KEGG T06134: 114966061

Acropora millepora: 114966061

Entry

114966061         CDS       T06134

Name

(RefSeq) uncharacterized protein LOC114966061 isoform X1

K11699

RNA-dependent RNA polymerase [EC:2.7.7.48]

Organism

amil Acropora millepora

Brite

KEGG Orthology (KO) [BR:amil00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:amil03036]
    114966061
Enzymes [BR:amil01000]
2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.48  RNA-directed RNA polymerase
     114966061
Chromosome and associated proteins [BR:amil03036]
Eukaryotic type
  Gene silencing
   RNA interference (RNAi) pathway
    RDRC (RNA-directed RNA polymerase complex)
     114966061

SSDB

Motif

Pfam:

RdRP DEAD ResIII Helicase_C SWI2_SNF2 Polbeta NTP_transf_2 RIG-I_C-RD CHAD Adenyl_cycl_N

Other DBs

NCBI-GeneID:

114966061

NCBI-ProteinID:

XP_029201629

Position

Unknown

AA seq 2788 aa
MASNPLTLYCNKCNSSLATSDMMMLATVPPTQTHVAIRKDKEDAAYAAIRKIPNPNPKKA
VFCPYKILCKQCNEHVANISIVEENSLICFKIENVHFQQGYEQIKGKKLKYIKEKLIQHG
LEVVNVSQLRNEFAETVNNARKSSQPLVYCDPHLSEDHILSLTKESPREYQKELFLQALQ
RNTLVYLPTGSGKTLIAAMVLNCMKKLNPDKLMVFLVDRIPLVYQQSDYIKYQVPDLRVE
ILAGDIGRFPGDKARWMATVQALLENKIDLLVMTSQILLNLMAEECTVLSMSDISLIVFD
EAHHCLGNHSYNQIMRDFYKKTDDKFKPLVLALTASPAGTDKLETTRDNLETLLSNLCAY
ARMPSRSRDLELYCNRPETSYKVTPLNSKQTQLQSDIERYLNSISSVIEEEAKYPKALDG
LNVLSQFYRGALRKLIERCRSDKTRIKGLAMAEHAMQVLSVNEVNNILGHEYAVECFEEY
IKQLQTATSPMEKLKKTLVGSLESLKLLESSISGLSRVSNLFITSDRYKCLVEELETFTR
QVKKDKTSRGIIFVKMRKTAYKLCTRLRQEREICQRLNPAFLVGHGQGSDGMDWRGEQEE
ILNKFRSGEVKLLVSTSVLEEGLDVPACNQIIRFDSRLTLRAIVQGRGRAARRPNSQFVI
ICSDDREEALAREAVRKEAIMEKALQEMNVIIRDPLQAKSFDCQLKKPDFSQDQVQESTT
ESMESQPKAEEHDMGNDFSVETLTVNERGESLACGGPEKRRKNYVPRIAITVHNVLFGDE
SKQLGLLTDYFEEYLVANSIKKGESMQTTKMTDEIPKRKHASRCVRLELEPSKQGQFNNK
DKFFDYVAESWCSRPTELLTETEQLWLRRDDTSQKHKDKKPVLVIKPDVMSLGYFRSESQ
YCQHWPIKNSKLENIRIAFQHDLKTVLIWFTVQNPRSQFKADLYKLQIHYNELQEYILVN
