KEGG   Actinia tenebrosa (Australian red waratah sea anemone): 116293972
Entry
116293972         CDS       T07455                                 
Name
(RefSeq) active breakpoint cluster region-related protein-like
  KO
K08878  breakpoint cluster region protein [EC:2.7.11.1]
Organism
aten  Actinia tenebrosa (Australian red waratah sea anemone)
Brite
KEGG Orthology (KO) [BR:aten00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:aten01001]
    116293972
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:aten04131]
    116293972
Enzymes [BR:aten01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     116293972
Protein kinases [BR:aten01001]
 Serine/threonine kinases: Other
  BCR family
   116293972
Membrane trafficking [BR:aten04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    116293972
SSDB
Motif
Pfam: RhoGAP RhoGEF C2 SOS1_NGEF_PH PH Bcr-Abl_Oligo RHG20_PH PH_19
Other DBs
NCBI-GeneID: 116293972
NCBI-ProteinID: XP_031557335
UniProt: A0A6P8HXE2
Position
Unknown
AA seq 1467 aa
MRQFERKGGVYRKARTPMENKAAFQIFWRKNCPEEPLPELLELLDSQESLQQRVDLCKQN
LNRALDIFKKEGLLLRFLSKVLDSSDYDDFKGDVCGSLRVIFSDSLGFVTDVNDLCSSAD
GAAAERSLENEPVTDKDFRVRGDSFAFTMDTKIKEKLDKTGEGFENESESGPARGGSDFH
LQASADLNESHFNSSPETSVGTNVELLNNQNDKVFLNRESLPNVDINYEGRSEILSNEDG
EFGDESNQQVLMAARDFESMEGKSSDLEASELKEDVQDIGSVPLNAVCGPFKAGILSKER
KCKWNVENPSRENRWGLRGSCNPHTDSEMTNPSETKSFESHKTEDGNTSENIGMNVTENR
ESKGEGDSVENKNTSSDQECENDNSDESIKKNEDSNLDISDHEDRPTLAEEETFFDSTEE
KEALDYSPDVIDQGTSIVDDLISYLEGNMGNSSEEEGDSTWGSSXNLPFGYQGKPNSNFR
KRQLQSVMSTTSALSGDSCLSPWALDMAMAEIHSADSSDQEDTPAESSEPSPVDTVPKVL
GDTSSNDTDMSGMPPVRPPRRHSKKGMVRAHTVGTPKEIRSSISGYSEEDEVFRKEEEEG
YDGDQENQALSQSHTNVSAIKDNAVNFRSLLDTGEDERRKLRKSRGSNVILDQDNIDFPS
SPLSSPNHSKLGTDELKGDDAQKLQNRKWVASAVLDSEKSYLECLNTLHKYMKPLKASLE
TSAPILSTNDFEKIFFKVEELFKIHDKFYSDLELRVSNWNIRQIIGDLFLSLVYQFDVYR
EYIQNYKTVMDTIRKCKANEQFNQIFSKEIKLKCSQEVTIVESLFSKPVDRIGRYVTALS
DLLKQTPDEHPDHGILLEVQVITKEFLAKITGGDQKDGPPVQRVKRDHRLIKDGFLVELS
DGIRKFRHIFLFNDVLFSTKRKMTARQEHYVCKWHILLSDLLFHPHENSEATQMVPVASE
ADIELLKGRIVSLKSEIRKEEGTKGQGPSPDESPSTKRKRAQSTNKAIEKLKKKLAQQEA
ALLLAIPSLPFHLYHKKTPKTYTLLCKSDAERADWKESILSLIKKGQDNPPGGHLSVLEV
QSFLEACKKLRTCKTLGKVSIEEDKELLNGLLYVDIQNGKGFHRSDLYCVLEVDHYGQFV
RKAKTKLCKATGDPVWNQDFDIEVEGSKELRLHVFGKSRYALMSDEECGHGKIMLTRENL
TDQKKRTITIALDKQGAITLSIQYSKTLQGIQRKKSVSDSGVFGVDIDAVTSREQCDIPL
IVIGCVREVEKRGTDEVGIYRLSGASSDVRRLKDAFNENSQSALVQLPDADIHAVSGLLK
SYLRELPEPLFTDHLYSSFVDAYGMSDKEEKKKRMLELLDSLPKPNRLTAVYLFEHLRRI
