KEGG   Aspergillus clavatus: ACLA_021560
Entry
ACLA_021560       CDS       T01148                                 
Name
(RefSeq) DNA-directed RNA polymerase I subunit (Rpa190), putative
  KO
K02999  DNA-directed RNA polymerase I subunit RPA1 [EC:2.7.7.6]
Organism
act  Aspergillus clavatus
Pathway
act03020  RNA polymerase
Brite
KEGG Orthology (KO) [BR:act00001]
 09120 Genetic Information Processing
  09121 Transcription
   03020 RNA polymerase
    ACLA_021560
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:act03021]
    ACLA_021560
Enzymes [BR:act01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.6  DNA-directed RNA polymerase
     ACLA_021560
Transcription machinery [BR:act03021]
 Eukaryotic type
  RNA polymerase I system
   RNA polymerase I
    Core subunits
     ACLA_021560
SSDB
Motif
Pfam: RNA_pol_Rpb1_5 RNA_pol_Rpb1_2 RNA_pol_Rpb1_3 RNA_pol_Rpb1_1 RNA_pol_Rpb1_4
Other DBs
NCBI-GeneID: 4701089
NCBI-ProteinID: XP_001268868
UniProt: A1CP71
AA seq 1734 aa
MNIRAVAHGRKSSWGQLFRSIKTDQTRLLISPGQQPKNSHCLRFLSLKELQGIMATFARP
VASSIAGIDFGVYSDEDIKGISVKRIHNTPTLDSFNNPVPGGLYDPALGAWGDHVCATCR
QNAWSCTGHPGHIELPVHVYNVTFFDQLFRLLRAQCVYCHRFQMPRVQVNAYVCKLRLLQ
YGLVDEVGVIESMGTGSGSKKKAAKDADDSGSEDEDDEDLVARRNAYVKKVIREAHAAGR
LNDILSGAKNPMATEQRRDLVKQFFKDLVAIKKCSSCSGISPAYRRDRSSKIFRKPLPEK
SRLAMVQAGFQAPNSLILLQQAKKLNMKEKEAMANGVSDSASATSETHGAEEEVARGNAV
VAMAENKDQADGDGGQYMPSPEVHAAIILLFEKEKDILNLIYNSRPLPKKESQVSANMFF
IKNILVPPNKYRPAAPQGPGEIMEAQQNTPLTQILKNCDIINQISKERQNAGADSVTRMR
DYRDLLHAIVQLQDTVNSLIDSERGASGASAGQAANGIKQILEKKEGLFRKNMMGKRVNF
AARSVISPDPNIETNEIGVPLVFAKKLTYPEPVTNHNFWEMKQAVINGPDKYPGATAIEN
ELGQVTNLKFKSLDERTALANQLLAPSNWRMKGSRNKKVYRHLTTGDVVLMNRQPTLHKP
SIMGHKARVLANERVIRMHYANCNTYNADFDGDEMNMHFPQNELARAEAMMLADADHQYL
VATSGKPLRGLIQDHISMGTWFTCRDTFFNEEDYYELLYSCLRPENSHTITERIQLVEPT
VLKPTRLWTGKQVITTILKNIMPPGRAGLNLKSKSSTPGDRWGEGNEEGSVIFKDGEMLC
GILDKKQIGPTAGGLVDAIHEIYGHTIAGRLISILGRLLTRYLNMRAFTCGIDDLRLTKE
GDQVRKQIISQAASAGRDVALKYVTLDQTTVPDQDTELRRRLEDVLRDDDKQSGLDSVSN
AQMAKLSTEITKACLPKGLAKPFPWNQMQSMTISGAKGSGVNANLISCNLGQQVLEGRRV
PVMISGKTLPSFRAFDTHPMAGGFVCGRFLTGIKPQEYYFHAMAGREGLIDTAVKTSRSG
YLQRCLIKGMEGLRAEYDTSVRESSDGSIIQFLYGEDGLDITKQVHLKDFDFLTSNYVSI
MSSVNLTSDFHSLEKEEVTNWHKDAMKKVRKSGKVDAMDPVLSRYHPGGNLGSTSEAFSQ
ALKKYEDINPDKLLRDKKKQIDGLISKKAFNTLMNMKYLKSVVDPGEAVGIVAGQSIGEP
STQMTLNTFHLAGHSAKNVTLGIPRLREIVMTASAHIMTPTMTLILNEELSKEDSERFAK
