KEGG   Phalaenopsis equestris: 110021846
Entry
110021846         CDS       T05601                                 
Name
(RefSeq) DNA-directed RNA polymerase V subunit 1
  KO
K16251  DNA-directed RNA polymerase V subunit 1 [EC:2.7.7.6]
Organism
peq  Phalaenopsis equestris
Pathway
peq03020  RNA polymerase
Brite
KEGG Orthology (KO) [BR:peq00001]
 09120 Genetic Information Processing
  09121 Transcription
   03020 RNA polymerase
    110021846
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:peq03021]
    110021846
Enzymes [BR:peq01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.6  DNA-directed RNA polymerase
     110021846
Transcription machinery [BR:peq03021]
 Eukaryotic type
  RNA polymerase II system
   RNA polymerase II
    Pol IV and V specific subunits
     110021846
SSDB
Motif
Pfam: RNA_pol_Rpb1_2 DUF3223 RNA_pol_Rpb1_1 RNA_pol_Rpb1_5 RNA_pol_Rpb1_3
Other DBs
NCBI-GeneID: 110021846
NCBI-ProteinID: XP_020576180
Position
Unknown
AA seq 1827 aa
MEEDINSFVSSGVVSSISFSLASFDEVSKYSINNCPISHPSQLGNPFLGLPLESGRCESC
GTVETEKCEGHFGYVEFPIPIYHPSHISELKNILTLLCLRCLRVKKGKIKCETGKEKISI
ASCTYCREIQPVSVIEVNKTDGAVGLELRVTTPNRLREGYWNFLDRFGFHHSENGFQSLH
PLEVIRIFNEIPEETRRRLSAKGFFPHTGFIIQYFPVPPNCLSLPQISDGKIIMSSDNSK
NLLRRIFTSIEKIKTNHSSCIETPESDLSSLQVAVARYLSLRGVAKVPHDINGKLKISVA
AENPSKQWLDKMRTLFISKGSGFSSRSVITGDPYIGIDVIGLPSEIAKKVTFEERVSVYN
LERLQKMVNNRLCVAYTDGETKFSIETSAEGHVKLKVGQIVCRRIMDGDVVFLNRPPSTH
KHSVQAFYVSLHDENVVKINPLVCSPIGADFDGDCVHIFYPQSLAAKAEAIELFSVEKQL
LSSHNDLLNMQFVQDSLLSLRLISNACFLTKMTAQQLSMFVPRGLPSPAFVKAHNHGPFW
TIFQVLQCAFPASLDCSGDRHSISGSEILHVDFKKDMIHASLVDMVSSVLSFKGSKEGLV
FLNTVQPLLMEMLNVQGFSINLQDFDVPKDILEDIHFKLQEISCLLSKPRSSYREGQDLQ
VEDLLKILKFPITDFILKTSSVGTMIDSKSESSIFKVLQQLGFLGLELFERGKLYSKTLV
QDVFSYYLGKHSIDGVGVPSEACGLVKGSFFGGLNPYEDFVHSICTREVIVRSSRGLTEP
GTLFKNLMAILRDVVVCYDGTVRNVCRNFVIQFQYRVKDDIDTSIGELAGEPVGVLAATA
ISNPAYKAVLDSSLSTNSSWELMKEILLSKVGYQNVINDRRVVLYLNDCLCGKRFCKEMA
AFAVQDCLKKFTLRDCASEFTIEYKKQIVPCDGLDAVSGLVGHIHLDKGRLKAWNTRIEE
ILPKCQEIISGSQKKKGPLSFLFKGIVLSTSECCQQPHDATLTGTPCLQFYFDIGGKIPG
ESLDRLIHIMANVVCPMLLETIIKGDSRVDSANIIWVEPTNSSSVRDRRPLKGELAIEIF
VGRSYARQNGDAWRTVLDACLPVMHLIDTRRSVPYGIKQVEDLLGISCSFEQSVQRLSAS
IKMVAKGVLKEHLILVANSMTCTGSLLGFNNSGFKKLLRSLNVQMPFTEATLFTPIKCFE
RAAQKCHTDTLTSIVSSCLWGKHVAVGTGSCFKVFWDKQQVKANQDVEKDVYDFLELVQT
ASAEKEVDVDDLMYESEYEFCASPVSGIHIGKETYNDGNDSLFHSEILVQEREDGNKLNW
ESGSESSMKPNSWQGWESKKKPDKLDSQSSLKKDGAWSGWDIGNEKESTKYGSQTPEVQQ
GWGGSSKPPSVDTGNSERVDNGKQWNENSEANGAWPSSGWGLASESNVSKTWNSSNKPAW
NSDMTSKAARGNGHNAEKANFGRSSESNDWNENRVANHRERDWNLTDASKSCSSSKPVWN
TDGLSKGGAWSSFKHENIRSERSFQSDKWNENNNATDHGDSAWGSTGESESWKSPAKTIL
DTDGTSKAGAWDSPKTEMVSFGRSSELNNWNEKGATDNGDSSWGYRGRGSTDAACSNWKS
TCNTHNNDARANVESSNVEKLDETKAADNGNSGWKSRGWGSTDGRRTWKNSSARTGIKSD
EQRGRNAIGSSNMKRNAELLTHEEEQILFEVEPVFCSAKKILHDASVGQPLSTEHQQVIK
EQVFEYHPDKDGKLSGGQIDHIMVDKHETFTDSKCFFVVSTDGSRSDFSYIKCLMNLIKQ
KFPEHGASFNSKYFRKRSSAPTDSTQQ
NT seq 5484 nt   +upstreamnt  +downstreamnt
