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KEGG   Pocillopora damicornis (lace coral): 113669481
Entry
113669481         CDS       T05773                                 
Name
(RefSeq) LOW QUALITY PROTEIN: uncharacterized protein LOC113669481
  KO
K06238  collagen type VI alpha
Organism
pdam  Pocillopora damicornis (lace coral)
Pathway
pdam04512  ECM-receptor interaction
pdam04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pdam00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    113669481
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    113669481
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pdam04147]
    113669481
   00536 Glycosaminoglycan binding proteins [BR:pdam00536]
    113669481
Exosome [BR:pdam04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   113669481
Glycosaminoglycan binding proteins [BR:pdam00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   113669481
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   113669481
SSDB
Motif
Pfam: VWA VWA_2 Laminin_G_3 WSC
Other DBs
NCBI-GeneID: 113669481
NCBI-ProteinID: XP_027041317
Position
Unknown
AA seq 2038 aa
MDVLLLLMSLISAIVAGSRTTKHQHSPIRKFFSGKRSGLPRWTIPNMRNLKKARAGRRSQ
GSSYPYSNQYAAYAPSLPPATPSFYPSAYPSPPSFSYSPPSLYPASPPYGYPPSSYPSPA
FYSSPYSSSEPGSSFPSSNQAQQLTYSTSSSNAYASDQYQQQQILYPSHVNPGKAASKGK
SAAHLIISGSAAKPSNDATKPKVKPTPPDRTEKFEIKGRFFKSIGCWADSTKRRAMDSLE
GKSSQLKHPYKTRVNALMKCAEVADEHGLKIFGLQNGGQCFGGKNAENTYREYGQSTECA
GDGEGGPWSNEVYSFLDEDDQPLVKPPKIMDNINGSSNGTSTACPNPCAKNSSSSSSNTT
CSILLPSSTGTGQMCGWGCPIPIPACNVSNVILSXGTGVQGKVNQTVPAGCASMGGGGGT
PCPPQGMPMGNSVCGGGGTMGGALCGSQGITIDSGCMQIAGAPCPAPAQGVAPGGCIDMG
AGCVIEGKLTEGCPNITNATACGNPCQPSGNATGGCGGVIPGGVGPSGPGGVGSSGPGGV
GPSGPNGVKPSNGTISGRIGSNLRLSAPECKAKADLGFIIDGSGSIEKNGPGTFKKVLNF
VKDIIRSFDVSKDGTHIGLIVYSTEPKVVSGFDQHYTLAEVMAEVDGIKYPNEGTNTGKA
LLKANEALFAVSARSGVPNIACVLTDGKSKDNIGTPAQKLRDSGVTVISIGMGTDYDLEQ
LREIATDPDSQHMFKAEFDSLGSLVDSIVDTGCKAAGGTIQAPQPLGASKGRPPPSTVET
NFGACRDKVDLAFLVDASGNKNEKGQRNFETALAIAKAISSMFVINPLQTHIGFVVFSTN
SQVALSFKTYLDIKSVENAIDSLKYTGASTNIGAGLKLAKSQLFDTTSRPNVPHILIVLT
SGKSTEDVLAPSKALKDSGVNVLCIGIGNRYDKKDLDDISKSPDAGHVLTGDVTKLGKTI
REIRRIICQANVGPVALFPLNERYGATDVIGGNLAGVKSFVATAPGPEKEEDGSLLFLGT
PDSFIEFPNNGKLDKKDSLTILAWIFPERAGPIFNFKRDGWGTNLWLAKPRKLFAHFVDR
ENQKSMQPLKSTKIAPNRWNFIGATYDQITGNAGLWINGKFEDFKHIGRIRLATNYPIRM
GARVGDKRNYRGRIACLQIYDRALTSEQISNAKNNCKRYKRGLVIIRIFFFLLGLNAKLN
IGFIIECSSSIEGNGPGTFAKVLKFVKDLARSFDVSKKGTHIGIITYSDEAKVVAGLDQY