GSCSDINKMGLNNLATVFGPNVLRPSLKNSSPMDLSQGTLNVMSQVGIFLFFLKSDSERT
MLPDDPQLRNRLDPNWSAADDRRDRLI
NT seq 4404 nt   +upstreamnt  +downstreamnt
atgcgacaatttgaaagaaaaggcggtgtttatcgtaaggccaggactccaatggagaac
aaggctgctttccaaatattttggaggaaaaattgtccagaggagcctttgccagagctg
ctagaactccttgactcgcaagaaagcctacagcagcgagttgacctttgcaaacaaaat
ttgaatagagccttggacattttcaagaaagaaggacttcttttaagatttttatccaaa
gttttagacagtagtgattacgatgacttcaagggagatgtctgtggaagtcttagggtt
attttttcggattcattgggatttgttaccgacgttaatgatctgtgcagttctgcagat
ggagcagctgcggagaggagcttagaaaatgaacccgtgacagacaaggattttcgtgta
cgcggagattcttttgcgtttacaatggacacgaaaataaaagaaaaacttgacaaaacg
ggtgaagggtttgaaaatgagagcgaatcagggccagcgcgaggcggaagtgatttccat
ttgcaggctagtgctgatctgaacgaatcgcatttcaactcctctccagagacatctgtt
ggtacaaatgttgaattattaaataaccaaaatgataaagtgtttttgaacagagaaagc
cttccgaacgttgacataaactatgaagggaggagtgaaattttgtccaatgaagatggc
gagtttggggatgaatcaaaccaacaagtcttgatggctgcgagggattttgagtcaatg
gaggggaaatctagtgacttagaagcttcggaattaaaagaagacgtacaagatatcgga
agtgtacctctaaatgccgtgtgtggccctttcaaggcaggaattttgtccaaggaacgt
aaatgtaaatggaacgttgagaatccttcgagagaaaatcgctggggtttacgcgggagt
tgtaatcctcatacagatagtgaaatgacaaacccctccgaaactaagtccttcgaaagc
cacaaaaccgaagacggaaatacatctgaaaacatcgggatgaacgtcaccgagaatcga
gaatcgaaaggcgaaggtgactccgtggaaaacaaaaacacgagctctgatcaggaatgt
gagaatgacaattcggatgaaagcataaagaagaatgaggatagtaatcttgatataagc
gatcacgaagatcgaccaaccctcgccgaggaggagacgttttttgattcgacagaagag
aaagaagcgctcgattattctcccgatgtgattgatcaaggaacgagtattgttgacgac
ttgatctcttacctagagggaaatatgggaaacagcagtgaagaagagggggattctact
tggggaagtagtaytaacttgccatttggctaccaaggcaagccaaatagtaattttaga
aaaaggcagttgcagtctgtaatgtcaacaactagtgcacttagtggagactcttgtcta
agtccatgggcacttgacatggcaatggcagaaatccactctgccgactcctccgatcaa
gaggacaccccagcagaatcaagcgagccgtcgcctgtagatacagtccctaaggtgctg
ggtgatacctcaagcaatgatactgacatgagtggaatgccccctgtaaggccgccacgc
aggcatagcaagaagggtatggttcgtgctcacacagtgggtacacccaaagaaatcaga
tcaagtattagtggatattcagaggaagatgaagtgttcaggaaagaagaagaagaaggt
tatgatggtgaccaggaaaaccaagcactttctcaaagtcataccaatgtatctgcaata
aaagacaatgcagttaatttccgctcacttctagacacaggggaagatgagagaagaaag
ttaaggaagagtaggggatcaaatgtgattttagatcaagataatattgattttccatcg
tctcctctgtcatctcctaatcattctaagcttggcactgacgaacttaaaggagatgat
gctcagaaattacaaaacagaaagtgggtggcatctgcagtattagacagtgagaaaagc
tatttggaatgccttaatacactgcacaagtatatgaagcccttaaaagcatctctagaa
acatctgcacctattctctcaacaaatgactttgaaaagatattcttcaaagtggaagag
