KEGG   Actinia tenebrosa (Australian red waratah sea anemone): 116302090
Entry
116302090         CDS       T07455                                 
Name
(RefSeq) cytoskeleton-associated protein 5-like
  KO
K16803  cytoskeleton-associated protein 5
Organism
aten  Actinia tenebrosa (Australian red waratah sea anemone)
Brite
KEGG Orthology (KO) [BR:aten00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:aten03036]
    116302090
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:aten04812]
    116302090
Chromosome and associated proteins [BR:aten03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    116302090
Cytoskeleton proteins [BR:aten04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    XMAP215
     116302090
SSDB
Motif
Pfam: XMAP215_CLASP_TOG CEP104-like_TOG CLASP_N HEAT TOR1L1_N Cnd1 TMEM247 Ric8 Adaptin_N
Other DBs
NCBI-GeneID: 116302090
NCBI-ProteinID: XP_031567151
UniProt: A0A6P8IJR5
Position
Unknown
AA seq 2005 aa
MGDDLDLGKLALEDKLTHKVWKARVSGYEELTKTFKQATSESSGEFSKYLGFFKKIVIDS
NAVAQEKGLEAVLTFVEKASPSISGRAAGDIVSGCILKCFNARPKTKEKGIDIVLMYVEV
EKQDIVQDELLKGLENKQPKIVAACTYVLRQIISEFGGKIFLLKPIVKTIPKLLDHSDKT
VREEAKLLSIEIYKWIKDALRAQLQNIKPVQLKELEDEWASLPPKPPPPTRLTRTQQKKL
EEEQGQGVEPEGDDAADGGGDDDDEGEDAEVDIDPYEMMDAVEILSKLPKDFYENLVTND
HCTDVISRPEYLSRYSNNSQLCINPFQIISKDANVMVVAVAAKCIGLLATGLRKKFSSYA
PLITPAILEKFKEKKANVVSALKDAIDAVFLTTTLVALQEDILLALDHKNPSVKEETIKF
ITRCFCKSVPAAVPKAFLKPTCALLVQRMDDTFGPVRDAAAEALGTLLKLIGEKTMNPYV
DKLDKIKAEKVKECSEKAEIKSAPAKGGSGGGSKSTTKPAAKPAASSAAPPKSTSAAKKP
SAKGVAKSGGPPKGGAKKKAVGKGDGKKGGGKGGGGATALEEVKEPEMTVRMTLLPLVND
MDPKTMPCQVLIRVLAKKPGLKDSNFQVLKAKLALCGTIAEIGKPFSSRSAGYALTGLVE
KIGDIKLKDQCKETLTKFAEKLNLNYVSLKVCKIAGGQKNPKVIAESLNWIGDAIKDFGF
KIDLKPHIQFIKDSLANTNPAVRTSAIALLGVLHMYVGTSIRMFFEDEKPALLQQIDAEL
EQVKDQKPPAPTRGLKSAVGETEGGGNDEEDDEDGGSGGGGAAANLADLVPRNDISGEIT
SDLITMLSDKNWKVRGEGLEKVQNIINTAKYITPELGELPTALKGRLGDSNKNLIITTLN
ICGSMATAMGPGSKKHLSTIGPAIFSTLADAKPHLRAAGITALNAWHKEVGIVLFLEGEI
ISGALSTENPVLRTEVLGWLEEKLPEEKSHPPSVVTIVQPLYACLEDRNGDVRKKAQAVV
PCVMAHLGYDAMIKQANKLKPVSKPTVQGILEKLRGTVPEPTKSTGKSKKAAESKSSSDN
GSSSQSATSAAASSGGSKRPKSAVQSKPAKTSKKKAQAAADAEELGPPLIRNLGKDNRIR
DEKELKVMKWNFTTPREEYIEQLKEQMRPCFGKAIFTNLFHPHDFKQQVNALNALQQAVT
PPSDDEDPPYKTEAIQSLDLILKYVTLRFFDTNTTVLVKCLEFLDALFTMLAESGYQMVE
HEACSFIPYLIQKVGDPKDVIRKMIRKLFKLLTKIYPASKMFTYVTEGLTSKNSKTRMEC
LEELGCLIQVYGMNVCQPTPPKAIANIASHIGDRDNGVRNAALNTVVEAFFLVGDTVYKY
