KEGG   Maylandia zebra (zebra mbuna): 101476041
Entry
101476041         CDS       T02814                                 
Name
(RefSeq) collagen alpha-6(VI) chain isoform X1
  KO
K06238  collagen type VI alpha
Organism
mze  Maylandia zebra (zebra mbuna)
Pathway
mze04510  Focal adhesion
mze04512  ECM-receptor interaction
mze04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mze00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    101476041
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    101476041
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    101476041
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:mze04147]
    101476041
   00536 Glycosaminoglycan binding proteins [BR:mze00536]
    101476041
Exosome [BR:mze04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   101476041
Glycosaminoglycan binding proteins [BR:mze00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   101476041
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   101476041
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 VWA_CoxE Kunitz_BPTI
Other DBs
NCBI-GeneID: 101476041
NCBI-ProteinID: XP_024660053
Position
LG11:31686090..31732072
AA seq 2480 aa
MTGRAGLLFSLITAALFCGVAAQTVRECENVTVGDIVFLVDGSSSINDKSFQEIRTFLRK
TIQGFEIDPDKVQIGLVQYSDDPYPEFQLTDHRDKNSLLAAVQNLAHRGGGTKTGKAIDF
LRTEYFTKEAGSRAERRVPQIAVVITDGKSTDDVLEPASRLRQHGVIVFAIGVGEFSGTQ
LITIANWPSERFVLTTVSYQKLQDQTNNLLKTVCLSLEDQTLALVDRFADVFFLVDSGIA
SNQFTLFRNELSRLLNRLEVGASGYRVGLAQYGQDVKVDFRLNTYQTKQQIVTAARRFRL
RSQTGQPQNLGQALSYAKENFFTAEAGGRAQQGTPQYLVVVAGKDSDDPVFWSAENLKDE
GVIIVGMDAGATKAALYRFASPGYIFDSSRVTLLIDLLTARRVETVTEDCKTANQADIVF
IVDESGSIGEENFRLIRDFLRSVISSLETGPFKIRVGIVTYNNVSTAHISLNSFRDKADI
LQFISFLPYRQGDTYTGAALHFTLKNIFTEKKGSREDFPKVAVVITNGKSQDNVEEPAIA
LRRAGVTVFAVGIKDANKAELLEMASYPKSKFVFTVDSFIKLKPLKETLQATLCNTIFQI
GVQDKESDAETKEACDKKDLADIFFLMDDSGSIENADFSDMQKFIIEFLHTFRIGPDHVR
MGLVKYSDSPSLQFDLTQHSDAKTMEKAVKEIFHKGGGTNTGKALSSMKGHFQNAKTSRG
YKVSEYLIAITDGESQDKVKDAAEELRAQGVIIYAIGVNASNDNELNEIAGDPKRKFFVS
NFDALKTIKNDVIREICSETCIPSDIFFLTDSSESISAEDFQKMKNFTKSVISKSNIGQD
KVHVGFMQYSTNRRLEFDLTTHYNLEGMLNTIDVMEQMKEGTRTGTAITEVSQYFDAARG
GRPWMKQWLVVLTDGESQDSVREPAHALRAKGVVIYAIGVDKANNQELSEISGSSQRVFI
ENTFDALKELETKLALKFCEEDCKKTVKADIIFLVDGSESIKKEQFKSMHTFMASVVNQT
TVGKDLTRFGVILYSDTPKSSFTLNEIYSKGKVLEALQQLVQPGGGTHTGAALAYSLPYF