atggaagaggatatcaactcttttgtctcaagtggcgtggtttctagcataagttttagc
ctagcttcatttgatgaagtaagcaaatattctattaataattgcccaatatcacatcca
agccagttgggaaacccttttcttggtttgccacttgaatcagggaggtgtgaatcatgt
gggactgttgagactgaaaaatgtgaagggcattttggttatgttgagttccccatacct
atttatcatccctcccacattagtgagctgaagaacattttgaccctgctttgtttaagg
tgcctgagagtaaagaagggaaagattaaatgtgaaacaggaaaagagaagatctccatt
gcatcttgtacatattgtcgggagattcaaccagtttcagttatcgaagttaacaaaact
gatggagcggttgggttggaattaagagttaccacaccaaataggctccgagaaggttat
tggaatttcttagataggtttggatttcaccatagtgaaaatggatttcaaagtcttcat
ccacttgaggttattcgtatttttaatgagataccagaagaaactaggagaaggctatct
gcaaagggattctttccccatactggtttcatcattcaatattttcctgttcctccgaac
tgcttatccttgccgcaaatttcagatggcaagataattatgtcatcggacaattcaaaa
aatttacttcgaagaattttcactagcatcgagaaaataaagactaatcattcttcttgt
attgaaactccagaaagtgacttgagtagcctgcaggtagcagttgcacggtatttgagt
ctcaggggtgttgcgaaggtacctcatgacataaatgggaagttaaagattagcgtggca
gctgaaaatccttcgaagcaatggcttgataagatgagaacgttatttatcagtaaagga
tctggcttttcttctcgaagtgtaatcactggtgatccttatatagggattgatgttatt
ggcttaccatctgaaattgctaaaaaggttacctttgaggagagagtgtctgtctataac
ttggagcgcttgcagaagatggtaaataataggttatgtgtggcttatacagatggggag
acgaagttctctatagaaactagtgctgaaggacatgtaaagctaaaagttggtcaaatt
gtgtgtcgcagaataatggatggtgatgtggttttccttaatcgtcctcctagtacacac
aaacactctgtccaagctttttacgtgtcacttcatgatgagaatgttgtgaaaatcaat
ccattggtctgttctcctattggagctgactttgatggtgattgtgtgcatatattttat
ccgcagtcacttgctgcaaaagccgaagctattgagttatttagtgttgaaaaacaactt
ctgagctctcataatgatttgctaaatatgcagtttgttcaggactcgttgttgtccctg
aggctgatatccaatgcctgttttctgacaaaaatgacagcacaacagttatcaatgttt
gttccccgtggcttgccatcacctgcttttgtcaaggctcataatcatggcccattttgg
actatttttcaggtgttacaatgtgcatttcctgcctctcttgattgttctggtgacagg
cattccatcagtggtagtgaaatactacatgttgattttaaaaaggacatgatccatgca
tcgctggttgatatggtttcttctgttttgtcatttaaaggttccaaagaggggcttgtg
tttttgaacactgtgcagcctctgcttatggagatgttaaatgtacaaggattcagtatc
aatttgcaggattttgatgtcccaaaggatattcttgaagatattcatttcaaattgcaa
gagatatcttgtttgctcagcaaaccccgatcatcttatagagaaggccaggacttgcaa
gttgaggatcttctcaaaattcttaaatttcctatcactgattttattctgaagacttca
tcagttggtactatgattgattcgaagagtgagtcatcaatctttaaagttctgcaacag
ctaggatttttaggccttgaactatttgagagaggaaaattgtactcgaagaccctagtt
caggatgtgttttcatattaccttggaaaacattcgattgatggagttggtgttccatct
gaggcctgtggtctggttaagggttctttctttggtggtttaaatccatatgaagatttt
gtccattctatttgcacaagagaagttattgttcgttcctctagagggctgacagagcca
ggaacattgtttaagaatctaatggcgattcttcgagatgttgtagtttgttatgatggg
actgtgaggaatgtgtgcagaaattttgttattcaatttcagtatagagtgaaggatgat
attgatacttcgattggagagcttgctggtgagccagttggggtgttggctgcaactgca
atatctaatccagcttataaagctgtcttggattcttctctcagtacaaattcatcatgg
gagttgatgaaggaaatattgcttagcaaagtaggttaccaaaatgtaatcaatgatcgg
cgtgtggtactgtatttgaacgactgtctttgtgggaaaaggttttgcaaggaaatggct
gcatttgctgttcaggattgcttgaagaagtttaccttgagggactgtgcttctgaattc
actattgagtacaagaaacaaatagttccttgtgatggtttggatgcagtttccggcctt