YTQAEVTAAIDGIQYLGGGTMTGKALMLAKDSLFAASARSGVPNIACVLTASRSTDDVGS
SAQMLKGSGATCISIGMGKYYDLGQLRVIATDPYSQHMFRADFNALGSLVSPVLATCRKA
SSGTVTGPARPPAPSSGTKCQAKVDIAFLLDGSGSIGKGNFKKCLRFLRNFVQSFNIAED
GSHVGVVLFSSTAEVVFNFEKYFDSNFCQLNKQDYVEEPSKKLRDMGVTIFCFGVGTRYD
KDQLDAMATDPDATHVITGDFDDLDQILPKIKKMACDGAGGSLTQNPSKGVGITSGSSTG
GAGMITGGGSSSAGGGISTGGGVGITGGSSTGGSGVITGGGSSSSRGECNAKADLAFIID
GSGSIERNRQGTFENILNFVKDLTRRFAVSSEGTHVGVIVFDDNAKVVSGFDQHYTQSEV
ISAIDGIQYPGGGTMIGKALLKAKNALFDTSARPGVPNIACLLAGSKSTDRFSAPAQELR
DSGVTVITIGMGNRYCSRQLGNIATDPNSLHMFKAEFDALGSLVGSVVNTCCKAAGGTVQ
ASLTGGSSTGGSSERGSSSQGVTVGSTTGGSSVITGGGSSFTGGGSTLKVGGTSSSAGSS
SSSSGGSSSMSIKGRSSGSILGGSSPISMKGGGSSSSSGSSSSRIVTAKGGSSSSGGKVI
SSGKKMVKIGKVVLTPKQGTDVWGTEDNLVKDVISGNTSANVRPVALFPLNERYGATDVI
GGNLAGVKSYVTTAQGPYNKEGGSLSFLGAPDSFIEFPNNGKLDTKDSLTILAWIFPE
NT seq 6114 nt   +upstreamnt  +downstreamnt
atggacgtattactgcttctgatgagcttgatttctgcaatcgtggctggctcaaggacc
acaaaacatcagcactcgcccattaggaagtttttctccggtaaaagatcaggtctccca
agatggaccattcctaacatgagaaacctaaagaaagctcgagctggtcgtcgctctcaa
ggatcttcgtatccatattcaaaccagtatgctgcatacgccccctctttaccccctgca
accccgtccttctacccttcagcttatccttctccgccctctttctcttattccccaccg
tccttatatcccgcttctcccccatacggttaccctccttcatcttatccgtcccctgca
ttttattcatcaccatactcatcttcagaaccaggaagctcctttccatccagcaatcag
gcacaacagttgacgtattctacatcctcatcaaatgcgtatgccagtgatcaataccag
caacagcagatattgtatccctcccatgtgaacccaggtaaagctgcctccaagggaaaa
tcagctgcccacttgataatctcaggatcagcagcaaaaccaagcaatgacgccacgaag
cccaaagtcaaaccaacacctcccgatagaacagaaaaatttgaaatcaaaggacgattt
tttaagagcatcggctgttgggcagattctactaaacgtcgtgcaatggacagtttagag
ggaaagagttcccagcttaaacatccttacaagacaagagtgaatgccttgatgaagtgt
gcagaggtagcagatgaacatggcttaaagatatttggtttgcaaaatggagggcagtgt
tttggagggaaaaatgcagagaacacatacagagagtatggacagagcacggaatgcgca
ggtgacggcgaaggaggtccgtggagtaacgaagtgtacagctttttagatgaagatgat
caaccattggtaaaaccaccaaagataatggacaacataaacggatccagtaatggcaca
agtacagcctgtcccaacccttgtgcaaaaaattcttcatcatcatcttcaaatactaca
tgcagcatactgctacctagcagtactggtactggtcaaatgtgtggctggggatgtcca
attccaattccagcttgtaatgtaagtaatgttattttatcttaagggactggagtccaa
ggaaaagtgaaccagacagtaccagccgggtgtgccagcatgggaggaggaggaggaact
ccctgtccacctcaaggtatgcccatgggaaactcggtttgtggaggaggaggtactatg
ggaggagcactgtgcggaagtcagggcataaccattgacagcgggtgtatgcagattgcg
ggagcaccctgccctgcaccagcacaaggagtggctcctggaggctgtattgacatggga
gctgggtgtgtgattgaggggaagcttacagaaggatgtcctaacatcaccaatgcgacc
