KEGG   Sinocyclocheilus rhinocerous: 107705786
Entry
107705786         CDS       T04916                                 
Name
(RefSeq) collagen alpha-6(VI) chain-like
  KO
K06238  collagen type VI alpha
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx04510  Focal adhesion
srx04512  ECM-receptor interaction
srx04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:srx00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    107705786
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    107705786
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    107705786
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:srx04147]
    107705786
   00536 Glycosaminoglycan binding proteins [BR:srx00536]
    107705786
Exosome [BR:srx04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   107705786
Glycosaminoglycan binding proteins [BR:srx00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   107705786
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   107705786
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 Kunitz_BPTI Herpes_ORF11 DUF1194 vWA-TerF-like
Other DBs
NCBI-GeneID: 107705786
NCBI-ProteinID: XP_016364727
Position
Unknown
AA seq 2532 aa
MGKIRTFLSGLIIISCFLVSTAQQTGCLDENPSYDIVFLVDSSSSISTRDFRDVKTFMHT
FVDGLDIDTKKVQVGLARFSTDPRKEFLIGDYANKAELFKKIDNLPYRTGGTYMGKAMNF
LKDNYFTSAGGSRINVKVPQIVVVITDGDSADDIKGPAEDLRQKGIIIFAIGVGPTNMTE
LKAIANRPPERFVVNIDNYQALQGLTTTMKETVCILMRDQGKAIAPRFADVFVLVDSLAQ
RETQQIRELLNQLAVQLNVGDGSHKIALAQFGENVVKEFLFNDYKVTEKARGYINRFEPR
PNGERKLGQAIDYVRTHFLNTASGSRIAKGYKQYLLVLRKGNSSDSTLRAIRTMKNEDVT
VIDIRLEANLRYLSPTLRTFQVDQNIIDVAADITKRIQETEVFNVTGDCTSAQVADIVFI
VDESGSITSSNFQLVKRLLHRTISGLEVNSDSVRVGMILYNDRPSAEFYLDSFVNKRDIL
NYIKILPYRGGGTATGAALKFAKDNLFTKWRGSRKALGVKQIAVVITDGKSQDDVTSPAA
ELRRSGVTVYALGVKNASVEELQKIGSYPERQFVFNVDSFQMLTSLEKSLRKSLCKVVVD
RGFDKNNRFILKQGCVNTEEADIYFLLDHSGSTRADFEDVKEFILGFLQLFNIGPNQVRV
GVVKADRDPTLQFSLTEHKNRVSLEGAVKNIIQPYGGTETGKALTYVASLFSQAKASRPA
RVQEILIVITDKESQDEVSEPASELRIQGVSVYAIGLRDANQDELLRMTADATKQFYVSN
YDALNALKNEIITDICSQEACKNKVADIMFLIDGSSSIYSLNFTSMKTFITKVVNGTVIE
KDNVHIGVVQFSDNPQEQFPLNRYYNQDEVAKAINSITQLTGNTYTGKALSFISKYFDKS
NGGRPDVPQFLVVITDGEAHDAVAVPAKAIRDKGVTIFSIGVGSVNTTQLWEISGTRDKV
YVERDFDALQSIDKNLQFKLCSPETDCPGKQLADVIFLVQCTRRIRIQDFENIRNFLISV
VNSTQIGDNLIRFGVIVYSGTPNQFSLNQYNNKRQVVEAIETLKSPTGNENTAKALGYSL
NYFKEENGGRQKRGIPQMLFVITDGDARDRENLRARAGEFADKRINVYGIGVARAQESEL
