENSNPPILAA
LHVDERQILEKLKNVVINSPSYLNVNFLDTLWNSFQNLSDNESRSKVLILFSDGLDDDIE
ALEKKSEELRKQGLDGIITVVLEGATDFHDLLYMEFGKGFGYNDQLTTGTHNIATRLFEY
VDKIAERTCCCVHCKCVGEDGLPGEIGEMGSKGSVGPEGNRGHLGEDGEPGSRGFPGPDG
DKGCRGDQGNKGQKGLRGHRGEKGKNGIDGLSGIDGEEGSEGPPGLRGEKGDPGQAGSPG
PRGHPGDYGQKGFQGDPGNPGMISYIRGETGFTGLPGSQGERGPRGPAGMRGSRGNKGAE
GRRGIPGPPGQEGTRGPDGLPGEQGFQGPQGPMGIPGVKGEKGYSGNEGPQGSTGVGGLK
GNQGKPGSRGNKGEPGDPGEKGERGFRGLRGTRGEDGAAGYGKPGINGSKGEEGFPGYIG
RNGIAGDSGIPGEVGPKGNKGRMGNPGFKGGEGDPGIRGYPGRPGAKGARGLASFSPCKL
IEYVRGHSPCWRGTPECPVYPTELVFALDISQDTTRQLFQHMKEIVTEIVNITKIRESSC
PVGARVAVVSYNSDTHYLIRFPDFRSKSRLLQEVNALSYQRSTSRRDLGGSMRFVARNIF
KRTLQGDNVRKVAVFFSNGQSDHPNSINTAVLELSALDIQPVVIAFKNIPEVKRAFEMDT
TGLFQVININQDGDYSLLLQRLKSCVLCYDKCKPDESCFRQEISQPRAYMDAAFILESSR
KISRVEFDKLKDFLSTALDNFDVSDNPEDSLRGDRVAVVSHAPREFIPKRKGSPVKIEFD
FVKYATKGRMKRHIQESVQQLNGEAAVGHALQWTIDNIFSKAPNQRKYKAIFIISTGVTS
QWDKEMLSDASLRAKCQGYALFVLSIGQEYDDFELRELASIPLEHHLIQLGRIHKAEFRY
AENFLKPLILFLKNEINSYPHAQLNRMCTNIRVQKPIWVDLQKESSLIVPGGVLDEDEEI
VFSGIPTK
NT seq 6687 nt   +upstreamnt  +downstreamnt
atgcacaatctgaagatgtttttgactttgttccttgttattcttgggacacagacttct
ataacccagaaacatggcactgagtcagcagacatcgtccttttgattgacagctcagat
acacttggaaaaagagccttttccatgatgagatcttttgtgaacagaatgattaacggt
ctgacgataggcccaaacaaataccgtgtggcccttgcacagtacagtgatgacatattc
gttgaattccagctggacgaattccaagcaaagagccccatgtcgaatcacattaaaaag
aacctctttttcaaaggtggatctttaaggacaggaaatgccattcaaaatgttcatgag
atttttttcaaaacaccaatggaagacaggaaccggattgtggtggttgcaacttcaggg
atgtcagaagatgacgtggagaggcctgccaggctacttcaacaggagggggtaaaaatc
atagctttgggaacacagggtgcatctctgcaagagcttgagtcaatagctactcattca
ttctattacaagtttgaagcgccaaaggatttccttgtattttctcaaaatatgtccaat
gtgattgaatctgctataacagtgggcactgaagtcatcccaacaactcctccaccgact
actccaccaaggattcaaaatgaaacaactaaagtggcagactgtcatggtgattcagtt
gcagatgttgtctttgtggtggatgagagcatttcccatgctgatgttacacatgtcaga
aaattcttagaaaatacagtgaactctcttgatgtgaacaaagactgcataagaattggc
cttgtgacgtacagcactgagccacgagttctgtcttttctgagcaatgaaacagagaaa
agtgacattttgcagcaaattcagagcttttctcccagaaaaggaaaagctaacctgggt
gctgccattaatgctaccaggaaacaagtttttgctagacatgctggaggcaggaagtct
caaggagtagaacaaatagccaccatcatcactcacagaccctcagacgactctataata
gatgcagctaatctcttgctgcgggccgatgtgacagtatttgccattggtattgaagga
gctaatatcacccagttagaaaaggtagtatcatatccaccaaataagaatgttatacaa
ctgctgaaattctttgacttgccaagtaaggttgacatgtggcagaagaaactcttcaat
caaatacaggacacgatctatgttcagtctgcaagaaaaatacacctcaaagcaggatgt
gaggacacagaaaaggctgatatttattttctcattgatggttccacaagcattcattcc
gatgatttcaaaaaagacatgaaaaccttcctgaaggaagtcatcagactgtttacagta
ggacctgatcatgtccgatttggagttgtgcaatattcgaacaatcataaggtagaattt
gaagctcatgtgcacactcaaagcaaaagcctagaaaaagccattaataatatcagacaa
