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KEGG   Actinia tenebrosa (Australian red waratah sea anemone): 116300504
Entry
116300504         CDS       T07455                                 
Name
(RefSeq) uncharacterized protein LOC116300504
  KO
K06238  collagen type VI alpha
Organism
aten  Actinia tenebrosa (Australian red waratah sea anemone)
Pathway
aten04512  ECM-receptor interaction
aten04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:aten00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    116300504
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    116300504
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:aten04147]
    116300504
   00536 Glycosaminoglycan binding proteins [BR:aten00536]
    116300504
Exosome [BR:aten04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   116300504
Glycosaminoglycan binding proteins [BR:aten00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   116300504
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   116300504
SSDB
Motif
Pfam: VWA VWA_2 VWA_3 ShK
Other DBs
NCBI-GeneID: 116300504
NCBI-ProteinID: XP_031565242
UniProt: A0A6P8IEG5
Position
Unknown
AA seq 2318 aa
MDARSIEKVERRWINEIHSERRVSTKTNIPKTKTNDVSSLFLLQKRLRDEIARRSSETSK
GVLSDSYLNQLRKLNKELSIKSNALHATPEKFRGPKWYESRSKLAHNLRRLILMLASRNL
DDILRPSPVAMETGGRREKTSSSNMAFDIGFVVDGSDIVEEQGSGNFRKLLEFVKKVQRA
LPISVNGIHLGLVTYGDEAEDNMDFNINFNQKNFESAIDGINYPGGVTKTGDALGVVMKE
LLPSSKRVQVQHVIVLLTAGKSEDDPVSIAEEIKASGAVMFCIGVGMMFDRAQLDAIASS
PSSTHVMTVGFNALDSLVKSLADAIVIDVQKGPSQNKAGSDRPKTVQDEGGLVEAKIDLG
FLIDGSSTVGEDNFRSALDFAYSIFENFWTSFGSVNVGVVVFGKDSKLAFDFENSYSGKL
AIKEAIDSISYPSGDSYLGDALQATKAYLYGSKQADGRRRILVVISGSTSEDDIFLGAGE
LTADSVTVFCVGAGTFYDMDQLTGIATKPAKRHILTVPEYSKLNNIKETLINKIEEARTA
FLSPKPTPSPDEPEMTTKSPFEVTSSPKNQPGGSTPGSQPGGSTPGNQPGGSTPGNQPGG
TTPGSQPSGSSPGNQPGGSTPGNQPGGSTPGNQPGGNTPGNQPGGSTPGNQPGGSTPGNQ
PAGSTPGSKPGGSTPGNQPGGSTPGNQPGGSTPGNQPGGSTSGNQPGGSTQPGTPGSSVQ
EHPSPNSSSLPPPTRVERNVSTPGESPGTDTGANKKPNTGSPTNKEESGIKPVTNQEDVL
DLVFLIDGSNAMNTQTFTKAKDFMKNIYGNFPISQDATHVGFAVYGCTPKVVFTLTDYTS
RQSLNKAVDEYQYQECEKKLLGEGLSFVRKVIFDESARPGAQKVLVVLVAGASEDDVRPP
SRDLRDHGVIIFAVAIGNSADKNQLTEIVSFPPEDKLMFADPQKMIQKLSPVVQNIRQAL
SKGAPPGPIEVIMELGFLVDVTSDSFTADFFPKVLRSIKMIYSAFVVNQDKTRVGVVTYN
GSPSIAIALNQYNTIEDINAAVDGIKQSSVKGPGSLGQGITYTTNSFFKGNTRIQTPTVL
VIITSSKSRDDVGNPATEAKSFNTTIFVIGVGSSVDKAELNSVASPLAVDHVMLVDYSSK
DSASENGAFRIKKAVQVNLGFLVDGSQSVPKANFIYILDAVKYICSAYPISKEDVNVGLG
IIETDPSIIFDFDKYFTKPTLNSAIDSTEHPGRGKTLNLGKALSRVKTEMFDRSSRPLVR
RVLIVILAGSPSDQYTDAVRSLRDDKIEIFVFSVGGGTGIKVTEEVASMPHEIHIVHSTS
IDTVNTQALELIENLQIAKVGIDVPPPKVLPPSPQSNNGVIDLVILIEGGDNTKPQDFEQ
IKEIVKAIYRFFPVAKSGTHVAVAVFSGTTKIIFNLFTYFTVNEMDDAVDSAPYPGGESK
TGNALTEIKTKIFDPYGRQDIPHVLVTVMTGPSADNVDVPANALKGACVLLFSMGMGTQF