gttggtcatattcaccttgataaggggcggttgaaagcatggaatacgagaatagaggaa
attcttccgaagtgtcaagagattatatctggcagtcagaagaagaaaggacctctttcc
tttttgtttaaaggaattgttttgtcaaccagtgaatgttgtcagcagccacatgacgca
actttgactggtaccccatgtttgcagttctactttgatataggtggtaaaatacctggt
gaatctctggatagactaattcacattatggcaaatgttgtctgtcctatgttgttggaa
acaattattaaaggtgattctagagtagattcagctaatatcatttgggtcgaacctaca
aactcttcttccgtgagagataggagaccattgaagggagaattagccattgaaattttt
gttggaagaagttatgctcgacaaaatggtgatgcatggagaactgttttggatgcttgc
ttacctgttatgcacctcattgataccaggcgatctgtaccctatggcatcaagcaagtt
gaggacctccttggcatttcttgtagttttgagcaatcagttcagcgcctatcagcatca
attaagatggttgcgaaaggagtacttaaagagcacctcattcttgttgcaaatagcatg
acatgtacaggaagtcttcttggtttcaataacagcggcttcaagaaacttctccgctcg
ttgaatgttcaaatgccatttactgaagcaactttatttactccaataaaatgttttgag
agagctgctcaaaaatgtcatacagatacgctgactagtatagtttcatcatgtttatgg
ggcaaacatgttgcagttggtactggttcctgcttcaaagttttctgggataaacagcag
gtgaaagctaaccaagatgtagaaaaggatgtttatgatttcctagagttggtgcagaca
gcatctgctgaaaaggaagttgacgttgatgatctcatgtatgagagtgaatatgagttc
tgtgcttctccagtgtcaggcatacacattgggaaagaaacttataatgatggaaatgat
tccctattccattctgaaattttagtacaggagagagaggatgggaataaattaaactgg
gaaagtggttcagagtcctcaatgaaaccaaatagttggcaaggatgggaaagtaagaaa
aagccagataaacttgattcccaatcatctctaaagaaagatggtgcctggtcggggtgg
gatattgggaatgagaaagagtccactaaatatggaagtcaaacacctgaggttcaacaa
ggatggggtggttcaagcaaaccaccctctgtggatactggcaactctgaaagagttgat
aatggtaaacaatggaatgaaaatagtgaagcaaatggtgcttggccatcctccggctgg
ggtttggcaagtgaatccaatgtttccaaaacatggaacagttctaataaacctgcatgg
aacagtgacatgacaagtaaagcagccagagggaatggccacaacgcagaaaaggctaat
tttggaagatcttccgaatcgaatgattggaatgagaatagagtagcaaatcatagagag
agagattggaatttgacagatgcatccaaaagttgcagtagctctaagcctgtctggaat
actgatgggttaagtaaaggtggagcttggagtagttttaagcatgaaaatattaggtct
gaaaggtccttccaatcggataaatggaatgagaataataatgccacagatcatggagat
agtgcttggggttcaactggtgaatctgaaagttggaaaagtcctgctaagactatattg
gacactgacgggacaagtaaagctggcgcctgggatagtccaaaaactgaaatggttagt
tttggaagatcctccgaactaaataattggaatgaaaaaggcgcaacagataatggagat
agttcttggggatatcgaggtcgtggctcaactgatgctgcttgcagcaattggaaaagt
acatgcaatacacataacaatgatgcaagagctaatgtcgagtcctcaaatgtggaaaaa
ttggatgagaccaaagctgctgataatggaaatagtggctggaaatctcggggctggggt
tcaacggatgggcgcagaacttggaagaattcttctgcgaggacagggataaaatcagat
gaacaaagaggtaggaatgctattggaagctctaacatgaaaagaaatgccgaattgttg
acgcatgaggaggagcagattctttttgaagtggaacctgtgttctgttctgctaaaaaa
atattgcatgatgcgagtgttggccaacctctatctactgagcaccagcaggttatcaag
gagcaagtttttgagtaccatcctgataaggatggaaaactctctggtggccagattgat
cacattatggttgataagcacgagactttcacggacagcaagtgcttttttgttgtttca
accgatgggtcgaggtctgacttctcgtacatcaagtgcttgatgaatctgattaaacag
aaattccccgagcatggtgcgtccttcaacagtaaatattttaggaagcgatcctctgct
cctacagattctacacagcaatag

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (17)   

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