KEGG   Arachis duranensis: 107462748
Entry
107462748         CDS       T04300                                 
Name
(RefSeq) DNA-directed RNA polymerase V subunit 1 isoform X1
  KO
K16251  DNA-directed RNA polymerase V subunit 1 [EC:2.7.7.6]
Organism
adu  Arachis duranensis
Pathway
adu03020  RNA polymerase
Brite
KEGG Orthology (KO) [BR:adu00001]
 09120 Genetic Information Processing
  09121 Transcription
   03020 RNA polymerase
    107462748
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:adu03021]
    107462748
Enzymes [BR:adu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.6  DNA-directed RNA polymerase
     107462748
Transcription machinery [BR:adu03021]
 Eukaryotic type
  RNA polymerase II system
   RNA polymerase II
    Pol IV and V specific subunits
     107462748
SSDB
Motif
Pfam: RNA_pol_Rpb1_2 DUF3223 RNA_pol_Rpb1_3 RNA_pol_Rpb1_5 RNA_pol_Rpb1_1
Other DBs
NCBI-GeneID: 107462748
NCBI-ProteinID: XP_015936863
UniProt: A0A6P4BBG3
Position
8:complement(41457916..41478157)
AA seq 2131 aa
MEAVEDAPPSNVSEGEIVGIRFAMASRKEICTASISDSSISHASQLSNPFLGLPLEFGRC
ESCGTSEAGKCEGHFGYIELPVPIFHPSHVIELKRMLSLICLNCLKLKKTKFPGSSSVLA
QRLLSSSCCPDVNAAQVSIREIKTDGAYVLVLKVPKNKMRTGFWSFLHKYGYRYEIDNTR
ALLPCEVMEMIKRFSPETKKKLAGKGYFPQDGYVLKYLPVPPNCLSVPVVSDGVSVMSSD
PSITILRKLLRKVEIIRGSRSGEPNFESHLVEANELQSLFDQYLQVRGTSKPARDIETHY
GVNKELNDSSTKAWLEKMRTLFIRKGSGFSSRNVITGDGYKRINEIGIPLEVAQRITFEE
RVSMHNMRYLQKLVDENLCLTYKEGMSTYSLREGSKGHIYLKPGQIVHRRIMDGDIVFIN
RPPTTHKHSLQALAVYIHNDHTVKINPLICGPLGADFDGDCVHLFYPQSLAAKAEVLELF
SVEKQLLSSHSGNLNLQLTSDSLLSLKTLMKKCFLNRATAHQLAMFLSVPLPPPALLERR
SRNSYWSAMQLLQCALPPSFDCTGGRYLIRQSEILEFDLSRDILPTTINEIAASIFFGKG
PKEALSFFDLIQPLLMESIFAEGFSFGLQDFSVSRAAKRGINRNIGKVSSLLGQLRSIYN
ELVAQQVERHIQDLERPVINSALKSSKLGDLIDSKSRGAIDKVVQQIGFLGQQLFERGRF
YSKGLIEDIAVHFRLKCCYDEDSYPSAEYGLLKGCFFHGLDPYEELVHSVSTREIIVRSS
RGLSEPGTLFKNLMAILRDVMICYDGTVRNVCSNSIIQFDYGKQAGDVTQHLFPAGEPVG
VLAATSMSNPAYKAVLDASPSSNSSWELMKEILLCKVNFRNEPNDRRVILYLNDCGCGKT
YCRENAAYSVKNQLGKVSLKDAAVEFIIEYQQQRRHRESSEIGAGLIGHIHLNEIMLKKL
KINSEEIFQRCQDRVMSFYKKKKVSSIFKRIALDVSSECCSCSHSSAPCVMFFWQDDDMN
ELNVTANILSDTVYPALLETIIKGDPRIRSANIIWVNSDTNTWVRNPCKSPNGELALDIS
LEKAAVKQSGDAWRIVIDSCLPVIHLIDTRRSIPYAIKQIQELFGISCTFDQAIQRLASS
VKMVAKGVLREHLVLLASSMTCGGNLVGFNTGGYKALARQLNIQVPFTDATLFTPRKCFE
RAAEKCHTDSLSSIVASCSWGKHVAVGTGSRFDILWNANEINSKEIRGMDVYNFLHMVKS
VNGEEENNACLGEDIDDLLDEDDVDFAVSPQHNSGFEAVFEENCELLNGSTANGWDTDQN
EAKSNDWSAWGGGNIAETKGGASKDWDASIGESKEKSNDWSAWGGGNIAETKDGASKAWD
SSIGEAKEKANDWSACGGGNKVETKDGASKAWGASTGEAKEKSNDWSAWAGNKSVIHDGG