EIITKNKNKIFHVDNYEGLKGLQKNISSVLCNATKPECQIEVADLVFLIDGSESINEESW
RTMIAFLLNVVNRLRISPDLFRIGIAQFSSSYRKEFYLNEHIDVEGVKSAIRQITQIREG
TKIGNALGNVVEFFEESKGSRTASGVPQNLVLITDGVSSDSVNEAAEYLRRRRINVFVIG
IGDVSMPQLSYIAGSPDRMCCTIDIGIGFDNSLTSSSSLSIFRDQKKLQSYLPEIIRYVS
VVHNLCCIRNPTLKTNVGFRLVDGNGKMLDDFSFEEYDEGVVKKLMALQTSQSLKFNTQL
LRSFEEKFRASNSYVKVLIIFTDGLDEPVENLLLAVNSLRTSGVKALMTVALEGFKNSAD
LQRLEFGRGMHYKQLLSIGMQNVGSVMQKQIDTVASRECCNVMCKCTGHEGARGNYGRPG
MKGSPGLRGLPGFPGEEGGPGERGLPGLNGTQGHQGCIGRRGIKGGRGYRGDNGDDGEYG
LDGVNGEQGVTGASGSPGERGDPGSPGPRGIRGNPGNPGQRGLRGDPGSPGLDNNSRGPK
GDIGGPGIQGEPGPDGLPDQIGDNGRPGPNGRRGSAGLLGPRGPSGTPGLQGLPGATGPL
GAIGPPGPVGQKGYIGLPGPQGSPGSPGRPGSKGSSGSRGQKGQPGDPGDKGAFGSPGPR
GLPGKDGADGYGFPGPKGQKGDSGFPGYPGLQGEQGFKGGNGGGGPKGNRGRGGNAGRPG
PLGDPGSEGMTGHRGPKGPRGTRQISDCQLISYVRDNCVCCRDNIKCPAYPTDLVIGLDM
SEDVLPQGFDRMRSVVLRLLDNINIAESSCPTGARVAVVSYSSYTRFLIRFTDYHRKKQL
IEAVNNIALERTSNRRNIGAAMQFVGRNVLKRVRKGVLMRKVAIFLTAGESQDSTSLTTA
ILEYKALNIKLGVISLRNVPNIRRAFEADETQSFILTVLGRLQEQNTTLSKIQSCVICFD
PCRPARECDGTNLPSAPQEVDMDLVVIVDGSRSILSDEYEGVKEVLGGVLDQIVVSSQPN
GADRQARVAVYQQSSSYSEAQSGVKVIFSFQQFPDRSLMKRSIYQDLQQTGGSSRLDLAM
EYAIMQGILTAPKGRKNKMVLAIIGEEMASQDRAKLDLISRVAKCEGVVLFTLTVGDHIS
TAQVEELASYPLEHHIIHLGHLKHGEPEYAQRFMRTFFHILSKNVNSYPPPSLQRQCSNF
QQRPGQRLDFEAAERPVYSVPVASIAYPDVAVEEEVEEEDAAVEETEDQQNSGVKSPIDR
IDNPCHLNSDRGTICGEYVQRWYYNEAVGTCLPFWYGGCDGNSNRFNSEKECLQICGKQN
PEVILQAKEETALVDDACFMKQDVGPCSDYVFSWHYDVQQNECIHFWFGGCGGNKNRFNT
QEECEALCVRDI
NT seq 7599 nt   +upstreamnt  +downstreamnt
atggggaagatacggacatttctttctggtttaatcattatatcatgtttccttgtaagc
actgcacagcaaacaggatgcctggatgaaaatccatcatatgacattgtattccttgtg
gatagttctagcagcatcagtactcgagacttccgggatgttaagacgttcatgcacacg
ttcgtggatggtttggatattgacactaaaaaggtacaagttggccttgctcggttcagc
accgatccccgcaaagagttcctgataggggactatgcaaacaaagcggagctgtttaag
aaaatagataaccttccataccgaacaggaggcacatacatgggaaaagccatgaatttt
cttaaggacaactatttcacgagtgcgggtggaagccgtatcaatgtaaaagtgcctcag
attgttgtggtgatcacagatggagactcagccgatgatataaaaggacctgctgaagat
ctgcgacagaagggtattatcatctttgccattggtgttggtccaacgaatatgactgag
ttaaaggctatcgccaacagaccacctgagcgttttgtggttaatattgacaattaccaa
gcactgcaaggactgacgaccaccatgaaggagacagtgtgtatcttgatgagggatcag
gggaaagccattgccccaaggtttgctgatgtatttgtcctggtggatagtttggcccag
agagaaacacagcagataagggaacttctcaaccaactggctgtgcagctcaatgtggga
gatggatctcataagatcgcactggctcaatttggagagaacgtcgtcaaggagttcctg
