KEGG   Nannospalax galili (Upper Galilee mountains blind mole rat): 103727289
Entry
103727289         CDS       T03372                                 
Symbol
Col6a5
Name
(RefSeq) collagen type VI alpha 5 chain
  KO
K06238  collagen type VI alpha
Organism
ngi  Nannospalax galili (Upper Galilee mountains blind mole rat)
Pathway
ngi04151  PI3K-Akt signaling pathway
ngi04510  Focal adhesion
ngi04512  ECM-receptor interaction
ngi04820  Cytoskeleton in muscle cells
ngi04974  Protein digestion and absorption
ngi05165  Human papillomavirus infection
Brite
KEGG Orthology (KO) [BR:ngi00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04151 PI3K-Akt signaling pathway
    103727289 (Col6a5)
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    103727289 (Col6a5)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    103727289 (Col6a5)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    103727289 (Col6a5)
 09150 Organismal Systems
  09154 Digestive system
   04974 Protein digestion and absorption
    103727289 (Col6a5)
 09160 Human Diseases
  09172 Infectious disease: viral
   05165 Human papillomavirus infection
    103727289 (Col6a5)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:ngi04147]
    103727289 (Col6a5)
   00536 Glycosaminoglycan binding proteins [BR:ngi00536]
    103727289 (Col6a5)
Exosome [BR:ngi04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   103727289 (Col6a5)
Glycosaminoglycan binding proteins [BR:ngi00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   103727289 (Col6a5)
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   103727289 (Col6a5)
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 VWA_CoxE
Other DBs
NCBI-GeneID: 103727289
NCBI-ProteinID: XP_008823339
UniProt: A0A8C6QQ03
Position
Un
AA seq 2123 aa
CVDTKEADIYFLIDGSTSIQKKQFEQIQVFMSSVIDMFPIGPNKVRVGVMQYSHENEVEF
PISRYYDDSNLKKAVFNIKQLKGQTFTGKALDFVLPIIQKGKTERTNEVPCYLVVLTDGK
SQDSVLEPAQRLRAEHITIHAIGIGEANKTQLQQIAGTDERVNFGQNFDSLKSIKNEVVH
KICSDKGCEGMKSDIMFLVDSSGSIGHANFETMKTFMRNLLAKLQIGANKTHVGVVQFSD
YNKEEFQLNKYFTQKEISDAIDRMSLIDRNTLTGSALTFVNEYFDPHKGGRTQVRKFLIL
LTDGEAQDEVRNPAIALRGKGVTIFSVGVYGANRAQLEEISGDSSLVFHVENFDHLKAIE
SKLIFHVCALHDCKRIELLDIVFVLDHSGSISSQQQESMINLTIHLVKKADVGKDRVQFG
ALKYSDSPEILFYLNTYSSRSAIIEHLRRRRDTSGRTYTAKALKHSDILFTEEHGSRLKQ
NVRQMLIVITDGVSHDRDELNVTTLKLRNKGIIIFAVGVRDANQEELEIMAGNKENTILV
DNFDKLKDIYLPLQESMCNNAQEVCNLREADVIFLCDGSDMVSDSEFVTMTTFLSDLIDN
FDIQSQRMKIGMAQYGSRYQEIIELENSLNKTQWKSQVRTVAKSKGSPRIDFALKHVSRM
FHPSAGGRRNAGIPQTLVVITSGYPRYDVAGAVKTLKDLGICILALGIGDVFKEQLLPIT
GNSEKIITFQDFNKLQNVDVKKRMVREICQSCGKTNCFVDVVVGFDISTHHQGQPLFQGH
PHLESYLPSILEAITSLRGVSCGAGAEAQVSLAFKVNNDQESLAKFQIYQKAVFDSLLQV