NAEHGGRKEMPQILMVITDGEARDSDRLKAESDALRQNGITVISIGVQDAKRDELETMAG
GDTSKVFFVDNFKDLETLYQNISSVICNSTKRVCNQTDLVFLLDYSSSINQSQHTIMLNF
TASVVDNFNVRKEFAHVGLAQFSDNPKHEFYLNTYNDKTKLIEHILNMNYNGGNTNLGKA
LDHIRDYFHESNGGRRGVPKNLVLITDGNSHDDVEDAAEALRKMGVTVFAIAVGDVFYLQ
LLQITGTPEKVFDVENFDSLANIKTKIIDEICDTEPKIDCTIDVAIGFDITDSSGSNNML
ISDHIQHLEEIVHHISHISTEENLCCTGVPQSPVKTQIAFHLVDSDGRALYDTNFADFSE
DVLKKVLSWKLSQPTYFNSELLNFYKEKFKTKSKATVKVLMIFSDGLNENVMSLQRESKL
LRESGVSALLAVALRGTNHIQLQKVEFGRGFGYTDQLIISMPSIDSTIFQQISTVTAREC
CGVMCKCWGDKGPRGLPGPRGAKGEEGERGHPGFPGEEGVSGERGPPGLPGLQGIRGCPG
SRGQKGYRGLSGNKGDDGEDGLNGIDGEQGETGLGGLKAERGPPGNPGIPGTGGEKGLKG
QKGLRGDPGTPGVDNNRPGPKGDPGSPGRPGGPGPDGYGGDSGLDGNPGRNGRRGPSGEK
GSPGEKGNRGPPGIPGAAGPQGPAGDNGEPGPKGTPGFPGNQGEHGSVGEPGLPGRPGPN
GQKGQPGEPGVKGALGPPGPRGMPGLDGRDGFGPEGPKGSKGDAGFPGYPGLPGDDGAKG
PKGYPGSKGNRGRGGNSGMPGKPGEPGGDGYPGHKGPKGPPGSRGLSECELINKIRDNCA
CSHGESQCPAYPTELVFGLDMSDDVTPTALERQRSALLHLLEDLSIAESNCPQGARVAVV
GYSAYTKYLIRFQDYHRKTALIEAVKNIALEKTSNKRQLGAAMRFVGQNIFKRVRAGFMV
RKVAVFFTNGASQDNTDILAAIMEYRALNIVPAIISLRNVPAINQAMEADDTGNSIFTVL
RRPQEPAADLRRVKSCAVCYDPCRHAEECAFIQEPVLPQQADVDLVMVLDSSREIQADEY
AGARQLLSSVVEQLAVSPQPRRAGRQARVALVQQSTKVEFGLQTYQNAGDMKTYMMQNMQ
QQGGSLALGQMLDYTLREVLLKAGQPRSKRAVLTVVGTKTAYRDQAKLRYISQKAKCEGV
ALFVVTVGDRYNRMEVEELASVPIQQHLIRLDRLKADEQGYAQRFIRVFLSALNKGLNTY
PPLPFKLTCSQLSEPGDTLDTNSQGSADWELEISDQPRNWFQEQTGILARNLSVINTLSK
RKRSFSDVDVEPTKQLDSFVSTGICFLGKDAGDCVNYTVRWFFDHKRSVCSRFWYSGCGG
NENRFATQAECERVCLSKHR
NT seq 7443 nt   +upstreamnt  +downstreamnt
atgacggggagggcaggtcttctcttcagcctcatcacggcggcactcttctgtggcgtc
gctgctcagacagtcagagagtgtgaaaacgtcaccgtcggtgacatcgtcttcctagtt
gatggctcgtccagcatcaatgataaaagctttcaggagatccgcacatttctccgcaaa
accatccagggctttgaaatcgaccccgacaaggttcagatcggtttggtgcagtacagc
gacgatccttatccagagttccagctgacggatcacagggacaagaattccctgctggct
gcagtgcaaaaccttgcccaccgaggaggcggcacaaaaaccggcaaagccatagacttc
ctccggacggagtacttcaccaaagaggccggcagccgagctgagcgccgtgtgcctcag
attgctgtggtcatcacagatggcaaatcaacagatgacgtattggaacctgccagtaga
ctgaggcagcacggtgtcatcgtgttcgccatcggggtcggagaattcagcgggacacag
cttataaccatcgctaactggccctcggagcgcttcgtcctcaccactgtcagctaccag
aagctccaggaccagaccaacaacctgctgaaaacggtctgtctcagtctggaggatcag
acgctagctttggtcgacaggtttgcagatgttttcttcctggtggacagtggaatagct
tccaatcagtttaccctgtttagaaatgagctttccagactgttgaatcgactggaagtt
ggagcgtctggttaccgtgtcggcttggcccagtacggtcaggacgtcaaagttgacttt