tttaatgactacaaagtaacggaaaaagccagagggtacataaatcggttcgagcccagg
cccaatggagagcgaaaattaggacaggccatagattatgttcgtactcactttcttaac
acggcgtctggcagcagaattgctaaaggctacaagcagtatctgctggtactgagaaaa
gggaactcttccgactccactctgagggccataagaacaatgaagaatgaggatgtgact
gttattgatatcagattggaagcaaatttacgctacctgtcacctacgctacgcactttc
caggttgatcagaatatcattgatgttgcagcagatatcacaaaacgaattcaggaaaca
gaagttttcaatgttacaggagattgcacatcagcccaagtggcggatattgtgtttatt
gtggacgaatcgggtagtatcaccagtagcaactttcaactagtgaaacgtttactccac
cgcacaattagtggcctcgaggtgaactctgacagtgtgagggtgggaatgattctttac
aatgacagacctagtgctgaattctacttggacagtttcgttaacaagagagatattctg
aactatattaaaatcctaccatacagaggcggaggaactgcaactggtgcggccctgaag
tttgccaaggacaatctctttactaagtggaggggcagcaggaaagctctcggtgttaag
cagatagctgtcgtcatcactgatggcaagtcacaagatgatgtcacctccccagctgct
gagctgaggcgctcaggagtcactgtatatgccctcggggtgaagaatgctagtgtggag
gagctccaaaaaataggatcttaccctgaacggcagtttgtgttcaatgtggatagtttt
cagatgcttacttcgctggagaaaagcctcagaaagagcctttgtaaggttgtggtcgat
agaggttttgacaagaacaatagattcatcctaaaacaaggatgtgtgaacacagaggaa
gccgatatttatttcctgttggaccactctggcagcactcgtgccgactttgaagatgtg
aaggaatttatcctgggcttcctgcaactattcaacattggacccaatcaagttcgtgtg
ggagttgtgaaagccgatcgtgatccaactttacagttcagcctgacggagcacaaaaac
agagtctccttagaaggggctgtgaagaacatcattcagccctatggaggcacagagaca
ggcaaagcactaacttatgtggccagtctctttagtcaggctaaagcatcccgtccggct
agggttcaggagattctcattgtcattactgataaggaatcccaagatgaggtgagtgaa
ccagcgtcagagctgaggattcaaggtgtttcagtctatgccattggattaagggatgcc
aaccaggatgagctcttgagaatgacggctgacgcaactaagcagttctatgtgagcaac
tatgatgctctgaatgccctcaagaacgaaattatcacagatatttgttcacaagaggcc
tgcaagaacaaagtggcagatatcatgtttttgattgatggctcttctagcatttacagc
ctaaactttacatcaatgaagacgtttattaccaaagttgtaaatggtaccgtcattgaa
aaagataatgtgcacatcggggtggtccagttcagcgataatccacaggagcagtttcca
ctgaataggtactacaaccaagatgaagtagcgaaagcgatcaacagcattacacagcta
acgggaaacacatacactggaaaagcgctctcattcatttcaaagtattttgataaatcc
aacggcggtcggcctgatgttccacagttccttgtagttatcacagatggggaagctcat
gatgctgtcgctgtacccgcgaaggccatcagagacaagggtgtgaccatcttctcaata
ggtgtgggcagtgtaaacaccacacagctctgggagatcagtggaactcgagataaagtg
tacgtggagagggattttgatgcacttcagtccattgacaaaaacctccaattcaagctc
tgcagccctgaaacagattgtccgggcaagcagttggctgatgtgatcttcctggtgcag
tgcaccagacggattcgtattcaagactttgaaaacattagaaactttttaatctccgtg
gtgaacagcacacagattggggacaatctaattcgctttggcgttattgtttactcaggc
