KEGG   Actinia tenebrosa (Australian red waratah sea anemone): 116305056
Entry
116305056         CDS       T07455                                 
Name
(RefSeq) uncharacterized protein LOC116305056 isoform X1
  KO
K03068  low density lipoprotein receptor-related protein 5/6
Organism
aten  Actinia tenebrosa (Australian red waratah sea anemone)
Pathway
aten04150  mTOR signaling pathway
aten04310  Wnt signaling pathway
Brite
KEGG Orthology (KO) [BR:aten00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    116305056
   04150 mTOR signaling pathway
    116305056
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:aten04131]
    116305056
Membrane trafficking [BR:aten04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Low-density lipoprotein receptor (LDLR) family proteins
    116305056
SSDB
Motif
Pfam: Ldl_recept_b HYR Sushi FXa_inhibition SGL Vgb_lyase Ephrin_rec_like EGF_LRP2 cEGF
Other DBs
NCBI-GeneID: 116305056
NCBI-ProteinID: XP_031570748
UniProt: A0A6P8IXJ7
Position
Unknown
AA seq 1608 aa
MFIQEGLIFVTCCLFALVQGCSQPCIFVSNTTDILSVNTDFTSSKPVFKTLTRAVAIGVH
VNRRFIFWSDVIEKNIKRANIDGSNVSIIIDNTVGICDGLAVEWTADLLYWSDTNVNTIE
VARLDGSKRTVLVTSQLDKPRGIVLDPSSGLMFWTEWGSXPRIERAYLNGKSRQTIVSSS
IGWPNGITLDLTAKIIYWVDADTDKIESADYSGNNRKQIFXRRGIHPFGVALFGSWLFWT
NWHPKTELNKMDTKTGSLQNRLSISGXRMGVAVFDSSLQPSFRNECQENNGGCSDLCLLT
PYGHDCACVAGFSLSVDGKTCERVVNDLILFTDNSYRTINIIAPKENYKTWKIYHQHTRN
NYPVAIDFDPIESRLYWTDLLAKHIARVLFLSTSYEVIYKKGIVRPEGLAIDYAGRNLYW
TDGGANRIEVGKLDGSYRKTLISEDLDEPRGIAIHGDNGVMYWTDWGKRPKIESSFMDGT
HRRTLFNVSLVWPNGITIDKKQSKLYWVDAGLDRIEECDLDGGYRKVVLQQSSIHPFGLA
LYDGNVIWSDLKMKEILKVEXESGRVENLTSGVAKPLGIHAYERNAFDQGTNNCSLSNGD
CAYLCLPTPRGRTCTCADGTTTNSTDLDFCNHGKCSPPNPKPNAVLVSPDCGRQNGSRCX
FSCRKGYSLRSGSTSILCQMNGKWSAESPTCTDGLPPTFTSCPSNILVYADPGETSATVD
WAPPIASDNADDLPVVKSITGIDPPAXLGKGKHYVVYSATDKENNREICRFEITVKVIYC
PPVIPDGVLQLANCDAHHGSNCSFTCPVGYTLVGMATITCLVKNESKPIGTWNGEPPKCE
VVRCPPLQVPDNAILFGCSDLPFQVFGTVCHFSCLHGYQSSKPLSRRCLANGTWSGKDTV
CQANRCPSLTPPHNGSIAPSTCLQRSIYGTICTHSCATGYRLHGTKTRICRSNGRWTGRN
DTWCQDVTPPSFSSTCPRDMVYIVDPCSSNVTVNWTTPTAKDNSGVVRLQGPSQGPPLTL
TPGIYIINYTAIDIVXFRRKCVFKIQVSRRSCRHLTAPSNGLISSLSCGTYYGSVATFTC
QPWHVLSGSKTITCMRNGQWLGNETKCTRVTCPALTQIKNGAIEPNACVTGFPVLSGTRC
FVKCNLTNGYRNAGVRHLTCSGNGSWSVDINLIXCQDVAAPTLQCPTDANTVTDPGKAFA
TFSWPRPEPKDNSGERPTLTVKPNGLTSPHQFQVGRTLLTYTATDSAXLQSVCSFVVTVR
DIEDPKPLFCPPNMEIKSEKRFSMVKLPRAEFXDNVRVASITTDRQNGSTLSWGEHYVNY
TAYDDAGNSAKCTLKITITSPGCTKPSPPLHGAVACEVMAAGMMCTVHCNPGYKFVAMPQ
QVYVCTPKGKWYNGGLLSKSLLSVPDCSAEKTPKLNLDGSLHYLTQNCQAHDHQQVRKNF
LGLLLKHPMGQACNFRPCKIESVKVTCYAGRHKRNADTLVVSFEIGMPLVKNASTEITEL
EQELKEAVSYFQVMGKFLLLKRSTPVRLRVRDIKCEDGQVLKDDVCASCPPGHFFSSSTP