SERAPKDSWRPQKLMSDVNQEDYTKPSSWDANTDREITPSNNWSAWGGSKSGTQDGGFEK
APEGSWNQKLKSVQKDFPNSSAWNAKQDEKQSNDWSSRRIQDGGFERAQEDTWNANTEPA
RTKSHDWSSRGHNKSQFQDDSQKSGAWGAKPDQTRSSDRSNWRQNKSQVQDDSQTSSAWG
SRPNQTKTSWGQDKSQAQDDSQTSSAWGSRPNQTKTSWGQDKSQAQDDSPNSSAWRVKPD
ETMTSDWSCLGQNKSQAQNDNQKSSAWGAKPDQTKGSDWSNWGQNKSQAQDDSWKSEKSG
AWDMNADQPKASSNDWQARAGNKSQMQDGGSEGAQENSWGTRKWKAEDKVRAAVIQNDTS
RSGGWDTKANPSKPRSNEWSSWGSNNNKGEPKVGDDGIPVESNAWAHKSENVNVNQSKEI
ESNWDAKKPVDNSSWGRPKSQEDRPWNTQNDSNQAASSQGWESQIASANADSDKSFQWGK
RGRESFKKNRFEGSQGWGSNSGDRQNKSRPPRTPGSRLDIYTSEEQEVLKDIEPIMQSIR
RIMQQEGYNDGDPLAADDQTFILENVFEHHPDKENKMGAGIEHVMIDKHSVYQESKCFYV
VLKDGEKRDFSYRKCLGNFLKKKYPDVAESFVGKYFRKPRPRGDQASTPGLSEQTTTAGL
SEQAAAPGLLGPAPTPGSSEQAPNPGLAETN
NT seq 6396 nt   +upstreamnt  +downstreamnt
atggaagcagtagaggatgctcctccttcaaatgtttcagagggagagattgttgggatc
cgattcgcaatggcttcacgcaaggagatttgtacagcatccattagtgactcttcaatt
agtcatgctagtcagttgtcgaatccattccttgggctaccccttgaatttggcagatgt
gaatcttgtggtacttctgaagcaggaaaatgtgaaggtcactttggatatattgagcta
ccagttccaatattccatcccagtcatgtcattgaattgaaacggatgctgagcttgatc
tgcttaaactgcttaaaactgaagaaaactaagtttccaggttcaagcagtgtgttggcg
cagagattgttatcatcttcatgttgtccggatgtgaatgctgctcaagtttctattcgg
gagatcaaaacagatggggcttacgtcttggtgctgaaggtacctaagaataagatgcgt
actggattttggagctttttacataaatatggctatcgctatgagattgataatactcga
gctttgcttccttgtgaggtgatggaaatgattaagaggttttctccagagacaaaaaag
aagcttgctggtaaaggatattttccccaggatggatatgttttgaagtatcttcctgta
ccaccaaactgcttgtctgtgccagtagtttctgatggagtcagtgtcatgtcttcggat
ccttctattactattcttagaaaattgctcaggaaggtggaaatcatcagagggtctaga
tctggtgaaccaaactttgagtctcatttggtggaagcaaatgagttgcagtcactgttt
gatcagtaccttcaagttaggggtacttctaagccagcacgtgatattgaaacccattat
ggtgtcaataaagaactcaatgattcttctacaaaagcgtggcttgaaaaaatgaggacc
ttatttataaggaagggttctggcttttcttcacgcaatgtgataactggagatggttat
aagaggataaatgaaatagggattcctcttgaggtagcacaaaggataacatttgaggag
agagttagcatgcataacatgaggtacttacagaagttagttgatgaaaatttgtgccta
acctacaaggaaggtatgtctacatattcactgagggagggctcaaaggggcacatatat
ctcaaaccaggccaaatagtgcatagaaggattatggatggtgatattgtcttcatcaac
agaccacctacaacacacaaacattcattacaagcacttgctgtgtacatccacaatgac
cacaccgttaagataaatcctctcatttgtgggcccctaggagctgattttgatggtgac
tgtgtccatctattttatccacagtctcttgctgcgaaagctgaggtactggagctattc
tctgtggagaaacagcttcttagttcacacagtggtaatctaaacctccagttgacctct
gattcgttgctatcactgaagactttgatgaagaaatgctttttgaatagagcgacagca
catcaattagcaatgtttctttccgtacctctgccaccgcctgctttactcgaacgcaga
tctcgtaattcatactggtctgccatgcaattattacaatgtgcgttgcccccatctttt
