KEGG   Acropora digitifera (stony coral): 107345043
Entry
107345043         CDS       T04352                                 
Name
(RefSeq) uncharacterized LOC107345043
  KO
K06238  collagen type VI alpha
Organism
adf  Acropora digitifera (stony coral)
Pathway
adf04512  ECM-receptor interaction
adf04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:adf00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    107345043
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    107345043
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:adf04147]
    107345043
   00536 Glycosaminoglycan binding proteins [BR:adf00536]
    107345043
Exosome [BR:adf04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   107345043
Glycosaminoglycan binding proteins [BR:adf00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   107345043
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   107345043
SSDB
Motif
Pfam: VWA Laminin_G_3 VWA_2 Toxin_R_bind_N VWA_3
Other DBs
NCBI-GeneID: 107345043
NCBI-ProteinID: XP_015766254
Position
Un
AA seq 2691 aa
MTIIFWVYPRGRGPLIHFNPNGRGVDMSIDSPFKLYARFVPRSGKSVRPVSKTIPSNRWS
YIAASYDYSSGLASLWSYNTLVDQRRIGRFRLGLATNYPIYIGRKPGDRRRFRGEISCLQ
IYNFAMTGPQIRSKMARCYNPATGPTTRPITLPYTPTVPMPPSLAVYPLDKKRGGIDITG
RNPSARFKGTVFGDGPDGRKQGSTKLSGRSNSYVLIPNTGKLDPRYSITVLIWVYPIRSR
GIVLTYNPNRKGFQLRIISPRKLLLEMVERTRRTTIRVSTPRPVIERKIWNYIGVTYSMK
SKRVTFWVNSKAIATKVIGKVELDTRGSIRLGGYRGSRDFFKGRLSCLQVYSVELTSRQI
EEAKKRCFLKVPITVPIPSPSPTRPPRVCTARVDLGFLIDATSASLRSNNRNYMEQFMQQ
LLRRFVISGRSTRVGLLTFSARTHRLLGFAGSYTTKGIFKAIGRIRKLNGRRRLGRALYY
TKKYLFSNNPQCGRRRVLVVVTAGPSIDAVQRPALSLQGAGVEIFIIGVGRVIEPSLSKI
VTDRRHFFMVGFKTLHTILGTLRDRICFSPVIRRGAVAVYQLTSASKNRDISGYANPPAM
LVGVNYARGPDNHPQGALYFKGTRNSYVLLPNNGCLDVRNSVTIIFWLFAEGLGPLVHFN
PFGSGVQISLVSPFRLSARFVPRSGKWVNAVYANITPRRWYYVATTFDHTNGVVSIFVNN
ALLSQRRIGPFRFGLATNKPVVIGGKPGSRRSFRGKISCLQVYNYPMNLLQIRSKEKLCF
RAVLTPSPTITTPYTGSKPPIPSPSSKQPPVCQSRVDLGFLIDGSGSMRRTFMKIIDFVK
TLISFFPISQSQTRIGLVVFSSKAYPAFPFNRYNSKASVVRAVDRVRFPYGGTRTGNALR
FTSGYLFPRGRIRGRKPFLVIITDGKSQDGVAAPAASLKRKGVDIFALGYGTKFRRLDLQ
QMASSPSYVMTASFGKISAILAAVKKKACQPFVPPTTPATVPACSLSIDVGLVLDSSARV
GRWGFRQIKRFARLIARSFTISQKYGRVGVIVYGSYPRVEFGLNRYFNARYVDRTIERLR
FIGGLRRTGKALEMALSGLFRGSRKKRVLVFVTNGPAADGIRLPSLRIHQSGIETFAIGI
GSRSSHRELSAIATNARHTYMVTFRTLKSIVKSIVRKACKVEITTRPTIRPTKKPTIRRP
RFPEPVAIYTLHRKGGTVDISPGKNVPGQSSNVRYAPGPYGQSYKSTEFLGNRNSYIRFP
NNGKLSVKHSITLLAWVYPMKPGPIFEYLRGVKFWCFRSDSLYVHFARRDRRRTRVLRKR
RLRPYRWNYVGATYDQRTGIATLWLNSSPILSVNIGKGITLATTKDAYMGTGFRGRISCM