RPRLSKTDLYLSLRQPPRMFKAKSFVRKDHDVNDDYNVFEDWYYGENDYDSGLDHENIDE
FTSESEDSEALDDGVYSTADHSKKGETPDNESLLASTKTASIDDVINWERVIEIEDSRDS
FGSCCTYNFTFKPGEWNDMKDVLATIPKYDKKVFYASVTNSITSLPEISIPNELPSDVKY
ATQCVLHSYPFIRGRITSKFNHLLSSRPEPVVKLALARLGSAIEGNSFCDPEAKFERLLE
ETNVAGASGISKQLLPSECAMIKRMVVTPTRLLFFPPEMMSKNRVLRNFDTDQFLCANVR
DEDFSRLSSAAGVIDKILERLQTTLDNGVMAGGQRFLYLGSSNNQLRNHGFWFVRPRPYP
QEIREWMGDFSSIRCVGTFMARIGQSFSTSMDAVGIDVSEGTTWKMDIEKTDGSYCFSDG
VGRISQSLAQQVAETIELDFTPSAIQIRFAGFKGVLALDPKLSEKTAVFRPSMRKFESPH
RRLEVLQTSRPQPVFLNHQLIILLSSLGIPDEVFINLQRRMLDRLAGMLVDEKLATQQLA
SGAKTDIAYKRLSEAGLQLTNEPFFKSLLVALYKERMQNLLKRARILLPTSEARLMIGVM
DETGILEPGQVFVQYSLVSNEADTFMEFSKSSRQILTGPVVVTRNPCLHPGDVRQLTAVS
VPQLAHFVDCIVFPNHGPRPHPSEMAGGDLDGDMYFVSWMTDLLPRRPSFPPMNYKAPLN
KEDKEVKEPITVSHMTKYVVEYIRYDKLGVIGNAHKAQADSQKEGVKSSVCLDLAERHSR
AVDAPKTGDWPDMPKEAKVTVFPDFMMKSDKPSYASDKVLGKLYRECRAFKDSIARDIRV
KKSQVDPGFLVPGFQEYQQEARETYEDYSNQLQELMNLYGIETEGELISGCFSKFHSRIG
KEKFEIAQITSRFLKKMRQNFREKFFEEFDGMVDDDAITLEMQKKASAWYYVAYGSTNAN
NATENTPEDPPQTQFLSFPWLVDDVILRITLGRVFEMQESGGLASSISESVFDEFEKERD
TLLLDFQDRMQKKNFIRKAMPEVKALAMFGSSATFLFRKHSDLDLCILSSSYIENHEELE
QKEQIAKLKRFLPKMRKLFKRVRMVESATVPVIIGNNPAKRGGVIANVKADLTASCHDLL
KSIVLSNYIKSYPVLLPILRLLVHWGDVTGIAGHGVEAGIKSTMLVYLMLIFCVSKGLIE
NFDLIQVWKQCFQISTGQIKDLDFLQQWKGVIASLQSKVTQLKGNENTRNTLRDQQVGEI
LLTFFQEYNAILDMEIPHTFASLLGVSKLAALLDPDHLRQLKEHMQRAFHLLALYRDAEV
LLTVSASEIDRVIFLSETLSYAMARSERHNASQLSKKTGARVTIRPSLPGSAFGLVLQAI
GTEFAVAAVERQLHAMATQRLRIMAKNMTAHFMKEAKQTLFEGCLNDDHDRVSLVPYYGN
HHSTHDSQALFVPLLSNQRTDLQSIAEDYTRHEFLCFQEKFLTQAQVIERDFVETIHGKM
EFATHFGRLYVLNIPKSFTEDSEPPSVGNFQTNLSRGYKPRPSVLSVPRDREIRKYGKTR
RSKSKGKSLRWNKKGKDFEIGKDGKKIPKEKASRSSFFTLVSSQEKAVHFLTQKGFSEAQ
SSEFYSVEIHTDHEFDVVTDKDFNFQKIKFPKLRWCAVDIKRAWKENPEKQDDTELDGVE
TDVRFILQSSRELSATDIRETDYEKYKETLQPLKPHRQPQTISCPFQIKQDIWKNVSLIR
HKKSRMYTLDESVDFESDFKRSLRVNVNEITEYSRPKRNASEFNQVFTRYEVLVKAGLPC
SWSNTESVEKLLREIWCFGFDFASHLSE