RPTDIEKVASSPRSSYTMVSETFSHDVSLGELMAAKMLKVLSVVQGWNKQCIPKGETKLD
LVFLLDACRDIPSPSFNKETNIVQSIATSLPSAQTETHIAVLAFSGGVIVAKDLQSQNTD
LAGSLSKLQASDNGCPVGAGLTKANEIFQSQGRKGVLKIIIVITGGKSDDDVTAPAQELQ
KTGVIVYTVGLGKANDLSTLGSISSSPASEFVIEEPDFPFSTNAQSALLTDLKGIFVIGN
DLMCSPKVCNQPTTTTAPPTTRPTKPAPPMLPPTLPYKVDCHLDANNRSPIDIVFLIDGS
EAIDEMDFRSLIEITKITINQFPISKDGVHVALVIYGSITKIVVNLDQLYDLKSIETAVR
DLRPIGGAPAIGQALQTVKDSVFAAKSRVDVPKRLVHMMCGKTIDDVVKPARELHAMGVL
VITAGTCLAVSKPELCVIGSPPTCENALIMKSMNPVMAPACEFAEKILKGVPPKRIPTNP
TIGTQTTPTTEQTTVPTTVPTTGQSPTSPTLGTSPPPQPNALIGVHVPVPVPVPVPVAVP
VDPFSHQPIPGHITNGVYYPNEHQMANSPVRYPMTPNNAMDDLMKSTQYKSPLIEQDEGE
EELSNQPPLIDPLFPDPNYVHPVSHHIYHNGRILPHPGYPQQGHMTGFGIQMAMTGFENP
GQRHVTGYGNNAQRHVMGYGNHGHPHVTGYENHGQRHVAGYENHGQHHVTGYGHMEQSRY
PSYTYSEGVSGPIGKEEPVGTSTXDVSQQKHPVVECVDTDPECSLYTQSGYCEGSVVGYS
QGYLEENCKKTCGLCNNGDAEDYNNKEVWIKRSKILNS
NT seq 6957 nt   +upstreamnt  +downstreamnt
atggatgctcgatccatagaaaaagtagagaggagatggatcaatgaaattcacagcgaa
cgtcgagtgtcaacgaaaaccaacatccctaaaacaaaaacaaatgacgtttcaagcctt
tttctcctacaaaaaagacttcgagatgaaatcgcccgaagatcgtccgaaacctcaaag
ggagtattatctgattcatacttgaatcaattaagaaaactaaataaagaactctcaatc
aaaagtaatgccttgcacgccaccccagaaaaatttcgtgggccaaaatggtacgagtca
cgttcgaagctggcccataatttaagaagacttatactgatgttggcttcgagaaacttg
gacgacatacttcgaccaagccctgttgccatggaaacaggaggacgaagagaaaaaaca
tctagctccaatatggcgtttgatattggattcgttgttgatggctcagatattgtcgaa
gaacaaggttcaggaaactttagaaaactcttagaatttgtcaagaaagtccagcgagcg
ttaccaatatccgtaaatgggatacatcttggtttggtaacctatggtgacgaggcagaa
gataacatggactttaacatcaacttcaaccaaaagaattttgagtcggcaattgatggg
atcaattatcctggaggtgtgacgaaaactggggatgctcttggggtggtgatgaaagaa
ctgttgcccagcagcaagagagttcaggttcagcatgttatcgtgctcttgacagctggc
aagtctgaagatgatcctgtatccatcgccgaagaaattaaagctagcggagccgtaatg
ttctgtattggagttggtatgatgtttgatcgtgcgcaactggacgctattgctagttca
ccatcttcaactcacgtgatgactgttgggtttaacgcgcttgattcattggtcaagtct
ttggctgatgccattgttatagatgtccaaaaaggccctagtcaaaataaggctggaagc
gacagaccaaaaacagtacaggatgaaggtggtcttgtagaggcaaaaatcgacttaggt
tttctcatcgatggatcatccacagtcggagaagacaatttccgttcagctcttgatttt
gcttacagcatttttgaaaatttttggacatcatttggaagcgtaaatgttggtgttgtg
gtattcggcaaagactcaaaactagcttttgactttgagaattcgtacagtggaaaactt
gcaatcaaagaagctatcgacagcatcagctatccttctggggatagttatcttggtgat
gctcttcaagctacaaaagcttatttgtatggcagcaaacaagcggacggccgtcgtcgt
attctcgtagttatatcaggaagcacttcagaagatgatattttcttaggtgctggcgag
ttgacggctgattctgtgacggttttctgtgttggtgcagggacattctacgatatggat
cagcttactggaatcgctactaaacctgcaaagaggcacatacttacggttccagaatat
tcgaaactaaacaacataaaagaaacactgatcaacaaaattgaagaagccagaacagcc
ttcctctcaccaaaaccaacaccttcacccgatgaacctgagatgacaacaaaatctcca
tttgaagttacatctagccctaagaaccagccaggaggtagtacccctggtagtcaacca
ggtggaagtaccccagggaaccaaccaggtggaagtaccccaggaaaccagccaggtggg