QIYSSALTGPQISKLKNLCSKPGPFTPSIPVPRLPPAMAFYPLNVRYNTRDVSSNRNPPG
RMGNVRPAFGPDLRPGGSFRFKGRSDSYIEFPNNGRLDTRKSLSIVAWINPAGPVGPIFN
YKPDGFDVHMWMIRPRVLLVRFVNRLRRFTAPIETNLIKPKAWNFVTATYDQRSGDARIF
IDSREVARKRIGQIRLATKYPAIMGARKGGKRFFQGRITCLQIYDIPLGPRQIREAKKLC
LKTRVVTTPTTRPTPTKPTPPRPCRANMDLAFLIDNSYYFRQRGQGAFSLLTRYIARILY
SLRISRQGTRVSMATYASNARLLFPLSRYSRVSDILSALKRIRPRRGRLHLGRALYYVSS
KIFPGRRRCGRKRVLVVFVSRRSQDSVERAARVLKRIGVEVFVVGIGGRVSRKELMKIAT
NGFHVFMASLRTLSTVLDTIRNKACSVTGSAAARAVFPLNGVTGGRDISINHNKAATLVN
VKPAPGPDGLPLGSFLLRGIANSYIYFPNRGCMDTKNSMTIALWVYPESAGPIFHYFPKG
RGVHLWMKDINTILVKFVPRSLQTISAVTSRRIKPTAWNFVAATYDYETGLASLWNDATL
ISQRNIGKIELATNYAAISGKKPRDKRIFRGRIACLQIFDRALTGRQLRAIKRKCFRARP
SPTTPPPVLPLLVAVYPLDRINGVRDISPRRCPTGRRSNVGYAPGPDGRKDGATRFFGNA
GSYIEIPNNGKLDTMVSTTILLWAYHEGLKGPLVNYRPGPGWGVNVWMMGPRTLLARFVR
RDGVFTKAVMVTSRKIRYRAWNYFGATYDYKTGVAKLWVNSRLLVVQSIGRFRLATNYPI
RLGARRNGKRFFKGRMFCLQIYSRALSRKEILAARSSCFRRFPTTTPTRKTKTPTTTPSP
TRPKGPFRAAAFYPLNYLSRGRDRSLFRNPPGILGYVRSAPGPDKLPGGSYQFYGRPDSY
IYLPNRGKLDTRKSISIIAWIRNDGGAGPIFHYMPNGWGVYLWMLSSNTVGVRFTRRQRR
ASTTMLSSRVITPHKWQYIAATYDYISGDARLYLDGNVIARKRLGRIRLATNYPVRIGAK
KRDRRNFRGRISCVMVFDVALNSNQIARRKKRCFRRGPRGPSEKVCEPKIDLVFVVDACS
ENDRFTKANFRRVKNFLIGLIGDFVVSSKKVRISLVLFAQYPKLVLRFSTKKAFVFRIIR
NMKLVCGARYSGAALKYAYRQILQRTTRKPVLVMMTTGGSRDDVRGPTALINRKRVETFA
IGVGRRYSFRELQYIATDPRHVYTAAFRNLGSTVKLLKRKICKSDTLYHPA
NT seq 8076 nt   +upstreamnt  +downstreamnt
atgaccataattttttgggtgtatccacgaggtcgcggtccactaattcatttcaatccg
aatggcagaggagtcgacatgagcattgacagtccatttaaactctatgctcggtttgtg
cctcgctcaggcaaatcggtgagaccggtgagcaagacgataccatcaaaccggtggagc
tacattgctgcctcttacgactacagcagtggccttgccagtttgtggagctacaacact
ctcgttgatcaacgtaggattggtcgtttccgtcttgggctcgcaacgaactaccccatt
tatattggtcgaaaacctggtgacagacgccgattccgcggggaaatatcttgtttgcag
atttataactttgccatgactggtccacagattcgtagtaaaatggctcggtgttacaat
ccagcaaccggtcctactactcgtcccataacattaccctatacaccaacagtgccgatg
ccaccttctcttgctgtgtatcccctggataagaaaagaggcggtatcgacataactggc
cgaaatccatctgcaagatttaaaggaactgtgtttggtgatggccctgatggtcgaaag
caaggctccactaaattatccggccgtagtaatagctacgttttaatccccaacactggc
aaactggatcctaggtactctatcactgtgttgatttgggtgtaccccataagaagtaga
ggcatcgtactgacttataaccccaatcgaaaagggtttcagttgagaatcattagtcct
cgaaagctgctactagaaatggtggaacgcacgcgcagaacgaccattagggtgtctact
ccgagacctgtgattgagaggaaaatttggaattacattggggtaacatatagcatgaag
tctaaaagagtaaccttttgggtaaactccaaggctattgcaaccaaagtgataggaaaa
gtagaactggataccaggggcagcataagacttggcggatatagaggaagcagagacttc