NT seq 8367 nt +upstreamnt +downstreamnt
atggcttccaaccctctcacactttactgtaataaatgtaacagttcattggcaacttct
gatatgatgatgctggctacagttccccccacacagacacatgttgccatacgaaaagac
aaagaggatgcagcatatgctgccataaggaaaatccctaaccctaaccccaagaaagca
gttttttgtccttacaaaattctttgcaaacaatgcaatgagcacgtggctaatatcagc
atcgttgaagaaaattccttgatttgtttcaagatcgaaaacgttcattttcaacaggga
tacgaacaaattaaaggaaagaaacttaaatacatcaaggagaagctaattcaacatgga
cttgaggtcgttaatgtctcacagcttagaaatgagtttgcagaaactgtgaacaatgca
aggaaatcatcacaaccgctagtatactgcgaccctcacctttcggaagatcacattctg
tccctgacgaaagagagcccacgagaataccaaaaagagctcttcttgcaagccctgcaa
agaaatacgctggtataccttcccacgggctcaggcaagaccttgatagcagccatggta
ctcaactgtatgaagaaactgaatccagacaaactcatggtgtttctcgtggaccgtatt
ccactggtttatcaacaaagtgactacatcaagtaccaagttcctgacttgagagtggag
atattggctggggacatcgggcgtttcccaggggataaagcacgctggatggcaactgtc
caggcgctgttagaaaacaaaatcgacttgcttgtgatgacgagtcagatacttttaaac
ctgatggctgaagagtgcaccgtattgagcatgtctgatatatctctgattgtattcgac
gaagcgcatcactgtctgggtaatcacagctataatcagatcatgagggatttctacaag
aaaactgacgacaagttcaagcctcttgtgttggcgctgactgcatctcccgctggcaca
gataaacttgaaaccacaagagacaacctggaaactttactgtcaaatctgtgcgcatac
gcacgaatgccatcacgctcaagggacttggaattgtactgtaatcgaccagaaacgtca
tacaaagtgactccgttgaactccaagcaaacccaactgcaatcggacatcgagcggtac
ctcaattctatttcaagcgttattgaagaagaagcaaaatatcctaaagcattggatggt
ttgaatgtgttatcacaattttaccgaggagctttacggaagttaatcgaacgttgtcgt
agtgacaagacccgaatcaagggtttagcgatggcagaacatgctatgcaagtactcagc
gtcaatgaagtaaacaacattttaggccacgaatatgctgtggaatgcttcgaagaatac
atcaaacaacttcaaactgcaacctcccccatggaaaaactgaagaaaacactcgttggt
tcattggagtcactaaagcttctagaatcttcgatcagcgggctaagccgagtctcaaac
ctttttattacaagcgataggtataaatgcttagttgaagaactagagacgtttactcgt
caagttaaaaaagacaaaacttcaagaggtattatttttgtcaagatgcgtaaaacggct
tacaagctttgtacccgcctaagacaagaaagagaaatttgtcaacgactcaacccagcc
ttcctcgttggacacgggcaaggaagtgatggaatggattggagaggagagcaggaggaa
atcctaaataaattcagatcaggcgaagtcaagctccttgtcagcacgagtgtgttggag
gagggcctggatgtaccagcttgcaaccagataatccgctttgatagcaggctgactttg
cgtgcgattgtacagggacgcgggcgcgccgccagacgccccaacagccaatttgttatc
atttgcagcgatgacagagaagaagcgcttgcacgtgaagcggtcagaaaagaggccatc
atggagaaagccctgcaagaaatgaacgtgatcatccgggatccattacaggcaaagtct
tttgattgtcagctaaaaaagcctgattttagtcaagatcaagttcaggagtcgaccaca
gagagtatggaatcccaaccgaaagctgaagaacatgatatggggaatgactttagtgta
gaaacattaacagtcaacgagagaggagaaagtttggcttgtggaggaccagagaaaaga
aggaaaaattatgttccacgtattgccataaccgttcacaatgtcctatttggagatgaa
agcaaacaactgggtcttttgacggactacttcgaggagtacttggtggccaattctatc
aaaaaaggcgaatctatgcagacaacgaaaatgacagatgagatccccaaaagaaaacac
gcatctagatgtgttcgccttgaattagaaccatctaagcaaggacagtttaacaacaaa
gataaattctttgactatgtcgctgagtcgtggtgttctcgtccaacggaactattgacg
gaaacagagcaactttggctccgtcgtgacgacacatcacagaagcacaaggataaaaag
ccagtgctggtgattaagccagacgttatgagcctggggtactttcgaagtgaatcacaa
tactgccaacactggccaattaagaattccaaacttgaaaacattcgaattgcttttcag
catgatctgaagacagtgttgatctggttcacagtgcaaaacccaagaagccagttcaag