actccaaatcaattttctttaaaccagtacaacaataaacgtcaggtagttgaggccata
gaaaccttgaagtccccaactggaaacgaaaacacggctaaggctcttggatactcactc
aattacttcaaagaagagaatggtgggcgccagaaacggggcatccctcaaatgctgttc
gtaattacggatggtgatgctagagaccgagaaaatttacgtgcacgggctggtgagttt
gcggacaaacgtataaatgtgtatggaattggagtggctagagctcaagagagtgagctg
gagatcattaccaagaacaaaaacaaaatcttccatgttgataattacgagggccttaaa
ggactgcagaagaacatctccagtgtgctttgtaatgcaaccaaaccagaatgccagata
gaggtagccgacctggtgtttctgattgatggatctgaaagcatcaacgaggagtcatgg
agaactatgattgctttcttgctaaatgttgtgaaccggctccgtatttctccagatctt
ttcagaattggtatagcccagttcagcagctcatatcggaaggagttctacttaaatgag
catatagatgtggagggggtgaaatcagcaattcgacaaatcacgcaaattagagaaggg
acaaaaattggaaacgctctaggtaacgttgtggaattcttcgaggagagcaaagggagt
cgcacagcgagcggcgtaccgcagaatcttgtacttatcactgatggcgtttcatcagac
agtgtgaacgaagcagccgaatatctccgacgtcgtcgaattaacgtctttgttattgga
attggggatgtctcgatgccacagctcagttatattgccgggtcaccggataggatgtgt
tgtactattgacattggcatcggatttgacaactcgctcaccagttcaagttctctgtca
atctttagagaccaaaaaaagctgcagtcctaccttcccgagatcatccggtacgtttca
gttgtgcacaacctgtgctgtatccgcaacccaaccctcaaaaccaatgtagggttccga
ttggtcgatggtaatggaaagatgctggatgatttttccttcgaagagtacgatgaaggt
gtggtaaaaaaactgatggcacttcagacttcacaatctctgaaattcaacacccagctt
ctacgctcgtttgaggagaagttcagagcttcaaattcttatgtaaaggtgctcatcatc
tttacagatggtttggatgagcctgttgagaaccttctgcttgccgtcaacagcctcagg
accagtggtgtaaaagcattgatgactgtggcgctagaaggatttaaaaactctgctgac
ctgcagaggctggagttcggtcgagggatgcactacaagcagcttctctctatcggcatg
cagaatgtgggcagtgtcatgcagaagcagattgatacagttgcctcaagggagtgctgt
aatgtgatgtgtaaatgcacaggtcacgagggagcacgtggaaattatggtcgtccaggg
atgaaggggtcacctggactgaggggacttcctggcttccctggagaagaaggaggacct
ggtgagagagggcttcctgggttgaatggaactcaaggacatcagggatgcattggaaga
agaggcataaagggtggcagaggctacagaggcgataatggagatgatggagaatatggt
ttagatggggtaaatggtgaacagggtgtaacaggagcatcaggaagcccaggagagcga
ggagatccaggcagcccaggtccaagaggtatcagaggaaaccctggaaacccaggacaa
cgaggcctaagaggagatccaggaagtccaggattagacaacaactcccgcggtcctaaa
ggtgacatcggcggcccaggcattcagggtgaaccaggtccagatggtcttcctgatcaa
attggtgataatggcagaccaggtcctaatggcagaagaggctcagcgggtctgctgggt
cccagagggccttcaggaacaccaggactacaaggactccctggagccacaggtccactg
ggtgctattggtccacctggtccagttgggcagaaaggttatatcggtctacctggacct
cagggatctcctggctctccaggaaggccaggatctaaaggaagctctgggtccagggga
cagaagggccagccaggtgatcctggagacaagggagctttcggatctccaggccctaga