gcctgtggaaacccatgtcagccttccgggaatgccactggagggtgtggcggtgttatc
cctggtggggttggacccagtggacctggtggagttggatccagtggacctggcggggtt
ggacccagtggacccaacggtgtaaaaccctccaatggtaccatatccggacgaattggt
agcaatcttcgtcttagtgctccagaatgtaaagccaaggccgacctcggatttattatc
gatggatcaggaagtatagaaaaaaatggaccaggaacgtttaaaaaagtcttgaacttt
gtcaaagatatcattagaagttttgatgtctccaaagacggaacacatattggtctcatt
gtatacagtactgaaccaaaggttgtatcgggattcgaccagcattacaccctagcagaa
gtgatggcagaagttgatggaatcaagtatccaaatgaaggaacaaacactggaaaagct
ctcttgaaagctaatgaagctctattcgcagtcagcgctcggtccggtgtccccaacatc
gcttgtgtgttaaccgacgggaagtcaaaagataacattggaactccggctcaaaaactc
cgagattcaggtgtcactgtcattagcataggaatgggtacagactatgatcttgaacag
cttcgagagatagctactgacccagattcacagcacatgtttaaagcagaatttgactca
ctgggttccctggtagattccatagtagacactgggtgtaaggctgctggaggaacaatt
caggcaccgcaacccctaggcgcgagtaaaggccgtccacctccttctactgtggaaaca
aattttggggcatgcagggacaaagttgacttagcttttctcgtcgatgcctctggaaac
aaaaacgagaagggacaacgaaacttcgaaacagcgttggccatcgccaaagccatttcc
agcatgtttgtcatcaatcctctgcagactcacattggttttgttgtattctctacaaac
tctcaagttgctctgagtttcaaaacatatctcgatataaaaagcgtggaaaacgccata
gatagcctaaagtatacaggtgcgagtaccaacattggcgctggactcaaacttgcgaag
agccaactgtttgataccacctcaagaccaaacgtgccgcatattttgatcgtattaaca
tcagggaaatcaactgaagatgtacttgcgccttcaaaggcgctcaaagactctggagtt
aatgttttgtgtattggaattggaaacaggtacgataagaaagaccttgatgacatatcc
aaaagcccggatgctggtcacgtgcttaccggtgatgtcacaaagcttggcaagacgatt
agggaaattaggaggataatatgccaagctaacgtcggaccagtagcgctgttcccattg
aacgagaggtacggggcaacagatgtgattggtggaaaccttgctggtgtaaaaagtttc
gtcgcaacagcaccggggcctgaaaaggaagaggatggttctctgttattccttggaaca
ccagacagctttattgagttcccaaacaatggtaaactggataaaaaggattcattgaca
atactggcctggatattccctgaaagggcgggacccatctttaactttaagagggacggg
tggggaacaaatctttggttagcaaaaccgagaaaactgtttgctcactttgtagacaga
gaaaatcaaaaatccatgcagccattgaaaagcactaagattgcaccaaatcgatggaat
tttatcggtgcaacatatgatcaaataacaggaaatgctggcctgtggattaatggaaag
ttcgaagattttaagcacataggccgtattagactggctactaactatccaatcagaatg
ggagctcgagtcggagataaaagaaactatcgcgggcgcattgcctgtttacaaatctat
gatagagctcttacttcagagcagataagtaatgctaaaaacaattgtaaacgctacaaa
agagggcttgtaatcatacggattttcttctttctcctagggcttaacgcaaagctaaat
attggattcatcatcgaatgttcttcaagcatagaaggaaacggaccaggaacgttcgca
aaagtcttgaaatttgtcaaagatcttgctagaagttttgatgtctccaaaaaaggaact
catatcggcatcattacttatagcgatgaagcaaaggttgtggcgggactcgaccagtat
tacacccaagcagaagtgactgcagcaattgatggaatccagtatctgggaggaggaaca