gcggacctttacaaacttcaaatccattacaacgagcttcaagaatacatcttggtgaac
agaccaagattatctaagacagacttgtatctgtcactgaggcagcccccgcgcatgttc
aaagccaaaagctttgtcaggaaagaccacgatgtcaatgatgactataacgtctttgaa
gactggtactacggagagaacgattacgattccggccttgatcacgaaaacattgacgag
tttacgagcgagtccgaagacagtgaggcgttagacgacggcgtttattcaactgcagat
cattcaaagaaaggggagacgccggacaacgaatctctcctggcaagtacaaagaccgcg
agtattgatgacgtgatcaattgggagagggttattgaaatagaagacagtagagactca
tttggctcatgctgcacttacaatttcactttcaagcctggtgaatggaatgatatgaaa
gatgtgcttgcaaccattcccaaatacgacaagaaagtgttttatgcatctgtaacaaat
tccatcacaagcttaccagagatttccatccccaacgaactgccttccgacgtcaaatat
gccacacagtgtgtcctacactcttacccctttatcagaggaagaatcacttctaagttc
aatcatttgcttagtagcagacccgagccagtggtgaagttggctttagcgagactcggc
tcggctatcgaaggaaacagtttctgtgacccagaagcaaagtttgaaaggctgttagaa
gagacaaatgtcgctggtgcaagcggaatctcaaaacagcttctccccagtgagtgtgcg
atgataaagcgcatggttgtcacgcccacacgcctgttatttttcccgccggaaatgatg
tcaaagaatcgtgttctcaggaacttcgacactgatcaatttctgtgtgccaatgtccgt
gatgaagacttctcgaggctttcatcggctgctggtgtcattgacaagattttggaacgc
ctccaaaccactttggacaatggtgttatggcaggcggacaacgttttctttatctaggt
tcatccaacaaccagcttcgtaaccacggcttctggttcgttcgaccacgtccatatcca
caagaaattcgagaatggatgggagacttcagttcgataagatgtgtgggtaccttcatg
gctcgcatagggcagtctttctccacatccatggacgcggtcggcattgatgtcagtgaa
gggacgacgtggaaaatggacattgaaaagactgacggcagctactgcttttcagatggt
gttgggaggatttctcagtccttagcgcaacaggttgctgagacaattgagcttgatttc
actccatctgctatccaaatccgatttgctggttttaaaggagtcctggcattagatccc
aaactttcagagaagacggcagtatttcgcccgagcatgcgtaaattcgagagtcctcac
cgccgccttgaagtactacagacctctcgtccccagcctgttttcttaaatcaccagctg
ataatactactgtcaagcctcggaatcccggatgaagtcttcataaatctgcagcgcagg
atgttggacagactggctgggatgcttgtcgatgaaaaactggctactcaacagttggcg
tcaggagcgaagacagacatcgcatataagcgcctatcagaagcgggattacaactgacg
aacgaaccttttttcaagtctttactcgttgcattgtacaaagaacgaatgcagaatcta
ttaaagcgtgcccgcattctcctgcccacttcagaagctcgccttatgattggtgtcatg
gacgaaacaggaattttggaaccaggacaggtatttgtccagtattctctggtctcgaac
gaagctgacacatttatggaattcagcaaatcctcaaggcaaatcttaacagggccagta
gtcgtcacaagaaatccttgtctacatccgggggatgtgagacaactgacagctgtatct
gtgcctcagcttgctcattttgtcgactgtattgtgtttcctaatcatggaccgcggcca
cacccaagtgaaatggcaggtggcgaccttgatggtgatatgtactttgtctcctggatg
acggaccttctccccagaaggccttcatttccgccaatgaactacaaagcgcccctcaat
aaagaagataaagaagttaaagaaccaatcacagtaagccacatgaccaagtatgtcgtt
gagtacatccggtatgacaagcttggagtgattggcaatgcgcacaaagctcaagccgat
tcccagaaagaaggtgtgaaatcgtcggtttgcctggatttggcggaacgacactcgaga
gctgtcgacgctccaaagacaggcgattggcctgacatgccaaaagaagccaaggttaca
gtttttcccgatttcatgatgaaatccgacaaaccaagctatgcatcggacaaagtgttg
ggaaagttgtaccgtgagtgtagagcgtttaaggacagtatcgcgagggacatccgggta
aagaaatcacaagttgatccgggtttcctagtaccaggctttcaggagtaccaacaggag
gccagggaaacgtatgaggactattccaatcagcttcaagaattgatgaacctgtacggt
attgaaacagaaggtgagctcatctcgggttgtttttccaagtttcattctcgcattggt
aaagaaaaattcgaaatcgcccaaatcactagtcgatttcttaagaagatgcgtcaaaac
tttagagagaagttcttcgaagaatttgatggtatggtcgacgacgacgccattaccctt