cgtctcaacacttatcaaaccaagcagcagatcgtgaccgctgctcgacgtttccgactg
cgttcacaaacaggccaaccacaaaatcttggacaagctctgtcctacgctaaagagaac
ttcttcactgctgaggcaggaggccgcgcacaacagggaaccccacagtatttggttgta
gtggctggaaaagactcggatgatcctgtgttttggtctgctgaaaatctgaaagacgag
ggggtaattattgtggggatggacgcaggtgcgacaaaggctgctctgtaccgctttgcc
agccctggctatatctttgattcttcaagagtaactctgctgattgacctgctcacggcc
cggagagtggagactgtcactgaagattgcaaaacggctaaccaggcagacattgtgttc
attgttgatgagtctggaagcattggagaggaaaacttcaggctgatacgtgacttcctg
cgctcggtcatcagcagcctggaaactggtccatttaaaatccgagtaggcattgttaca
tacaacaacgtgtcgactgcacacatctccctcaactcattcagagacaaggcagacatt
ctgcagttcatcagcttcctgccttaccgtcaaggtgatacatacactggagctgcccta
cacttcaccctgaaaaacatcttcactgaaaaaaagggcagcagggaggatttcccgaag
gtagcggtggtaatcacaaacggtaaatcccaggataatgtggaggaacctgcgatcgct
ctccgtcgagctggtgtcacagtttttgctgtcggaatcaaagacgccaataaagccgaa
ctgctggagatggcatcttaccccaagtctaagtttgtttttactgtggacagtttcatc
aagctgaaacccctgaaagaaactctgcaggcaaccctgtgcaacaccatcttccagatc
ggggtccaggacaaggaaagtgatgcagagactaaagaagcatgtgataaaaaggacctg
gctgacattttcttcctgatggatgactcagggagcattgaaaatgcagatttctcagac
atgcagaagtttatcattgagtttcttcataccttccgtattgggccagaccatgttcgc
atgggtcttgttaaatattcagattccccctctctacagttcgacctaacacagcactca
gatgctaagacaatggaaaaggctgtgaaggaaatctttcacaaaggaggtggaacaaac
acaggaaaagcactgtcatccatgaaaggacattttcagaacgcaaagacgagccgtggc
tacaaagtctccgagtacctgatcgccatcactgatggagaatcccaagataaagttaaa
gatgctgcagaagaactgagggcgcagggggtcatcatctacgccatcggggtgaatgcc
tcaaatgataatgagctgaatgagattgctggggatccaaagagaaagttttttgtcagt
aattttgatgccctgaaaaccatcaaaaatgacgtcatcagagagatctgttcggaaact
tgtataccaagcgacatatttttcttaactgacagttctgagagtatctctgcggaagac
ttccaaaagatgaaaaatttcacgaaatctgtcattagcaagtccaacattggacaggat
aaggtgcatgttggttttatgcagtacagcaccaacagacgcctggagttcgacctcacc
acacactacaacctggaaggaatgctaaacaccatcgatgttatggagcagatgaaagaa
ggcactcgcactggcacggccatcacagaagtctcacagtattttgatgcagccagagga
gggcggccttggatgaagcagtggttggtcgttctaacagacggtgaatcccaagatagc
gtcagagaaccagctcatgctctgagggccaaaggagtggtgatctatgccattggagtg
gataaggctaacaatcaggaactgtcggagatcagtggctcatcgcagagggtcttcatt
gagaatacctttgatgcattgaaggaactagagaccaagctggccttgaagttctgtgag
gaagattgtaaaaagacagtaaaggctgatattatttttctggttgatggttctgaaagc
ataaagaaggaacagttcaaaagtatgcacacctttatggcttcagttgtgaaccagacc
acagttggtaaagatctgactcgttttggagtcattctctactctgacacacccaaatcc