ctgacaggaaaaacttatactggagcagctttaaaggccatgctgccattgtttgaaaag
gctacaaaggagcgtaatagcaaagtgccgtgctatctcattgtgttgacagatgggaaa
gcgcacgacaatgtgctggtacctgccacaatgctgaggaacacaaagatcaacatttat
gctattggtgtgaaaggtgctaatgtcacccaactgcatgagattgcaggctcagaatta
agggtattcaatgtgcaacagtatgtcttcttgaaaaatataaaaaatgatattgttcga
agcatatgctctaaagaagcttgtaaggaaaagaaagctgatgtcatgttcctagtggac
agctccagtagcataggtgctgaaaacttcaagaaaatgcagaagttcatgaaggaagtg
gtgaaccagtctgacattggcctagatcgagtacatgttggcattgtccagttcagtagc
acacaaaaagaagaatttcagctcaacaattactcaacaagaagcgacatcattgcggcc
attggaagaatgtctgccttgaatcagagcatactcacgggagaagcattgcagtttgtg
gcaaattatttcacacccgctaaaggagcccggccttctgtcaacaaaattctgatccta
atcactgacgggaaagcacaggacgaagtaaaaactccagccaaagccctcagggagaaa
ggcatcataatctattctgttggagtatttaatgccaataaaactcagctagaagagata
agtgagaaacctgaaaatgtgttttatgtagaaaactttgatattctaaaccagatagaa
gacaaaatcatttttggcatatgcaccccttataaacctgacgattgcaaaaggactgga
gctttagatattgtttttgtactagacagttctcacagtataggtaagcacaattatggt
ctcatgaaggacttcctaatcaatatcgtgaataaatctgatgttggccaggacagagtt
cagtttggggctgtgaagtattctacttctccacaaactctgttctaccttaacacgtat
agtgacaaatcagccatcattgcacacatccagaatgacgtccttttagacgacacaaca
tatacagcagcagctcttcgacacactgaagctttgttcactgagaagcatggcagccgc
aaacgcaggggggtccctcaggttcttatcgtcataacagatggtgattctcatgataag
gagaaacttgatgaagtctcaactagattgagaaacagcggaattactatctttgccatt
gggataaaagatgcaaagcgtggggaacttatgatcatggctggaaaggaagataaatgt
ttttatgtggatgaatttgatggcctaaaaaatctgactgtaatagatgactactgccca
ccacgagcatgtgatatctacgcagacattgttttcctgatcgatggttccgaaagtgta
tctggagtctttgagaaagtgaaggacctcttgatagagctggttgatttggttggttat
aatggaaatgttgtttttggcatggcccaatttagtgacaaatatcatgaggaattctct
ctgggtcattatcaaaacaaatccgagttgaaggataaaattgctaaggttacaatgcag
aaaggaaataaaacatacattggtaaagcactcactgaagtgaaagccttcttcaaatca
ccaaaacgcagagtagctcggagtgcccaccaaatgttagtagtaatcacagatggaaga
tcacatgacagctttgctaaaccagcagaggacctgagaaatgaaggcatagagatacat
gcaattggagtgggaaatgtcagtcacatcagacttcaacaggtgacagactccccagac
aggaaatatacagctgctaattacagtgaacggactggtattacaaaacgcataacgaat
gaaatgtgtaaagatgatgacaaatcaaaatgtttcgtagatgttcttctgggatttgac
atctcctctcagaagtcaggggaccacttattcaaaaaccaacaacttttggagacctac
cttcctggtattataaaagacttcacctctacaagtactgtgagttgcaacaaaggaaca
accacacagtacagtgtggcaattccaatagagaattccaaccctcctattttggccgct
ctccatgttgatgaaaggcaaatcctggagaaactcaaaaatgttgtgatcaacagtcca
tcatatctcaatgtcaattttttggacactctttggaattcatttcaaaacctatctgat
aatgaaagccgaagcaaggtactaattcttttctctgatggcttggatgatgatatagaa
gcacttgaaaaaaaatcagaagaactcagaaaacaaggactggatggaataataacagtt
gtcttggaaggagccactgatttccatgatcttctgtatatggaatttggaaagggattt
ggatataatgatcaattaactactggcacacataatattgccaccaggctctttgagtat
gtggacaaaattgctgagagaacatgctgctgtgtgcattgcaagtgtgttggagaggat