ggactgccgggaaaagatggtgcagatggctatggattcccaggacccaaaggacagaag
ggagattctggtttcccaggttatcctggacttcagggtgaacagggttttaaaggagga
aatggaggtggtggtcctaaaggcaacagaggaagagggggcaatgctggaaggccagga
ccacttggagatcctggcagcgagggcatgactggacacaggggcccaaaaggaccacga
ggaaccagacagatttctgactgtcaactgatctcatatgtccgagataactgtgtttgc
tgcagagataacataaaatgccctgcctaccccactgatcttgtgattggcttggacatg
tctgaagatgtgcttcctcaaggctttgaccgcatgcgttctgtagtccttagactgctg
gacaatattaacattgcagagagcagctgtccaacaggggctcgggtggctgtggtctcc
tacagctcctacaccagattcctgatccgcttcaccgactatcaccgcaagaagcagctt
attgaagcggtgaataacatcgccttggaacgcacttcaaatcgacgtaacataggcgct
gccatgcagttcgtgggcaggaatgtcctgaagcgtgtgcgaaagggtgtcctgatgagg
aaggtagcgatcttcctcaccgctggagaatctcaggattcgacgtccctcaccacagcc
attctagagtacaaagccctgaacattaagcttggggtcatctcactaagaaatgtccct
aatattagaagagcttttgaggcagatgaaacccagagttttatcttgactgtgctgggt
agattgcaagaacagaatactactctcagtaagatccagagttgtgttatttgctttgat
ccctgcagaccagctagagaatgtgacggcaccaacctgccatctgctcctcaggaggtg
gacatggacttggtggtgattgtggacggctcccgtagcatcctgtctgacgagtacgag
ggtgtgaaggaggtgctcggcggtgtgctcgatcagatcgtcgtgagcagtcaacccaac
ggggccgacagacaagcgagagtggccgtctaccagcagagctcctcgtacagcgaagcc
cagtccggtgtcaaagtgattttcagcttccaacagttcccagatcgcagtttaatgaag
cggagcatctaccaggatctacagcaaaccggaggctcttcccgactggatcttgcgatg
gaatacgccataatgcagggcatcctcaccgctcctaagggccgcaagaacaagatggtg
ttggccatcattggagaggagatggcatctcaggacagagcgaagctggaccttatctcc
agggtggcaaagtgtgagggtgttgttctcttcaccctgacggtgggtgaccacatcagc
actgctcaggtggaggagcttgccagctaccccttagaacatcacatcattcacctggga
cacttgaaacatggagaacctgagtatgctcagcgcttcatgaggacgttcttccacatt
ctgagcaaaaatgtgaactcctaccctcctccatcactccagcgtcagtgtagcaatttt
caacaacgtccaggtcagcgtttggacttcgaggctgcagagagacctgtatatagtgtt
cctgtggcatccattgcatacccagatgtagcggtggaagaggaagtggaggaagaagac
gctgcagtggaggagactgaggaccagcagaactcaggagtcaagtctcctattgaccgc
attgacaatccgtgtcacctgaacagtgaccgtggcaccatctgtggtgaatatgtgcag
cgctggtactataatgaagcagttggtacatgtttacccttctggtacgggggttgtgac
ggtaacagtaaccggtttaattcagaaaaggaatgccttcagatctgtggcaaacaaaat
cctgaagtaatcctgcaggcaaaagaggaaacggcattagtggatgatgcgtgcttcatg
aaacaggatgtggggccctgcagtgactatgtttttagctggcactatgacgtccagcag
aatgaatgcattcacttctggtttggaggatgtggaggaaacaaaaacaggtttaacacg
caggaggaatgtgaagctctttgtgtaagagacatttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (21)   

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