gattgcactggcggtagatacttaatcaggcagagcgagatcttagaatttgatctcagt
agggacattttgccaacaacaataaatgaaatagctgcttcaattttcttcggaaagggc
cctaaggaagcactcagtttctttgatttgatacagccccttttaatggaaagcatattt
gctgaaggctttagctttggcttacaagatttttcagtatccagggcagcaaagcgagga
ataaatagaaacattgggaaagtttcttcattgttgggtcaactcaggtcaatatacaat
gagctggttgcacagcaagtggaaagacacattcaagatcttgaacgaccagttattaat
tctgctctaaagtcgagcaaacttggggatttgattgactcaaagagtaggggggctatt
gacaaggtggttcaacagattggtttcttaggccagcagctttttgagagagggagattc
tattccaagggcttaattgaggatatagctgttcattttcgtttaaagtgttgttatgat
gaggatagctacccttctgctgaatatggcttactcaaagggtgcttttttcatggtttg
gatccatatgaagagttggtgcattcagtttctacaagggaaataattgtgcgttcctca
agaggattatctgaacccggaacactgttcaagaacttaatggccatcctccgtgatgtc
atgatttgctatgatgggactgttagaaatgtttgtagcaattccatcattcagtttgat
tatgggaagcaagctggagatgtgacccaacatttattccctgctggtgagcctgtaggt
gtcttagccgcaacttctatgtcaaatcctgcttataaggcagtccttgatgccagtcct
agcagcaattcttcatgggaattgatgaaggagatactgctctgcaaggtcaattttagg
aatgaaccaaatgatcgtcgtgtaattttgtacttgaatgattgtggctgtgggaagact
tattgccgagaaaatgctgcttattcggtaaaaaaccaattgggaaaagtcagtctcaag
gatgcagcagtagagttcattattgaatatcagcaacagcggcgtcacagggaaagctca
gaaattggtgcaggccttattggtcatattcatttgaatgagataatgttaaagaagctg
aagatcaattcggaggaaatttttcaaagatgccaagatagagttatgtccttttacaag
aagaagaaagtcagtagtattttcaagaggattgcactggatgtcagcagtgagtgttgc
tcttgctcgcattcttcagcaccgtgtgtaatgttcttttggcaagatgatgatatgaat
gagttaaatgtaactgcaaacattctgtctgacacagtctatccggccctgcttgaaaca
ataatcaaaggtgatcctcgaattcgctcggcgaatataatctgggttaattcggacaca
aacacatgggttcgaaacccctgtaaatctccaaatggtgaattggctctagatatatct
ctcgagaaggcagctgttaaacaaagtggtgatgcttggaggattgtaatcgactcctgc
cttcctgttattcacttgattgatacaaggcgttcgataccatatgcaatcaagcaaatt
caggaactatttgggatctcatgtacttttgatcaagcaattcagcgtcttgcatcatct
gtgaaaatggtggcaaaaggtgttctccgtgagcatcttgttcttttagctagcagtatg
acatgtggtggaaatttggttgggttcaatacgggtgggtataaagctcttgctcgacaa
ttaaacattcaagtaccttttactgatgcaacactctttacacctagaaaatgttttgag
cgagcagcagagaaatgccatacggactctttatcaagcatagttgcctcctgttcttgg
ggtaaacatgttgcagttggtacaggatcaagatttgatattctatggaatgcgaatgaa
ataaattcaaaggagattcgagggatggatgtttacaattttcttcacatggtcaaaagc
gttaacggcgaagaggaaaataatgcttgtttgggtgaagatattgatgatttgctagac
gaagacgatgtagatttcgctgtgtccccacagcataactctggttttgaagctgttttt
gaagagaattgtgaactattgaatggttcaacagccaatggttgggatacagatcaaaat
gaagcaaagtcaaatgattggtcagcctggggaggagggaacatagctgaaacaaaaggt
ggtgcatccaaggattgggatgcaagcataggtgaatccaaagaaaaatcaaatgattgg