YSCVSCPVNHYQEKEGQIRCIPCPAGTSTHGLTGTRLRTSCKRTRGYF
NT seq 4827 nt   +upstreamnt  +downstreamnt
atgtttattcaggaaggattgattttcgtgacgtgttgccttttcgctttagttcaaggc
tgcagtcaaccatgcatctttgtgtcaaacacaacagacattctctckgtcaacacagat
ttcacttcctcgaaaccagtcttcaagacgctcacacgagcggtcgctattggcgtccac
gtcaaccgaaggttcatattttggagtgacgtaatcgagaagaatataaaaagagcaaac
atagatggaagtaacgtatcaatcattattgacaatactgttggtatttgtgacggactg
gccgtggaatggactgcggatcttctgtactggagcgacacgaacgtaaatactatagaa
gtagcaagacttgacgggtcaaaaagaacagttcttgttactagtcagttggacaagcca
cgaggaatagttctggatccatcgtctggattgatgttttggactgaatggggttcmart
ccmagaatagagcgagcttatctcaatggcaaaagccgtcaaacgatcgtmagttcatcc
atcggatggcccaatgggataacattagacctcacagccaaaataatctactgggttgat
gccgatacagataaaatagagtcagcagattactctggcaataatcgcaagcaaatcttt
yatcgtcgtggcatacatccctttggagtggcgctgtttggttcttggttgttctggacc
aactggcatccaaaaaccgagctcaacaagatggatacgaaaacrggatcyttgcaaaac
aggctatctattagcgggayamggatgggcgttgccgtgtttgacagctccttacagcct
tcgttcagaaacgagtgtcaagaaaacaatggtggctgcagtgatctgtgtctgcttact
ccttatggacatgattgcgcatgcgtagcgggtttctctctttcagtagatgggaaaaca
tgcgagagagtagtgaacgacctcatcttattcacggataatagctacagaacaatcaac
atcattgcccccaaagagaactataaaacctggaaaatataccaccaacacaccagaaac
aattacccagtagccatcgactttgatcctattgaaagccgattatactggacagacttg
ctggctaagcacatcgcccgcgttttattcttatcracgtcatacgaagtgatttataaa
aaaggtattgtaaggccagaaggactggctattgactatgctggamgaaacctttactgg
acagatggtggagccaatagaatcgaggttggcaagttagatggaagttataggaaaaca
ctgatcagtgaagatctggacgaaccaagaggrattgccattcacggcgataacggagtg
atgtattggacagactggggtaagagaccaaagatcgagtcttctttcatggatggcact
catcgcagaaccctcttcaacgtgtccctcgtctggcccaatggaataactatcgacaaa
aagcaatccaagctctactgggtcgatgctggccttgataggatagaagaatgtgatcta
gatggaggataccgtaaggttgtactacaacagagtagtatccatccatttggtttggca
ttgtatgatgggaatgtcatctggtcagatttaaagatgaaagagattctaaaggttgaa
aytgaaagtggaagagttgaaaatttgacatcgggagtggcaaaaccacttggaatccat
gcttacgaacgaaatgcttttgatcaaggtaccaacaactgcagtttatctaatggcgac
tgtgcctacttatgtcttccaacaccacgtggacgtacttgcacatgcgcagatggaacc
acaacgaacagcactgacctggatttctgtaaccatggaaaatgttctccaccaaacccg
aagcctaatgctgtcctggtgtcaccggactgtggcagacaaaatggatctcgctgctyg
tttagctgtagaaagggctattcgttgagaagtggaagcacctcaatactgtgtcaaatg
aacggcaagtggtcagcggaaagccctacctgcacagatggccttccccctacctttaca
tcatgtccaagcaatatactagtgtacgcagacccaggagaaacatctgccacagtggac
tgggcaccaccaattgcgtcagacaatgcggatgatttgcctgttgtgaagtcaataaca
ggaattgacccgccagcaakacttggtaaaggaaaacactatgtggtgtactcagctaca
gacaaagaaaataacagagagatatgtcggtttgagattactgtcaaagtaatatactgt
ccacccgtgattcctgacggggttttgcagcttgccaactgtgatgcgcatcatggaagc
aactgcagctttacctgcccggtgggatatacactagttggcatggcaacgatcacgtgt