AGRLNEKDLSYLEERIKRSSKNRPATAGSEEPKAVARGRGSANDNTEKKQANKANIARPV
TAPPSKREDNITREFQIDYDSIEDEKNVHEVILPNLVSHETSVDDLISEPIHRPNTKTPA
SPHLGVFSRTSAPAALNYVISQIASSDVSAXTQALVQLEVVIRNKTGGEIVKHVDQFLNA
AALQLNIILTTHLSNEDQSEQTITRLINCLINAMLTLFCNEPLAKTVSRDTLKQLAQVLI
TAILDERLAKLEDGPQIIRAVNVLMAKIIQKTDPTVCLGALIRLLQESVKMLQGQAGNSL
SSPKFMELVMKALWKMVRSLPAIISDIKADQVLVDVHKFLVMHPPQVWKSRADDTPLRTI
RTILHSLAKLKGIDILACTNLIEDAEQSEVTAYLHKVLKTGYKPSTSSQVNGSSEDDKNK
KSNAPDLLQGVENQNRAPVEKLNSKLAEIFSKIASKENTREGLVQLYEFKLTYPQADIDP
YLKKTSPYFQNYIDRGLRNIEMERKGKKVTGSTSSSTTIMSSAPASKTSEEPSSYLDRLR
VLRMRSGLGENNGNSDTQQESASVSQDVQLTPTEQEPKSDFKGSVVELRGTINTEEPEAT
PSQDDLANIQDIKKRLDRIKNAARH
NT seq 6018 nt   +upstreamnt  +downstreamnt
atgggagatgacttggatcttggaaaattagccttagaggacaaactcactcataaggtg
tggaaagcccgtgttagtggttatgaagaattaacgaagacttttaagcaagctacgagc
gagagtagtggagaattttcgaaatatttgggctttttcaagaaaattgtgatcgatagt
aacgctgttgcacaagaaaaaggtctcgaagccgtacttactttcgtggaaaaagcttct
ccttcgataagtggaagggcggctggtgatatagttagtggttgtatactaaaatgtttt
aacgccaggccgaaaaccaaagagaagggaatagatatagtgttaatgtacgttgaagta
gagaaacaagatatagttcaggaygaacttcttaaaggattagaaaacaagcaacctaaa
atagttgcagcttgtacttatgttcttagacagattataagtgaatttggtggaaagata
tttttacttaaacctatagttaaaaccatacctaarctattggaccacagcgacaagaca
gtaagagaagaggctaagttattaagtatagagatttacaagtggatcaaagatgccctc
agagctcagttacaaaatattaaacctgtgcaattaaaagagttagaggatgaatgggcc
agtctacctcccaaaccacctccaccaacaagactaaccagaacgcagcagaagaaacta
gaagaggaacaagggcagggcgtggaaccygaaggtgatgatgccgcagatggcggtggt
gatgatgatgatgaaggtgaagatgctgaggtggacattgatccttatgaaatgatggat
gctgttgagattctctccaaacttcccaaagacttttatgaaaacttggtaaccaatgat
cactgcacagatgttatttcaagacctgaatacctatcaagatattccaataattctcaa
ttatgtatcaatccttttcagattatttccaaagatgcaaacgtcatggttgtagcggta
gctgctaaatgcatagggttactagcaactggtttaagaaagaagttttcttcctatgcc
cctttgattacacctgcaatcctggagaagttcaaggagaagaaggctaatgttgtttct
gctttgaaagatgctatcgatgctgtgttcttgacaacaaccttggttgcccttcaagaa
gacatcctattggcacttgaccacaagaatcccagtgtgaaagaagagaccatcaagttc
atcacaagatgtttttgtaagagtgtgccagcagctgtacctaaagcttttctcaagcca
acatgtgctctgctagtccagagaatggatgacacatttggtccagtcagagatgctgcg
gcagaagcccttggaaccttgctcaagttgattggtgaaaagacaatgaatccttatgta
gataagctggacaagatcaaggcagaaaaggtcaaagaatgtagtgaaaaggcagagatc
aaaagtgctccagccaagggtggtagtggtggtggtagcaaatcaactaccaaaccagca
gcaaagcctgctgcatcgtcagctgcaccccccaaaagtacatctgctgctaagaaacct