agctttactctaaatgaaatttactccaaaggaaaagtccttgaagctctgcagcagctg
gtacaaccaggcggaggcacccacacaggtgctgctttggcatactcgctgccgtacttc
aacgctgaacatggtggtcggaaagaaatgcctcagattctcatggtgatcacagatgga
gaagctcgagactctgacagactgaaagcagaatctgatgctctgcgacaaaatgggatc
acagtcatcagtatcggagtgcaggacgcaaagagggacgagctggagaccatggctggt
ggtgacacatccaaagttttctttgtcgataattttaaggatttggaaactctgtaccag
aacatttcttctgtcatctgcaattccactaagcgagtttgcaaccagacagacttggtc
ttcctactcgattactcgagcagcatcaaccaaagccagcacacaattatgttaaacttc
acagcaagtgtggtggacaactttaatgtcagaaaagagtttgcacatgtcggacttgca
cagttcagtgataatcctaaacatgagttttaccttaacacgtacaacgacaagacgaag
ctgattgagcatatccttaacatgaactataacggtggaaacactaatcttggaaaagcc
ttggatcacattagggactactttcatgaatcaaatggaggccgcagaggtgttcccaag
aacctggtgttgatcacagatggtaactctcatgatgacgtggaggatgccgcagaagcg
ctcaggaaaatgggggttacagtattcgccattgctgttggagatgtcttttacctacag
ctcctgcagatcactggcacaccagagaaggtctttgatgtcgagaacttcgacagcttg
gcaaatatcaagacaaagatcattgatgaaatctgtgacactgagccaaaaattgattgt
accatcgacgttgcaataggattcgacattactgactcgagtggatccaacaacatgctg
atcagtgaccacatccaacacctggaagagattgtccatcatatttcacatatttcaaca
gaagaaaacttgtgctgcactggcgtcccccagtccccggtcaagacccaaatcgccttc
catttggtagacagtgatggcagggccttgtatgatacaaattttgcagacttcagtgaa
gacgtgttgaagaaagtcttgagctggaagttgtcccagccgacctactttaactctgag
ctgctgaatttctacaaggagaagttcaaaaccaaatccaaggctactgtcaaggtcttg
atgatcttctctgatggactcaatgaaaacgtcatgagtctacagcgggaatcaaagctg
ctgcgagagtctggagtcagcgccctgctggccgtggctctcaggggcactaaccacatt
cagctacagaaggtggagtttggccgcggattcgggtacaccgatcagctcataatcagc
atgccgagcatcgacagcaccatattccaacagattagcaccgtgacagcccgggaatgc
tgcggagtgatgtgcaaatgttggggagacaaaggcccccgtggtcttccaggcccacga
ggggcaaagggtgaggagggagagcggggtcatccgggtttcccgggagaagaaggagtc
agtggcgagcgcggtcctcctggacttcctggacttcaggggatccggggctgtcctgga
agcagaggacagaagggctaccgaggcctctcaggcaacaagggggacgacggggaggat
ggactgaacggcatcgatggcgagcagggagagacgggactcggtggactgaaagcagaa
cgaggacctccgggaaacccaggcatcccggggacaggaggcgagaaggggctgaaagga
cagaagggactgagaggagacccgggcaccccgggtgtcgacaacaacagaccaggaccc
aaaggagaccccggcagcccagggagaccaggtggtcctggtccagacgggtacgggggt
gacagtggactagatggaaacccgggtcgtaatggaagaagaggtcccagtggtgagaag
gggtcacctggtgagaaaggaaatcgaggccctcccggtatcccaggtgctgctgggcca
cagggccctgctggggacaatggggaacctggacccaaaggaacacctggttttccagga
aatcagggtgaacatggatctgttggagaaccagggctacctggacgtcctggccctaat