ttggtaaaaaatgaatctaaaccaataggaacatggaayggagaaccaccaaaatgcgaa
gtggtcaggtgtccaccccttcaagttcctgacaacgctattctatttggctgcagtgac
ttaccctttcaggtgtttggtactgtstgtcacttttcgtgtctccatggataccagtca
tctaagccgttgtcaaggaggtgtctcgcgaatggaacgtggagcggaaaggatacggtt
tgtcaagccaacaggtgtccttctctaacccctcctcataatgggtccattgcaccatcc
acctgcttacaacgtagtatctacggtactatctgtactcactcgtgygctactggatac
agactccatggtaccaaaacacgtatatgcagatcgaatggacgatggacaggacgaaac
gacacttggtgtcaagatgtgacccctccatcgttttcgtcaacctgcccacgtgacatg
gtctacatcgttgatccgtgttccagtaatgtaacagttaactggaccacacctacagca
aaagacaattcaggtgttgtaaggctgcaaggtccaagtcaaggtcctccattaacatta
actccagggatctacattattaactatacagccatagacatcgtgrgctttagacggaag
tgtgttttcaagatccaagtaagccgacgatcttgcagacatctcacggctccttctaat
ggyttgatatcatccctgtcttgcggtacctactatggctctgtggcaacctttacatgt
caaccttggcacgtgttaagtggttcaaagacaataacttgtatgaggaatgggcaatgg
ttgggcaatgaaacaaagtgtacgagagttacctgccccgcccttacccagattaaraat
ggagcaatcgagccaaacgcgtgtgttactgggttccctgtgctttctggtacccgctgt
tttgtaaagtgtaatctaaccaatggctacagaaatgctggtgtccgtcacttgacgtgc
tctggaaatggatcgtggtcagtggatatcaaccttatcwcatgtcaagatgtagcagca
cctactctccaatgtccaacagacgcaaacactgtcactgatccaggaaaagcctttgca
acgttttcttggccgaggcctgagccaaaggataactccggagagagacccacgctaact
gttaaaccaaatggactcacatctcctcatcagttccaagttggaagaacattgctcacg
tacactgcaacggactcagccaakctgcaatcagtctgttcktttgtagtcacagttcga
gatattgaagacccyaagcctttgttttgtccaccaaacatggaaataaaaagcgaaaag
aggtttagtatggtcaaactgccgcgggcagagttcrctgacaacgtccgtgtggccagc
atcacaactgacagacaaaatggttccacmttatcgtggggagagcattacgtgaactat
actgcatacgatgacgcgggaaacagtgccaaatgtacgcttaagattaccataacatcc
ccyggatgtaccaaacccagtcctcctctccacggagctgttgcctgtgaagtcatggcg
gcggggatgatgtgtacagtacactgcaaccctgggtacaagtttgttgctatgcctcaa
caagtwtatgtttgtactcctaaaggaaaatggtacaatggcggactcttaagcaagtca
ttgctaagcgtacctgattgttcggctgagaaaacacctaaactaaatttggatggtagt
cttcactatttgactcaaaactgccaggcacacgatcaccaacaagtgcgcaagaatttt
ctgggcctccttctaaagcatcccatgggacaagcatgtaacttcagaccttgcaaaatt
gagagcgtcaaagtgacatgttacgctggacgacacaaacgaaatgcggatacattagtt
gtgtcatttgaaattggaatgcctttggttaagaatgctagtactgagataacggaacta
gaacaggaacttaaggaagccgtttcatattttcaagtaatgggaaagtttctcttgcta
aaaagatctacgccagtraggcttcgcgtcagggatatcaagtgtgaagatggacaagtg
ctgaaagacgatgtttgtgcttcctgtccacctgggcatttcttttcttcatcgacgcct
tattcttgtgtttcatgtcctgtcaatcattatcaggagaaggagggacagattcgttgc
attccttgcccagctgggacttcaacacatgggctaactggaacaagactgcgaacatcg
tgtaaacgtactagaggttacttctag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (9)   
   Pfam (9)   
All databases (16)   

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