atgaccggaaaagctctcatgttagcgaaagactccctcttcgctgcaagtgcaaggtcc
ggtgttcccaacattgcctgtgtcttaactgccagcaggtcaacagatgacgttggttct
tctgctcagatgctcaagggctcaggagccacttgtattagtataggaatgggtaaatat
tacgaccttggacagcttcgagtgatagccaccgacccatattcacagcacatgtttaga
gcagatttcaatgccctggggtccttagtgagtcccgtcttggccacttgtcgtaaggca
tcctcaggcactgttacgggtcctgcacgacctccggctcccagctcaggcacaaagtgc
caagccaaagtagatatagctttcttgttggacggctctggaagtattgggaaaggaaat
ttcaaaaagtgtttgagattcctcagaaactttgttcaatccttcaacatcgcagaagat
ggttcacatgtaggagtggtacttttttcgagcacagccgaggtggtgttcaatttcgag
aaatattttgattcaaatttctgtcaattgaacaaacaggactatgtggaagaaccctct
aagaagctccgagacatgggagtaacgatcttttgttttggagttggaacccggtacgac
aaggaccagttagacgccatggcaaccgacccagatgctacacatgttataacaggcgat
tttgatgatttggatcagatactcccgaaaattaaaaagatggcatgcgacggagcggga
ggatcgttaacacaaaatccatcgaaaggtgtcgggatcacgagtggatcgagcacagga
ggagccggtatgattacaggtgggggaagcagctctgctggaggaggcatctctactgga
ggaggtgtaggtataactggcgggtccagcacaggaggatcaggtgtgattacaggtgga
ggaagcagctcatctagaggagaatgcaacgcaaaggctgaccttgctttcattatcgat
ggatcaggaagcatagaaagaaacagacaaggaacgtttgaaaatatcctgaattttgtc
aaagatcttaccagacgttttgctgtctctagtgaaggaacacatgttggtgtcattgtt
tttgacgataacgcgaaggttgtgtcaggattcgaccagcattacacccaatcagaggtg
atttcagcaattgatggaatccagtatccaggcggtggaacaatgattgggaaagctctc
ttgaaagctaagaatgctctctttgataccagcgcacgtcctggtgttcctaatatagct
tgtcttttggctggcagcaagtcaacagatagattttctgctcctgctcaggagctcaga
gactcaggagtcactgtcattaccataggaatgggtaatagatactgtagtagacagcta
gggaatatagctaccgacccaaattcactgcacatgttcaaagcggagtttgatgcgctg
ggatccctggtgggttccgtcgtaaacacttgttgtaaagcggcaggaggaacagttcag
gcctcactaacaggtggatcaagcacaggaggctccagtgaaaggggaagctcctcacaa
ggtgtaactgttggatcaaccacaggaggatccagtgtgattacaggtggagggagcagc
tttactggaggaggaagcacattaaaagttggcgggacttcctcgagcgctggaagtagt
agttctagttcgggaggaagctcctcaatgtcaattaaaggtagaagtagcggttccatt
ttaggcggtagctccccgatatcaatgaaaggtggaggtagcagttctagttcaggaagt
agttcttctagaatagtaaccgcgaaaggtggaagctcaagctcgggaggcaaagttatc
tcaagtggaaagaagatggtaaagatcggaaaagttgttctgacgccgaagcaaggcaca
gatgtgtggggtacggaagataatcttgttaaagatgttatttccggtaacacttcagct
aacgtccgaccagttgcgctgttcccattgaacgagaggtacggggcaacagatgtgatt
ggcggaaaccttgctggcgtgaaaagctacgtcacaactgctcaagggccttataataaa
gaaggtggctctctgtcatttcttggagcaccagacagttttatcgagttcccaaacaat
ggtaaactggatacaaaggattcattgacaatactggcctggatattccctgaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (8)   

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