tcagcaaaaggcgtggctaagtcagggggcccacctaaaggcggagctaaaaagaaagca
gttggaaaaggggatggtaagaaaggtggaggaaagggaggaggaggagctactgcacta
gaggaagtaaaagaaccagaaatgacggtaagaatgacattgctgccacttgtaaatgac
atggatccaaagaccatgccttgtcaggttctgatcagagtcctggccaagaaaccaggc
ttgaaggacagtaatttccaggttttgaaggccaagctagctctgtgtggtaccatcgct
gagattggcaagcccttctcctcccgcagtgcaggatacgcattaacaggactggtcgaa
aagattggagacattaagcttaaagatcaatgcaaggaaacacttacgaaatttgctgaa
aaattgaatcttaattacgttagcctgaaggtttgcaagatagcaggaggtcaaaagaac
cccaaagtgatagcagagtcgttaaactggattggtgatgctattaaggactttggattc
aagatagacttgaagcctcatattcagttcatcaaagactctcttgctaacaccaaccca
gctgtcaggacatcagctatagccctacttggagtacttcacatgtatgttggcacaagc
atcagaatgttctttgaagatgagaaacctgctttgctacaacagattgatgccgaactt
gaacaggtcaaagaccagaagccgccagcaccaaccagaggactgaaatcagcagttggt
gagacagaaggaggcggcaatgacgaagaggatgatgaggatggtgggagtggaggggga
ggggcagctgccaatcttgctgatcttgtgccgagaaatgatatcagcggtgaaatcaca
tcagatcttatcacaatgttgagtgacaagaattggaaagttagaggagaaggtcttgaa
aaggtccagaacattatcaatacagcaaagtatatcactcctgagcttggggaactccct
acagcactaaagggaagacttggagactcaaacaagaacctgatcataactacattgaat
atctgtggctcaatggctacagctatgggtccaggatctaagaaacacctgagtactatc
ggccctgcaatattcagtaccctggctgatgctaagccccatcttcgtgcggcagggata
acagcccttaatgcatggcacaaagaagtaggaattgtactcttcttggaaggagagatt
atatctggtgctcttagtacagagaatcccgtcctgagaactgaggtgcttggatggttg
gaggagaaactaccagaagagaaatcccacccaccatctgttgtgacgatagtacaacca
ttgtatgcctgtctggaggaccgtaatggtgatgtaaggaagaaggcacaagctgttgta
ccctgtgtcatggcacaccttggatatgatgcaatgattaaacaagccaataaactgaag
cctgtatctaagccaactgtccaaggcattttagaaaaactgcgtggaactgtaccagag
ccaactaagagcactggcaaatctaagaaggctgcagagagtaaatcatcatcagataat
ggaagttcttctcagtctgccaccagcgctgctgcatctagtggtggatcaaaaagaccc
aagtcagctgtacagagcaaacctgcaaaaacaagcaaaaagaaagctcaagcagcagca
gatgcagaagaactgggacctccattaatacgtaacctggggaaggacaatagaataaga
gatgagaaggaactcaaggtgatgaagtggaacttcacaactccaagagaagaatacata
gagcagctaaaagaacagatgaggccttgttttgggaaggcaatttttaccaacttgttt
catccacatgatttcaagcaacaagtcaacgcactgaatgctttacaacaggctgtaacc
cctccaagtgatgatgaagacccaccatacaagacagaagccattcaatccttagatctc
atcctgaagtacgtcaccctaaggttctttgataccaacaccactgtactggtgaagtgt
ctggaattcctggatgccttgtttactatgttggctgagtcagggtaccagatggtggaa
catgaggcttgtagctttataccataccttatacagaaggttggtgaccctaaagatgtc
atcagaaaaatgattcgtaagctttttaaactgttgaccaagatctacccagcaagcaag