tttaaaggtcgtttgtcttgcctgcaagtgtacagtgttgagctaacaagcaggcaaata
gaagaagcaaagaaaaggtgtttcctcaaagtaccaatcacggttccaataccatcgccg
tcgccaacccgtccaccaagagtctgtacagctcgagttgatcttgggttccttattgac
gctacttctgcaagtttgcgctctaataatcgtaattacatggaacaattcatgcagcag
ctgcttcgtcgattcgtgatttccggtagatccactcgagttggtttactcacgttctca
gcgcgaacccatcggctccttggatttgctggttcgtacaccactaaaggtattttcaaa
gcaattggtcgaatacggaaattaaatggtcgaagaagattgggacgtgctctttactac
actaaaaagtaccttttcagcaacaaccctcaatgtggaagaaggagagtcttggttgtc
gtaaccgctggtccatccatcgatgcagtacagcgaccggccctgtctttgcagggagct
ggtgtggagatattcataattggtgttggaagggtcattgagccatctctctcgaaaatt
gtaactgacaggcggcacttctttatggttggatttaaaacgcttcatacaattttggga
acgctcagagacagaatctgtttttctccagttattcgccgtggggcagtcgctgtttat
cagctcaccagtgcgtcgaaaaaccgtgacataagcggctatgcgaaccctcctgcgatg
ttagttggtgttaactatgcacgtggccctgataaccatcctcaaggcgcgctgtatttc
aagggaacaagaaacagttacgttcttcttcccaacaatggctgtctcgacgtcagaaat
tcagtaaccattattttctggttgttcgctgaaggtctcggcccgttggttcatttcaat
ccgtttggctcgggagtccaaatttcgctagtgagtccattcagactctctgctaggttt
gtgccacgctcgggcaaatgggtaaacgcagtgtacgcaaacataactccgcggaggtgg
tactatgtggctacgacgttcgatcacactaatggtgttgtctcgatctttgtcaacaat
gccctcctcagtcagcgtcggattggtcccttccgttttggcctcgctactaacaagccg
gttgtgattggaggaaaacctggtagcaggcgaagtttccgcggaaaaatctcgtgtctg
caggtttacaactaccccatgaatcttttacagatccgaagtaaagagaagctatgcttc
cgtgcagttctcacgccttctccaactattaccactccatatactggatctaagcctcct
atcccttcaccgtcttccaaacagcctccagtttgtcaatcgcgcgtggatttgggtttc
cttatcgatggatctggaagcatgagaaggacgtttatgaaaattattgacttcgtcaaa
acccttatcagcttcttcccaatctcacaaagtcaaacacggattggtttggtggtattc
tcttcaaaagcctatcctgccttccccttcaatcgttacaactcgaaagcaagtgttgtc
agggcggttgatcgtgttcgattcccgtatggaggaaccaggaccggaaatgcgttgaga
tttacttcaggataccttttcccgagaggacggatacgtggaaggaaaccattcctcgtc
atcataacggatggaaagtcgcaagatggtgtcgcagcacctgccgcgagtttgaagcga
aagggagtcgacatatttgcgctggggtatggcactaagttcagaaggcttgacttgcaa
cagatggcgtctagtccctcttatgtgatgactgccagttttgggaaaataagcgccata
ctggccgctgtgaaaaagaaggcttgccaaccttttgttccacccaccactcctgctaca
gtcccagcttgcagtttgtcaattgacgtcggccttgtcctggactcctcagcgagggtt
ggaagatggggctttaggcaaatcaaacggtttgcgcggcttatcgccagatctttcaca
atttctcaaaaatacggtcgcgtgggagtcattgtctacggatcctatccacgagtggaa
tttggcctcaatcgttacttcaacgcgcgctacgttgatcgaaccatagagagactaaga
ttcattggaggactgaggagaacgggaaaagctcttgagatggcgcttagtgggcttttt
agaggcagtcgcaaaaagagagttctggttttcgtgaccaatggaccagcagctgatggc
ataaggttacctagcctaagaatacaccaatcaggaattgaaacgttcgctattggcatt