TVDGPSHLNAQFLQSLWDTFEETSASRGQVLLIFSDGLQGESITALENESDRLREAGLDA
LLVVSLDTVAHDEFSSFEFGKGFDYWTHLTIGMAELGNTLSQYLGGRGETGPQGDRGIAG
CPGTQGQKGAKGFSGSKGKDGESGFDGLDGEEGFHGFPGEKGEKGDPGFQGSPGSRGIPG
EDGEKGFPGEPGNPGRDSVTKGRKGAKGKQGRQGRTGQKGRQGSPGSRGRMGLEGHRGPQ
GPLGETGNPGPQGVQGPGGLHGPQGSSGNRGVKGEKGSEGHKGPQGAPGLAGPEGSIGRS
GILGRKGEPGVPGATGPLGAPGQRGKQGDFGIPGYGQTGRKGVKGSTGFPGDSGQKGDAG
DPGIPGGPGPKGFRGLTLTAGLKGERGIQGPQGPPGRRGPKGTAGQPVYPPCELIQFLRN
HSPCWIEKCPVYPTELVFALDQSSGVTEQRFNETKDIISSIVNDLNIRENNCPVGARVAV
VSYASDTSYLVRSSDYHSKKQLLQRLSQIKYQVSSEARDIGNAMRFVARNVFKRTSAGAN
VRRVAVFFSNGQAASISPILTATMEFSALDISPAVFAFNERDFLDEAFRFDNTGTFQVIP
VPPDGDYEPLERLRHCTLCYDKCFPNTCAEETFLPENSYMDVAFIVDNSRNIASDDFRAM
QALMSSAIDNFNIASNPSTSYSGDRVALLSYSPWDASRRKKNTVKTEFEFTTYDNQAVMK
NHIHTSLQQLNGEATIGLALQWAVESLFPGTPNLRKYKIIFVVLAGENHERKEFVKKMAL
RAKCQGYVIFVISLGPTQKDDMEELASYPLDHHLIQLGRIHKPDLNYIVKFLKPFVYSVR
IGFNQYPPPMLENACSLINLEGEDELILGLQLTDELHEVSPSKNSVVGQDLSVGEGSAFV
LEDHGGDHLVYIPSQMLESRKLLSHYEKDQGSAVMASLTSEHENHGRKEPSLSDKPGDIT
LQDYYMDVAFLIDASQSTGNDEFKEVKALITSVLDYFQIALDPLTSVLGDRVAVLTYSPP
GYTPSAEECPVYLEFDLVTYNTVYQMKHHLQDSLQQLNGDVFIGHALQWTIDNVFIGTPN
LRKNKVIFIVSAGETNPLDKEVLRNASLRAKCQGYSVFVFSFGPVHNDRDLEELASHPVD
HHLVQLGRTHKPDFDYIVKFIKPFVYSVRHAINKYPSGNLRAKCVTTTFPSPESVDTEDT
VLLIPEVYEIETGNSELFGDSGSQEQNLLWNNRSNHLGTTADLIQELYLLVSPGELMIND
KKVPHSEETAAPVNDQQGDEDER
NT seq 6374 nt   +upstreamnt  +downstreamnt
gctgtgtggatacaaaggaggctgatatttatttcctcattgatggctcgactagcatcc
aaaagaaacagtttgagcaaatccaggtatttatgtcatcagtgatagacatgtttccca
ttggtcccaacaaagtccgagttggggtcatgcagtattcacatgagaatgaagtggaat
ttcctatctctcgctactatgatgacagtaacttaaagaaggctgtttttaacatcaagc
aactaaaaggccagacgttcactgggaaagccctagatttcgtgttgccgataatacaga
agggaaagacggagaggacaaatgaggttccctgttaccttgttgtgctgactgatggaa
agtcacaggacagtgttctggaacctgctcagaggctgagggctgaacacatcaccattc
atgcgattgggattggcgaggctaataaaacacaactgcaacaaattgctggaaccgatg
aaagggttaactttgggcaaaatttcgattctctcaaaagcataaaaaatgaagttgttc
acaaaatctgctctgacaaaggatgtgaaggcatgaagtctgatatcatgtttttagtgg
atagttctggaagtataggacatgcaaattttgagacaatgaaaaccttcatgagaaacc
tgttggcaaagcttcaaattggtgctaataagactcacgttggtgttgtccagttcagtg
attataataaggaagagttccagcttaataaatacttcacgcagaaagaaatttctgatg
ctatagacagaatgtctctcattgatagaaacactttgaccggaagtgcactgacctttg
taaatgaatactttgacccccacaaggggggccgcacccaggtccggaaatttctcatcc
tcctcacagatggagaagcccaggatgaagtaaggaatcctgccattgctcttcggggca
aaggtgtgaccatcttctccgtgggcgtgtatggtgccaacagggctcagctggaggaga
tcagtggggacagcagcctagtgttccacgttgagaatttcgatcacctgaaggcaatcg
aaagtaaactcatctttcatgtgtgtgctctgcatgactgcaagaggattgagctgctag
acattgtgttcgtgctggatcattccggtagcataagttcacaacagcaagaaagcatga
ttaacctcaccatccacttggtgaagaaggcagatgttggcaaggaccgcgttcagtttg