atgtttacctacgttactgaaggactcacctccaagaattccaagactagaatggaatgt
cttgaggagctggggtgccttattcaagtatacggcatgaatgtgtgccaaccaacacct
cccaaagccattgctaacatagcatcccacatcggtgatcgagataatggtgtgcgcaac
gctgctcttaataccgtggtagaagcctttttcctggtgggagatacggtctataaatat
gctggaaggttgaatgagaaagacctcagctacctagaggagcgtatcaagcgatcatcc
aagaacagacctgcgactgctggcagtgaagaacccaaggctgttgctaggggacgtgga
tcagcaaatgataacactgaaaagaaacaagcaaacaaagctaacatagcaagaccagta
acagcacctccttcgaagagagaagataacatcacgcgtgaattccagatagactacgat
tccatagaagatgaaaaaaatgtccatgaagtaatcttacccaacctcgtgtcacatgaa
acatctgttgatgacttgatcagtgagcctatccacagacccaacactaagacacctgcg
tccccacatctcggagtgttcagtaggacttcagcccccgcagctctcaattacgtcatc
tcccagatcgctagcagtgacgtcagtgctrgtacccaagctcttgtgcaactggaggtc
gttattaggaataagactgggggagagatagtcaaacatgttgatcagttcttaaatgcc
gctgctctgcaactcaacatcatcctgacaactcacctcagcaatgaagaccaatcagaa
caaaccatcactagactgatcaactgtctgatcaacgccatgctgacgctattctgcaac
gaaccgctggccaagaccgtgtcacgtgacacccttaagcaactggctcaggtcttgatt
acagcgatactagacgagaggttggcgaagctggaagatgggccgcagattattagagct
gtgaatgtattgatggctaagattatacagaagactgatcctactgtgtgtttaggtgct
ctaataaggctgttgcaagaaagtgtcaagatgctgcagggacaagcaggaaactcactc
agttctcctaaattcatggaactcgtcatgaaggcattgtggaagatggtccgttcctta
cctgccatcatcagtgacatcaaggcagaccaggttcttgtggatgtacacaagttctta
gtgatgcatcctcctcaggtgtggaaatcacgtgctgatgatactcccctcaggaccata
cgaaccatactacattcattagccaagctcaaaggcattgatattttggcatgtacgaac
cttatagaggacgccgaacaaagtgaagtgacagcgtacctacataaagttctcaagact
ggttataaaccatctacgagctcccaagtcaatggtagctctgaagatgacaagaataag
aaatccaacgctccagatctactacaaggggtggagaatcaaaaccgagcaccagtagaa
aagctcaattcaaaactggctgagatattcagtaagatagcttcaaaggaaaacactcgg
gagggtcttgtccaactgtacgagttcaagctcacctatcctcaagccgatatcgatcct
tacctaaagaaaacatcgccttacttccaaaactacatagatagaggtttaaggaatatt
gaaatggaaagaaagggaaaaaaggtcactggaagtacctcgtcttctacaacaatcatg
tctagtgcgccggcatcgaagacatcggaagaaccgtcatcgtacttagatcgtctacgt
gtgctgcgaatgagatctggactaggagaaaacaacggcaatagcgatacacaacaagaa
tcggcttcagtttcgcaggacgttcaactcacacctacagaacaagaaccaaaatctgat
tttaaaggatctgtggttgaactacgaggtactataaatacagaagaacctgaggctacc
ccctctcaggatgatttagcaaacattcaggatatcaagaaacgattagaccgaatcaag
aacgctgctagacattaa

  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 (9)   
   Pfam (9)   
All databases (14)   

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