ggttcccgatcaagtcaccgtgaactgagtgccatagcaaccaatgcgcgccatacgtac
atggttacgtttagaacgctgaaaagcattgtcaagagcatcgtcagaaaggcctgtaaa
gttgaaataacaactcggcccacaattagaccaaccaagaaaccgaccatcagaaggcca
aggtttcctgaacccgttgcgatctacactcttcaccggaagggtggcacggtcgatatc
agtcccggaaaaaacgttcccggccaaagttccaacgtgcggtacgcacccggtccatac
ggccagtcttacaagtccacagaatttcttggaaaccggaacagctacattcgtttccct
aacaacgggaagttgagtgtcaaacactctattacccttctggcgtgggtgtaccccatg
aagccaggtccaatctttgaatatctccgtggagtcaaattctggtgtttccgttcggat
tccctttatgtgcactttgcccgcagagaccgacgtcgcacacgcgttctaagaaaacgc
cgtctgcgcccataccgttggaattatgtcggtgctacctacgatcaaagaacaggcatt
gctacgctttggttgaactcgagcccaattttgtctgtaaatattggcaaaggcatcaca
ttagcgacaactaaggacgcttacatgggaactggcttccggggacgaatttcctgtatg
cagatttattcctccgctctgactggacctcaaatctcaaaactcaagaacctttgcagt
aaaccaggtccatttacacctagtataccagtaccaaggttacctccagctatggctttc
tatcccttgaacgttcgctacaacacgcgcgatgtcagttctaataggaaccctccagga
cgtatgggaaatgttcggccagcctttggtccagatctaaggcctggtggctctttcaga
ttcaaaggccgttcagacagctatatcgaatttcccaataatggccgccttgacactcga
aagtctttgtcaattgtagcatggatcaatccggctggtccagttggtccaatttttaat
tacaaacccgacggctttgacgttcacatgtggatgattcgtccgagagttttgttggta
cgcttcgtgaatcgtttgcggagatttaccgcccctatagaaaccaacctgatcaagcct
aaggcctggaactttgttactgctacctacgaccaacgatccggagatgcccgaattttt
atcgattccagagaagtcgctcgaaaacgaatcggacagatccgtctggccactaagtat
ccagccataatgggagccaggaaaggcggcaagcgatttttccagggacgaatcacttgc
ctgcaaatttatgacattccactgggaccaagacaaatccgagaggcaaagaaactttgt
ttgaagaccagggtagtaactacacctacaactcgaccgacgcctacaaaacccacccca
cccagaccttgcagggcaaacatggatttagctttcctgattgataactcctattacttc
cggcaaagaggacaaggggcatttagtttgctcactcgatacattgcgagaatcctctat
tcgctgcgcatctcaaggcagggaacacgtgtcagtatggcaacttatgcttcgaatgca
cgactcttgtttcctctcagccgctattccagggtatctgatattctttccgcccttaaa
agaatacgtccaagacgagggcggcttcatctaggaagagcgctatattacgtaagtagc
aagatctttccaggaagacgccgatgtggaagaaagcgtgtccttgttgtgtttgtaagt
aggcgttcccaggacagcgtggagagagcagcacgcgttttgaagcgtattggagtcgaa
gtgttcgtcgttggtatcggaggaagagtcagtaggaaagaactaatgaaaattgccact
aatggctttcacgtgtttatggcttcactaaggactttgtcaactgtgcttgatacaata
agaaacaaagcttgttcagttactggatctgcagctgctcgagctgtgttcccgcttaac
ggagtgactggtggacgagatatcagcattaatcacaacaaggctgccacacttgtaaac
gtcaaaccagcaccaggacccgatggactacccttaggttccttcctcctgcggggaatt
gcaaacagttacatctactttccgaacagaggctgtatggacaccaagaattcaatgaca
attgctctttgggtttaccccgagagtgccggtcccatatttcattatttcccgaaaggc
agaggagtgcatttgtggatgaaagacattaacacaattttggtgaagtttgttcctagg