gagctctcaagtactctgacagtcctgagattctcttctatctgaacacgtactcaagca
gatcagccatcattgagcacctgaggaggcgcagggacacctcagggaggacctacactg
ccaaggctctcaagcactcagacatcctgttcacagaagagcacggcagccgcctgaagc
aaaatgtgaggcagatgctgattgttatcacagatggtgtgtcccacgacagagatgaac
tcaatgtcacaacactgaaactaaggaacaaaggcatcatcatcttcgcagtgggtgtaa
gagatgccaaccaagaggaactggagattatggcagggaataaagaaaacactatcctcg
tagacaattttgacaaactgaaggatatttacctgcctctgcaagaaagtatgtgcaaca
atgcacaggaggtgtgtaaccttcgggaggccgatgtgattttcctttgtgatggctctg
atatggtgtccgattcagagtttgttaccatgacaactttcttgtcagacttaattgata
attttgacatccagtctcagagaatgaaaatcgggatggctcagtatgggagccgctatc
aggaaattattgagttggaaaattctttgaacaagacccagtggaagtcacaggttcgga
ctgtggccaagagcaaggggtctcctcgcattgactttgcccttaaacacgtgagccgta
tgtttcacccatctgctggcgggagaagaaacgctggaatccctcaaacgttggttgtca
tcacatctggctatccccgctatgatgtggcaggtgcggtcaaaaccctgaaagaccttg
gaatttgtatcctggctttgggcataggagatgtttttaaggaacagcttctgcccatca
caggcaattctgaaaaaataatcacttttcaagactttaataaattacagaatgtggatg
tgaaaaaaagaatggtccgtgaaatctgccagagctgtgggaaaaccaattgctttgtgg
atgtggtggtcgggtttgatatttcgactcaccatcaggggcagcctttgttccagggcc
accctcatttggaatcatacctcccaagcatcttagaggccatcacctctctcagagggg
tgagctgcggggcaggtgcagaggcacaggtgagcctagcctttaaggtgaacaatgacc
aagaatcccttgctaagttccaaatctatcagaaagcagtatttgacagcttgctgcaag
tcaccgttgatgggccatctcatctgaatgcacagttcttgcaatcattgtgggacacgt
ttgaggagacatctgcgtccaggggccaggtgctgctgatcttttccgatggtctccagg
gcgaaagcatcacagcgctggaaaatgagtcggacaggctcagagaagcaggacttgatg
ctctgctggtggtttcccttgacacagttgctcatgatgagttttccagctttgaatttg
ggaaaggatttgattattggactcacctgaccatcggaatggcggaactgggcaacacgc
tatcacagtacctcggaggacgaggagaaactggacctcaaggagacagagggattgcag
gatgtccagggacgcagggtcaaaagggagccaaaggattttctggatctaagggaaaag
atggagagagtggatttgatggactggatggagaagaaggatttcatggatttcctgggg
aaaagggagagaagggtgatcctggatttcagggcagcccaggttccagaggcatccctg
gggaggacggagagaagggcttcccaggagaacctggtaatccaggacgagacagtgtca
ccaaaggccgaaagggcgcgaaaggcaaacaaggaagacaaggtagaactgggcaaaagg
ggagacaaggcagtcctggctccagaggaaggatgggactagaaggccacagggggcccc
agggtcccttgggggaaacaggaaacccaggacctcaaggtgtacagggccctggaggat
tgcatggcccacaggggtcaagtggaaatcgtggcgtgaaaggagaaaaaggaagtgagg
ggcacaagggaccccagggtgctcctggtctagcaggacctgaagggagcatcggaagat
ctggaattttggggagaaagggagagcctggagtgcctggagctacggggccactggggg
cccctggacaacgaggaaaacagggagactttggcatccctggctatggtcaaacaggac
gaaaaggagtgaagggctcaacaggattccctggagactcagggcagaagggtgatgctg
gagatcctggaattcctggaggacctggacccaaaggatttcggggactaactcttactg
caggcttgaaaggtgaaaggggaattcagggacctcaaggccctcctggacggagaggtc
ctaaaggcacagcagggcagcctgtatatcctccatgtgagctgatccaattcctgcgaa
atcacagtccttgttggatcgaaaagtgtccagtatatccaacagagctggtatttgccc
tggaccagtcctctggtgtcacagaacagagattcaatgaaacaaaggatataatcagtt