tcagcatggggaggagggaatatagctgaaacaaaagacggtgcatccaaggcttgggat
tcaagcataggtgaagctaaagaaaaagcaaatgattggtcagcctgtggaggagggaat
aaagttgaaacaaaagacggtgcctccaaggcttggggtgcaagcacaggtgaagccaaa
gaaaaatcaaatgattggtcagcatgggctggaaacaaatctgtaatacatgatggtgga
tctgaaagagcaccaaaagattcttggaggccacagaagttgatgtctgatgttaatcaa
gaagactatactaagccaagttcttgggatgcaaatacagatcgggaaataacaccgtca
aataattggtcagcgtggggtggaagcaaatctggtacacaggatggtgggtttgaaaaa
gctccagagggttcctggaatcagaagttgaaatctgtccagaaagactttcccaattcc
agtgcttggaatgcaaaacaggatgagaaacagtcaaatgactggtcatctaggagaatt
caggatggtggttttgaaagggcccaagaggatacttggaatgccaacacagaaccggca
agaacaaaatcacatgactggtcaagtaggggccataataaatctcaatttcaagatgat
tctcagaagtctggtgcttggggtgcaaaaccagatcagacaagatcaagtgaccggtcg
aattggcggcaaaataaatctcaagttcaagatgattctcagacttctagtgcctggggt
tcaaggccaaatcagacaaaaaccagttggggtcaagataaatctcaagctcaagatgat
tctcagacttctagtgcctggggttcaagaccaaatcagacaaaaaccagttggggtcaa
gataaatctcaagctcaagatgattctcctaactccagtgcttggcgtgtaaaaccagat
gagacaatgacaagtgattggtcctgtttgggtcaaaacaaatctcaagctcaaaatgat
aaccagaagtcgagtgcttggggtgcgaaaccagatcagacaaaaggaagtgattggtcc
aattggggtcaaaataaatctcaagctcaggatgattcttggaagtctgagaagtccggt
gcttgggacatgaatgcagatcagccaaaagcaagttcaaatgattggcaggcaagggct
ggaaataaatctcaaatgcaagatggtggatctgagggagcccaagagaattcttgggga
actcgtaagtggaaagctgaagataaggtcagagcagctgttattcaaaatgatacatcc
aggtctggtggttgggatacaaaggcaaatccttcaaaaccaaggtcaaatgaatggtca
tcatggggaagtaataacaacaaaggtgaaccaaaggtcggagatgatggtataccggtg
gagtccaatgcttgggcccataaatctgagaatgtgaatgtgaaccagagtaaggaaatt
gaatcaaattgggatgctaagaagcctgttgacaatagctcttggggaagacccaagtcc
caggaagaccgaccatggaatacccagaatgactccaatcaagctgcaagttcacagggg
tgggaatcacaaattgcttcagccaatgccgacagtgacaaaagttttcagtggggaaaa
cgaggcagggaatcattcaagaaaaatcgtttcgaaggttctcaaggttggggttcaaat
tctggtgacaggcagaacaagagtcgccctcctagaacacctggatcaaggttggatata
tacacttctgaggaacaagaggttttgaaggatattgaacccattatgcagtcaatcaga
cggatcatgcaacaagaagggtacaatgatggggatccattagcagcagatgatcaaaca
tttatacttgagaatgtgtttgaacaccatccagataaagaaaataaaatgggtgctgga
attgaacatgtcatgattgacaaacacagcgtttatcaggaaagcaaatgcttttacgtg
gttttgaaggatggagaaaaaagggacttttcctatcgtaaatgtttaggtaacttttta
aagaagaagtatccggatgttgctgaatcgttcgtcggcaagtacttccggaagcctcgt
ccaaggggggatcaggcctcaactccaggattgtcagaacaaaccacaactgcagggctg
tcggaacaggccgcagctccagggttgctaggaccagctccaactccagggtcatcggaa
caggcccccaatcctggtttggcggaaacaaactag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (24)   

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