tctcttcaaacgatcagtgcggttactagccgaagaatcaaaccaacagcctggaacttc
gtcgctgctacgtatgattacgagactggtctggcgtcgctgtggaatgacgctacacta
atttctcaaaggaacataggaaagattgaactggcgactaactacgctgcaatatctggg
aaaaagccccgtgataagagaattttccgaggtcgaatagcctgtttacagatctttgat
cgagcgctaactggaaggcaacttcgagccatcaaaaggaaatgtttcagagctcggcca
tcacctacaacaccaccaccagttcttccgctacttgttgctgtttatccactggataga
attaacggtgtgcgcgacataagccctcgtagatgcccaactggacggcgctccaacgtc
ggttacgctccaggtccggatggtcgaaaagatggagcaactcgattctttggaaatgct
ggaagttacattgaaatccctaacaacggcaaacttgacaccatggtttccactacgatc
cttttgtgggcatatcacgaaggtctcaagggtcctcttgttaactatagacctggccct
ggttggggtgtcaacgtctggatgatgggaccacgtactttgcttgcaagatttgtccgc
cgagacggtgtctttacaaaagcagtgatggtcacaagcaggaaaatacgctacagagcg
tggaattatttcggtgctacctatgattacaagaccggcgttgcgaagctgtgggtaaat
tccaggctgctagttgttcaaagcatcggccgcttccgattggctacaaactatccaatc
agattaggagctcgtaggaatggcaaacgcttttttaagggaagaatgttctgcctgcag
atttacagtcgtgcgctgagccggaaagaaattttggctgcgagatcctcatgcttcagg
cgatttcctacaacaacaccaacaaggaagacgaaaacaccaaccaccaccccgagtccc
acaagaccaaaaggacctttcagagcggctgcattttatccactgaattatttatcaaga
ggccgtgatcgcagtttgttcagaaaccctccaggaatactaggctacgttcgctcggca
ccaggccctgacaagttacccggtggttcctaccagttctatggccgtcctgacagctat
atctatttgccaaaccgaggaaagctggacacgagaaaatcaatctcaattattgcttgg
atccgaaacgatggaggcgcaggaccaatcttccattatatgcccaacggatggggtgta
tatctgtggatgttatcctcaaacactgtgggtgttcgtttcacgcgtcgtcaaagacgg
gcctccactactatgctatcaagtagagtaataacacctcacaaatggcagtatatcgct
gccacttatgattacatctccggagatgcaaggctttaccttgatggcaatgtgatagca
cgaaagagactgggaagaatccgacttgcgacaaactatcccgtaaggattggtgctaag
aaacgagaccggcgaaatttccgtggacgaatttcgtgcgtcatggtattcgatgttgca
ctgaatagtaaccagattgcacggaggaaaaagcgatgcttcagacgtggaccacgaggg
ccaagtgaaaaggtttgcgaacccaaaatcgaccttgtcttcgtcgtagacgcctgcagc
gagaatgatcgattcaccaaagctaatttccgtagagtgaagaatttccttattggattg
attggtgattttgtcgtgtcttccaagaaagtgcgaataagcttagtgctgtttgcacag
tatccaaaactcgtgcttagatttagcaccaagaaagcgttcgtcttcagaataattagg
aacatgaagttagtatgcggtgctcgatatagtggggctgctttgaagtacgcctacagg
caaatcttgcaacgcaccacgagaaaaccggtcctagttatgatgaccactggaggctca
agagatgacgttcgcggtcctacggcactgataaatagaaaacgagttgaaactttcgcc
atcggtgtcggaagacgatacagcttcagggaactgcagtacattgctactgatccacgt
catgtgtacactgccgctttcaggaacctgggatccacagttaaactgcttaaacggaag
atttgcaagtcggatactttgtatcacccagcgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (78)   

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