ctgtttaagatccatgataagttctatagtgaccttgaacttagagtatcaaattggaac
atcagacagattattggagaccttttcttaagcctggtttatcagtttgatgtatacaga
gaatacattcaaaactacaagacagtcatggacaccatacgcaagtgtaaagcgaatgaa
cagttcaatcaaatatttagcaaggaaataaaactcaaatgctcacaagaggtaacaatc
gtagagagtctgtttagcaaaccagtggacagaatagggagatatgttactgcattaagt
gatcttttgaaacaaactccagatgaacatccagaccatggtatccttcttgaagtccag
gtaattaccaaggaattcctggcaaagatcactggtggagatcaaaaagatggacctcca
gttcagagggtcaaaagagaccacaggttgataaaagatggatttttggttgaactatcg
gatggaatcagaaaattcaggcacatttttcttttcaatgatgtgttgttttccacaaaa
agaaaaatgactgccaggcaagagcactatgtgtgcaagtggcatatacttttatctgat
ttactcttccatccacatgagaattctgaagccactcaaatggtcccagttgccagtgaa
gcagatatcgagttactaaagggtagaatcgttagtctaaagtccgagatccgaaaagaa
gaaggcacgaagggccaaggtccaagccctgatgaatcaccctccacaaagcgaaaaaga
gcgcagtcaacaaataaggcaatcgaaaaattaaaaaagaaactagctcaacaggaagca
gcattactccttgccatacctagtctaccttttcacttgtaccacaagaaaacgccaaag
acttacacattgctttgtaagagcgacgccgaaagggcagactggaaagaaagcattctt
tctctcatcaagaaaggtcaagataatcctcccggaggccatttgagcgtcctggaagtg
caatcattccttgaggcgtgtaaaaagcttagaacatgtaagacgcttggaaaggtgtcg
attgaggaagataaagaacttctgaatggcctactctacgtagacatacaaaatggaaaa
ggatttcacagaagtgacttgtactgcgtattagaggtagatcactatggacagtttgta
cggaaagccaagacaaagctatgtaaagctaccggtgatcccgtgtggaatcaggatttt
gatatcgaagtagaaggaagcaaagagttaagactacacgtgtttggtaaaagtcgatac
gcgctcatgagcgatgaggagtgtggtcatggtaaaataatgttaacacgtgagaatttg
accgaccaaaaaaagcggaccatcaccatcgctcttgataaacagggggcgatcacgctt
tctatccagtattcaaaaacgttacaaggcatccaaagaaagaagtccgtcagtgattct
ggtgtgtttggtgtggatattgatgctgttacgagtcgtgagcaatgcgacattcctctg
atagtcattggttgcgtacgagaagttgaaaagagaggaaccgatgaagtaggtatctac
cggctgtctggtgcatcctctgatgtcagacgacttaaagacgcatttaacgaaaacagc
cagagtgcactagttcagttaccagacgctgatatacatgccgtatctggattgctcaag
tcatacctacgagaactacccgaaccattattcactgatcatctgtacagctctttcgtg
gatgcttacggaatgtccgacaaggaagaaaagaagaagcgaatgctggagctgctggat
tcattacctaaacccaaccgactaactgcagtttacctgtttgaacatttgagaagaatt
gggagttgtagtgatatcaataaaatgggacttaacaacctagctactgtttttggacct
aacgtattacgtccctcactaaagaacagcagtcctatggacctttcacaagggaccctg
aacgtgatgtcccaagtaggaatatttcttttctttctgaaatcagactcggaaagaacg
atgctaccggacgatcctcaacttagaaatagactagaccctaattggtctgccgcagac
gatagaagggacagattgatataa

  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 (8)   
   Pfam (8)   
All databases (13)   

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