accacgccaggcagtcaaccaagtggaagttccccaggaaaccaaccaggtggaagtacc
ccaggaaaccaaccaggtggaagcactcctgggaaccagccaggtggaaataccccaggc
aaccagccaggtggaagtaccccagggaaccaacctggtggaagtacccctggcaaccag
ccagctggaagtacccctggcagcaagccaggtggaagcacccctgggaaccaaccaggt
ggaagtaccccagggaaccaaccaggtggaagtactccaggtaatcaaccaggtggaagt
acctcaggaaatcaaccaggtggaagtactcagccaggaacacctgggagcagtgtccag
gaacatccatcgccaaatagctcatctttacctcctcccacaagggttgaaaggaatgtc
agtacacctggtgaatcccctggaactgacacaggtgccaacaagaaaccaaatacaggg
tctccgaccaataaagaagagagcggaattaaacctgtgacaaatcaagaggatgtcctt
gaccttgtctttctcatcgatggttcaaatgcaatgaacacccagaccttcaccaaagca
aaagacttcatgaaaaacatttatggaaactttccaatttctcaagatgcaactcatgtt
ggctttgcagtttatggatgtacaccgaaggtcgtttttactctcactgactacacatcg
cggcagagtctgaataaggctgtagatgagtatcagtaccaggagtgtgaaaaaaagcta
cttggtgaaggcctttcttttgttagaaaagtaattttcgacgaaagcgcaagacccgga
gcacaaaaggttctggttgtcttagtagctggagcctcagaagatgacgtcaggcctccc
tcacgtgacttgcgcgaccacggagtaataatatttgctgttgctattggcaacagtgca
gacaagaatcagttgactgaaatagtaagctttccacctgaagacaagttaatgttcgct
gatcctcaaaagatgatacagaagttgtctccagtggtacagaatataagacaagctcta
agtaaaggtgctccgccgggcccaatagaagttataatggaactaggattcttagtggat
gttacatccgacagcttcacagccgatttcttcccgaaagtcctacgaagcataaaaatg
atctacagcgcattcgtcgtcaatcaagataaaacacgagtgggcgttgtcacatacaat
ggaagcccttctattgctatcgcgctgaaccaatacaacacaatagaggatattaacgct
gctgtcgatggtatcaagcaaagctctgtcaaaggtcctggttctttgggtcaagggata
acctacacgaccaactcgtttttcaaaggaaacacaagaatacagacacccacggttcta
gtcataattacaagttctaagtcacgtgatgacgtgggtaacccagcaaccgaggccaaa
agcttcaatactaccatatttgttattggagtcggatccagtgtcgataaggcagagctg
aattctgtggcgtcaccattggctgtagatcacgtgatgttagttgattactcttccaag
gactccgcttctgaaaatggtgcttttagaatcaagaaagctgtgcaagtgaaccttggt
ttcctggtcgatggctcccaatctgtccccaaagccaacttcatatatatattggacgct
gtcaaatacatctgcagtgcttacccgatatcaaaagaagacgttaacgttggacttggg
atcatagaaacagatccatcaatcatctttgactttgataaatattttactaagccaaca
ttgaattcagccatcgatagtacagaacaccctggacgaggaaagacccttaaccttgga
aaagcactatcacgtgtcaaaactgagatgtttgataggagttcaaggccgcttgtgcgt
agggtgttgatagtgattttggcgggaagccctagtgaccagtacacggatgcagtccgg
tcgctaagagacgataaaatcgaaattttcgtgttttctgttgggggtggaacaggaatt
aaagtaacggaagaagtcgctagcatgccacatgagatccatatcgttcatagtaccagt
attgatactgttaatacacaagcgctggagttgattgaaaatctacaaatcgctaaagtt
ggcattgatgttcccccgccaaaagtacttccaccaagcccacagtccaataacggtgta
atagatcttgtaattctcatcgaaggcggagacaacacgaaaccccaagactttgagcaa
atcaaagaaatagtcaaagctatttataggttcttcccagttgccaaaagtggtacacac
gttgccgtggctgttttctccgggacaaccaaaataatattcaatctgttcacgtatttc
actgtcaatgaaatggatgatgctgttgatagtgctccttacccgggtggggagagtaaa
accggaaacgcgctaacggaaatcaagactaaaatatttgatccatatggaaggcaagac
atcccacacgtcttggtgacagttatgacaggaccttctgccgacaacgtcgacgttccc