gggcagaagggccaaccaggagaaccaggtgtgaagggtgctctgggaccaccaggaccc
agaggaatgccgggtctggatggtcgtgacgggtttggacctgaaggaccgaaaggttca
aagggagatgctggttttcctggttaccctggtttaccgggcgacgacggtgcgaaggga
ccgaaagggtatccaggatccaaggggaaccggggtcgtggggggaactcaggcatgcca
ggaaagccaggtgagcctggaggtgacggatatccaggacacaaaggcccgaaaggtcct
cctgggagcagaggcctgtctgaatgcgaactgatcaacaaaatcagggacaactgtgct
tgttcacacggtgagtcacagtgtccggcctaccccaccgagctggtgttcggcttggac
atgtctgacgacgtgactccgacggccctcgagaggcagcgctccgccctcctccacctg
ctggaggacttgagcatcgctgagagcaactgtccacaaggcgctcgcgtggctgtggtt
ggatacagcgcctacaccaagtacctgatccgcttccaggactaccatcgcaagactgcg
ctgatagaagctgtgaagaacatcgccctagagaagacgtccaacaaacgccagctgggc
gccgccatgcgctttgtgggtcagaacatcttcaaacgagtgcgagctgggttcatggtg
aggaaggtggccgtgtttttcaccaatggagcgtctcaggacaacactgacattcttgct
gccattatggagtaccgggctctgaacatcgtcccagcaatcatctccctgaggaacgtt
cccgcgattaatcaggcgatggaggctgacgacacaggaaactccatcttcacggtgctg
aggaggccacaggagccggctgctgacctgaggagggtcaagagctgtgccgtctgttac
gacccctgcaggcatgcagaggagtgcgccttcatccaggaaccagtgctgcctcagcag
gcggatgtggacctggtcatggtgctggacagctccagggagatccaggccgatgaatac
gccggtgcccggcagctgctgagctctgtggtggagcagctggccgtgagtccacagccc
cgccgagccggccgccaggcccgagtagctctggtccaacagagcaccaaggtggagttc
ggcctgcagacctaccagaacgctggagacatgaagacgtacatgatgcagaacatgcag
cagcagggcggctctttggcgctgggacagatgctggactacaccctgagggaggtgctg
ctgaaggccggccagccgcgcagcaagagggccgtcctgactgtggtgggcaccaagacg
gcctacagagaccaggccaagctgcgctacatctcccagaaggccaagtgtgagggggtg
gcgctgtttgtggtgacggtgggtgatcgttacaaccggatggaggtggaggagctggcc
agcgtgccgatacagcagcacctgatcagactcgacaggctgaaggccgacgagcagggc
tacgcccagcgcttcatcagggtcttcctctccgccctcaacaagggactcaacacttat
cctccactcccatttaaactgacctgcagccagctgtcagagccaggcgacactctggac
acgaacagtcagggctcagcagactgggagctggagatttccgatcagccgagaaactgg
ttccaggagcagacgggaatcttggcaagaaacctgagcgtcatcaacactctgagcaaa
agaaagaggtcgttttcagatgtggacgtggagccgacgaagcagctggacagctttgtg
tccacaggcatctgcttcctcggcaaggatgctggcgactgtgtgaattacacggtcagg
tggttcttcgaccacaaacgcagcgtctgctcccgtttctggtacagcggctgcggaggc
aacgaaaaccgctttgcgacgcaggcagaatgcgagagagtttgtctgtcaaagcacaga
tga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (18)   
   RefSeq(nuc) (2)   
   GenBank (8)   
   EMBL (8)   
Protein domain (6)   
   Pfam (6)   
All databases (61)   

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