ccatcgtcaatgacctaaacatcagggaaaataactgtcccgtgggagcaagagttgctg
tggtttcctatgcctctgacaccagctatcttgtccgctcatctgactaccacagcaaga
agcaactcctgcagcgtctttctcaaataaaatatcaagtctcctcagaggcccgggaca
ttggcaatgccatgaggtttgtggcccgcaacgttttcaagcggacgtctgctggagcca
atgtcaggagagttgcggtgtttttcagcaatggtcaggcagccagtatatcacccatcc
tcacagccaccatggagttcagcgccctggacatcagccctgcagtctttgcgtttaatg
aaagggatttccttgatgaggcttttaggtttgacaacactgggacatttcaagtgattc
cagttcctccagatggggactatgaaccactagagagacttcgacattgcacactttgct
atgataagtgttttccaaatacctgtgctgaagagactttcctacctgaaaattcataca
tggatgtagcattcattgtagacaattcccgaaatatagcaagtgatgacttcagggcca
tgcaagccttgatgagctcagcgattgacaacttcaacattgcttccaacccttcaacct
cttactctggtgatagggttgccttgttgagctattcgccttgggatgcttccaggagaa
agaagaatacagtaaagacagagtttgagtttacaacttatgacaaccaagccgtcatga
aaaaccacattcacacttccctccaacagctaaatggagaagccaccattggtcttgccc
tacagtgggctgtggagagtctgttcccaggaacccccaacttaagaaaatacaaaatca
tctttgtggttttagctggagaaaatcatgagagaaaggaatttgtgaagaagatggctt
tgagggccaaatgtcaaggctatgtcatatttgtgatttctctgggccccacacagaagg
atgacatggaggagttagctagctacccactcgatcaccatctgatacagcttggaagaa
tacataaaccagatttgaattatattgtgaagtttctaaagccgtttgtatattcagtca
gaattggattcaatcagtacccaccaccgatgctggagaacgcctgcagcctcatcaatt
tagaaggggaggatgagctgatcctgggtctccaattgactgatgagctacatgaggttt
ctccaagcaagaacagtgttgttggtcaggatctgagtgttggggaaggctcagcttttg
tgttggaggaccatggaggtgaccatttggtttacattccaagccaaatgttagagtcac
gtaaattattgagtcactatgaaaaggatcaaggatctgcagtaatggcaagtctcactt
ctgagcatgaaaatcatggcagaaaagaaccaagtctttctgacaagcctggagacatca
ctcttcaagactattacatggatgtggcgttcctcatagatgcttcccaaagcacaggaa
atgatgagtttaaggaagtgaaagccctcataacttcagtgcttgattactttcagattg
ccctggatccactgacctctgtcttaggagacagagtggctgtccttacctactctcctc
caggctatacgcccagtgctgaggaatgcccggtctacctggaattcgatttggttactt
ataatactgtataccaaatgaagcatcatctccaagactctcttcagcagctcaatggag
atgtttttattggccatgccctgcagtggacaatagacaatgtcttcataggaaccccca
atctgaggaaaaacaaagttatctttatagtatctgctggtgaaaccaaccctttagaca
aggaagtcttaaggaacgcatctctgagagccaagtgtcaaggctattccgtatttgtat
tttcctttggtcctgtacacaatgacagggatctagaagaattagccagccaccctgtgg
atcatcacttagtgcagcttggccggacacacaagccagattttgactacattgtcaagt
tcataaagccatttgtctattcagtcagacatgccatcaacaaataccccagtggcaatc
tgagagcgaagtgtgttaccaccacctttcccagtccagagagcgttgacacagaagaca
ctgtactacttatccccgaggtgtatgaaattgagacaggaaacagtgagctgtttggag
actctggttcccaggaacagaatctcctatggaacaaccgtagtaaccacttggggacca
ctgctgatttgattcaggagttgtacctgctcgtttctcctggagaactgatgataaatg
acaagaaagtgccacattcagaagaaaccgcggctccagtgaatgatcagcaaggtgatg
aagacgaaaggtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (63)   

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