gagatgcaaaaaaaggcttcggcgtggtattacgttgcatatgggtccacaaatgccaac
aatgcgacagaaaatacccctgaggacccccctcaaacgcagtttctgagcttcccctgg
ttggtggatgatgttatactcaggatcacactcggtagagtatttgaaatgcaagaatcc
ggtggtctagcttcttccataagtgaaagtgttttcgacgagtttgaaaaagaaagagat
acgctgctgcttgactttcaagacaggatgcaaaaaaagaattttatcaggaaagctatg
cctgaagtaaaagcattggccatgtttggttcctcagccacattccttttccgtaaacac
tcggaccttgacctttgtattctttcttcctcgtacattgaaaaccatgaagaactggaa
caaaaggaacagattgctaaattgaagcgatttctcccaaaaatgaggaaactatttaag
cgggtgcggatggtggaatctgctacggtaccggtgatcattggcaacaatccagctaag
cgaggtggtgtcatagccaatgtcaaagcggatctgactgcatcttgccacgatcttctc
aaatccattgtattgagcaattacatcaagtcctacccagttctcttgccaattctccgt
ctccttgtacactggggtgatgtcacaggtatcgcaggacatggcgtcgaggcaggaatc
aagtcaaccatgttggtgtatttgatgctgatattctgcgtttcaaaaggcttgatcgag
aatttcgatttgatacaagtctggaaacagtgctttcagatttcaactggacaaatcaag
gatttagattttctccaacaatggaagggagtcattgcaagtttgcagtcaaaggttacc
cagctgaagggtaacgaaaatacccggaatacactccgcgatcagcaagttggcgagatt
cttctcaccttctttcaagagtataacgcgatacttgacatggaaattccacatactttt
gcctctctcctaggcgtcagcaaactggccgcacttctggacccagaccatttacgccag
ctgaaggaacacatgcaaagagctttccatcttttggcgctttacagagatgccgaagtg
cttctcacggtcagcgcttcagaaatagatcgcgtcattttcctgtcggagacgctgtcc
tacgcgatggctcgctcagagagacacaatgcttcccagctgtcaaaaaagactggagcg
agggtaacaattcgaccaagtctcccgggatcagcattcggtctcgtcttgcaggcgatt
ggtacggagtttgctgtcgcagcagttgaacggcagctacatgccatggcaacgcagaga
ctacgcattatggctaaaaatatgacagcgcactttatgaaggaagcaaagcaaacgcta
tttgagggttgcctcaatgatgatcatgatcgagtatccttggtaccgtactatggcaat
caccactcgacacatgacagtcaggctttgtttgttccactgctttcaaaccagaggact
gaccttcaaagcattgcagaggattacactcggcatgaattcttatgtttccaggagaaa
tttctcactcaagctcaggtcattgaaagagattttgtggaaaccattcacggaaagatg
gagtttgcaacacattttgggcgtttatatgttctaaacatcccaaaatcattcacagaa
gacagcgaaccaccaagcgtgggaaacttccaaacaaatctctcacgaggttataaacct
cgaccaagcgtcctttcagtgcctcgcgaccgtgagatcagaaaatatgggaaaacgcgt
aggagtaaaagtaaaggaaaatcgctgcgctggaacaagaaaggtaaggactttgaaatt
ggaaaagacggaaaaaagatcccaaaggaaaaggcttcccgaagctcttttttcacattg
gtttcttcacaagagaaagccgtgcatttcctgactcaaaaaggattttcagaagcacaa
tcttcggagttttactcggttgaaattcatacagatcacgaattcgacgtggtcacagat
aaagatttcaacttccagaaaattaaattcccgaaactacgttggtgtgcggtggacata
aaacgagcgtggaaagagaatcctgaaaagcaggacgacactgaattagacggcgtagag
actgacgtccgcttcattttgcagagcagccgtgaattaagtgcaactgacatccgagaa
actgattacgagaagtacaaagaaacattgcagcccttgaagcctcaccgccaacctcaa
acaatcagctgtccattccagattaaacaggacatctggaaaaacgtctctttgattcgt
cacaaaaagtcccggatgtacacacttgacgagtcagtggattttgaaagtgacttcaag
aggtctcttcgtgtcaatgtgaatgaaatcaccgagtattcgcgtcccaaaaggaatgct
tcagagtttaatcaggtgttcacgcgatatgaagttctcgtgaaagcaggcttaccttgc
agctggagtaacactgaatcagtcgaaaaacttttgcgtgaaatctggtgctttggtttt
gactttgcttcacatttgtccgaatag

All links

Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (10)   
   Pfam (10)   
All databases (22)   

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