gccaatgcgttaaagggtgcatgtgtattattgttttctatgggcatggggacgcagttc
aggccgactgacattgagaaagtcgcgagttcgcctcgttcgagttatacaatggttagt
gaaacgttctcgcatgatgtctcgttgggcgagttgatggctgccaagatgctcaaagtt
ctttcagttgtgcagggctggaataaacagtgcatcccaaagggagaaacgaagctcgac
ctagtcttcctgctggatgcttgtcgcgacatcccctcaccatccttcaacaaagaaaca
aatatcgtacaatcaatcgccacatctcttccatctgcccaaacagaaacacatatagca
gttctagctttctctggaggggtaatcgtggccaaagatcttcaaagccaaaacaccgac
ttagctggctcactgagtaaacttcaagcttccgataatggctgcccggttggtgccggt
ctaacgaaagcaaatgaaatattccaaagtcaaggtcgtaaaggagtcttaaaaattatc
atcgttattactgggggaaagtcagacgatgatgtaaccgcaccagctcaagagttgcag
aagactggggtgatagtgtatactgtaggattgggtaaagccaatgacctgagtactctc
ggaagcatttcaagtagtcctgcctcagagtttgttatcgaggaaccggattttcctttc
agcactaatgcacaaagtgctttgctgacagacttaaaaggaatctttgttatcggcaat
gacttgatgtgctctccaaaagtttgtaaccagccaacaaccaccacagcgcccccaacc
acacgaccaaccaaaccagcaccaccaatgcttcccccgaccctaccctacaaagtagat
tgtcatctggatgctaataatcgatcgcctatagatatcgtgttcctgatcgatggatcc
gaagctattgacgaaatggatttccgtagcctaatagaaattactaaaataactatcaat
cagtttccgatctctaaagatggcgttcatgttgctctagtcatttatggctcgataacg
aaaatagttgttaaccttgatcagctctacgatcttaaaagtatcgaaacagcggttaga
gatttaaggcctataggcggcgcgccggccattgggcaagctttacaaacagttaaagat
tcggtattcgcggccaagtctcgcgtagatgttcctaagaggttagtccatatgatgtgt
ggtaagacaattgatgatgtggtcaagcctgcgagggagttacacgctatgggtgtgttg
gtgattactgctgggacgtgcctggctgttagtaagccagagttatgtgtgataggcagt
ccacctacgtgtgagaatgcattgattatgaagtctatgaatccagttatggcaccggcg
tgtgagtttgctgaaaagatactaaaaggtgttcctcccaagagaatccccacgaatcct
acaatagggactcaaacaactcctacgaccgagcaaacaacagtcccaacaacagtccca
acgacaggccaatcacctactagtcctacactaggaaccagtcccccgccgcagcctaat
gctctaatcggtgtccacgtgcccgttcccgtaccagtccctgtacctgttgccgtacct
gtagacccattctcacaccaacccattcctggtcatatcacaaatggagtttattaccca
aatgagcaccagatggctaatagtccagtaaggtacccaatgacacccaataatgcaatg
gatgatttaatgaaaagtactcagtacaaaagcccactaattgaacaagacgaaggtgaa
gaagaactttcgaaccagcctccattgatcgatcccttgttcccagatcccaactatgtg
caccctgtgtctcaccatatctaccataacgggagaatactcccacatccgggatatcct
caacaaggtcacatgacaggatttggaattcagatggcaatgactggatttgaaaatcct
ggtcaacgtcacgtgacaggatatggaaataatgcccagcgtcacgtgatgggatatgga
aatcacggtcatcctcacgtgacaggatatgaaaatcacggccagcgtcacgtagcggga
tatgaaaatcacggccagcatcacgtgacgggatatggacacatggaacaatcgaggtat
cctagctatacgtacagtgaaggtgttagtggaccaataggtaaagaagaaccggtagga
acgtcgactyatgatgtgtcacagcagaagcatcctgttgttgaatgtgtagacacagat
cctgaatgctcactatacacgcagtctgggtattgtgaaggttctgtcgtcggctacagc
cagggatatttggaagaaaattgcaagaaaacatgtggactgtgtaacaatggcgacgca
gaggattataataataaagaagtttggataaaaaggtctaaaattctcaattcatag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (9)   

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