ggccttcctggagaaataggggaaatgggatctaagggatctgttggtccagagggcaat
cgaggacatttaggagaagatggagaacctggttccagaggttttcctggaccagatgga
gacaaaggatgtaggggagatcaagggaataaaggtcagaaggggctgcgaggacacagg
ggagaaaagggaaagaatgggattgatggacttagtggaattgatggtgaagagggatca
gagggacctccgggactcagaggagaaaaaggggacccaggccaggcgggcagcccggga
ccaagaggacatcctggtgattatggtcagaaaggcttccaaggagatcctggtaatcct
ggaatgatcagttacatacgaggagagactggcttcacagggctgccgggaagccaggga
gaaagaggaccaaggggtccagcaggtatgaggggatccagaggaaacaaaggagcagag
ggaagaagaggaattccaggcccaccgggacaggaaggaacccgtggtccagatggtttg
ccaggagaacaaggatttcaaggtccacaggggccaatgggaattcctggcgtaaaagga
gaaaagggatattcaggaaatgaaggccctcagggaagcactggagtgggaggccttaaa
ggcaaccaagggaaacctggatccagaggaaataaaggagaacctggtgatcctggagaa
aaaggagaaagaggcttccgtggtctgcgaggaacaaggggagaagatggagctgctggg
tatggcaaaccaggaataaatggatccaagggagaagaagggttcccaggatacattgga
agaaacggcatagctggagacagcggcattcctggggaagtaggaccaaaaggaaataaa
ggaagaatgggtaatccaggattcaaaggtggggaaggtgatccaggaataaggggttat
ccaggacgtccaggtgccaaaggagcccggggcctggcctcattttcgccctgcaaactg
atagagtatgtgcgtggccatagcccttgttggagaggtacaccagaatgccctgtatat
cccacagaattagtgtttgccctggacatctcgcaagacaccactcgccagctctttcaa
catatgaaggagattgtcaccgagattgtgaacattaccaaaatcagggagagcagttgc
ccagtgggagccagagtggctgtggtgtcctacaattccgatacccactatctgatccgt
ttcccggatttccgcagcaagagccggttgctccaagaagtcaatgcactttcataccag
agatcaacaagcagacgggaccttggtgggtcaatgagattcgttgccaggaacatcttc
aagcgaactctccagggtgacaacgtgaggaaagttgctgtgtttttcagtaatggccag
tctgaccatcctaattccatcaacactgcagtcctggagctcagcgccttagatatccaa
ccagtggtcattgctttcaaaaacatccctgaagtcaaacgtgcttttgagatggatacc
acaggattgtttcaggttattaatattaatcaggatggtgattatagtctactcttacaa
agactgaagtcctgtgtactttgctatgacaagtgcaaaccagatgaatcttgcttccgt
caggaaatctcccagcctcgggcttacatggatgctgctttcattttggaaagctcacgg
aaaataagccgggtggaatttgacaaactcaaagacttcctaagcacagcccttgacaac
tttgatgtttctgacaatccagaggactctttgagaggtgacagagtggctgttgtgagt
catgctccgagagaattcataccgaaaagaaaggggagtcctgtcaagattgagtttgac
tttgtgaaatatgccactaaaggacgaatgaagagacatatccaagaatctgtccagcag
ctgaatggggaagctgctgttggccatgccctacagtggaccattgacaatatcttttca
aaagcaccgaaccagaggaaatataaggctatttttataatatctactggagtgacaagt
cagtgggataaggaaatgctcagcgatgcatcactgagagccaagtgtcaaggctatgct
ctctttgtgctctccataggccaggagtatgatgatttcgaactaagggaactggcaagc
atccctctggaacatcacttgatccagctcggcaggatccacaaggctgagttcagatat
gcagagaactttctaaagccattgatactgttccttaaaaatgaaatcaacagctatcca
catgcccagctcaatagaatgtgtacaaacatccgtgtccagaagcctatatgggttgat
ctacagaaagaaagttcactgattgtgccaggtggcgttttggatgaagatgaagagatt
gttttctcaggaatacctaccaagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (82)   

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