AISKLSIAEVVDKVQVKERISSTGSRSKVYDIDITFFPVEEYTKEYAITTKDVQSTLQNK
FIPKLVKLTRGELKKRNDEKTLKSFSTAQPDIGVSVGVVDEGPRGPDREAEPMEDDVEDD
EDDAKRARSGQNRSNQVSYEGPEDEEVAMVREQDDEEEDEDEEEQTGNRHESSDVEMEDA
SDDEAEDHTKDTKLREEDIKGKYGEVTQFKFNPKKGTTCTVQLQYDISTPKLLLLPLVEE
AARSAVIQSIPGLGNCTYVEANPLKGEPAHVITEGVNLLAMRDYQDIIKPHSLYTNSIHH
MLTLYGVEAARASIVREMSDVFEGHSISVDNRHLNLIGDVMTQSGGFRAFNRNGLVKDSS
SPLAKMSFETTVGFLKDAVIERDFDNLKSPSSRIVVGRAGMVGTGAFDVLAPVA
NT seq 5205 nt   +upstreamnt  +downstreamnt
atgaacataagggcggtggcacacggcagaaaaagttcttggggtcaactttttcgcagc
atcaagaccgaccaaacccgccttttaatttctccaggccagcagccaaagaattcgcac
tgcttgcgatttctgtcgctcaaggagctgcagggaatcatggcgacttttgcacggccc
gtggcctcatcaatcgcggggatcgattttggagtctattcagatgaagatatcaaaggc
atctcagtaaagagaatccataatactccgaccttggattccttcaacaatcccgttcct
ggcggtttatacgatccagctctgggtgcttggggtgatcatgtctgtgccacttgtcgc
cagaacgcctggtcttgcacaggccatcccggacacattgagcttcccgttcatgtttac
aacgttaccttctttgaccaactatttcgcttactccgggcgcaatgtgtctactgccat
cggtttcaaatgccacgggttcaagtcaatgcctatgtctgcaaacttcgacttttgcaa
tacggattggtcgacgaagtcggtgttatagagtctatgggaaccggctctggaagcaag
aagaaggcggcgaaggatgcagacgattctggcagtgaggacgaggatgacgaggatctc
gtcgctcgcagaaacgcatacgtcaagaaagtgattcgggaagcgcacgcggccggcaga
ttgaatgacatcctatctggtgcgaagaatccgatggcaacggaacagaggcgagactta
gtcaagcagttcttcaaggatctcgtcgctatcaaaaaatgcagcagttgcagcggtatt
tcaccagcttaccggagagatcgttcctcaaagattttccgaaagccattgcccgaaaag
tcccggctggccatggtacaagccggattccaagcacctaactccttaatccttctccag
caggccaagaaactgaacatgaaggagaaagaggcaatggccaatggcgtctctgattca
gccagcgccacatcggaaacacatggagcggaggaagaggtggcccgtggtaatgccgtt
gttgcaatggctgaaaacaaagaccaagcagatggcgatggtggacaatacatgccgtcc
cctgaggtacacgctgcgataattctgctcttcgagaaggagaaagacattttgaacctg
atctacaattctcggcctctgccgaagaaagagtcccaggtcagcgcaaacatgttcttc
atcaaaaatattctggtaccaccgaacaaataccgacctgcggcccctcaagggccgggt
gagatcatggaggcacagcaaaacacgcctttgacccaaatcctcaagaactgtgacatt
atcaatcaaatcagcaaagaaagacaaaatgcaggtgctgattctgtcactcggatgcgg
gattatcgtgatcttctacatgcgatagttcagctacaagacactgtcaatagcctgatt
gatagtgagagaggcgcttctggcgcgtcagcaggccaggccgccaacggtatcaagcaa
atcctggaaaagaaggagggtttgttcagaaagaacatgatgggcaagcgtgtcaacttc
gcagctcgaagtgtcatctctcccgaccccaacattgaaacgaatgagattggtgttccc
ctggtctttgcgaagaagctcacgtatcccgagcctgtgaccaaccacaacttctgggag
atgaaacaagcagtcatcaatggaccggacaagtatcccggtgccacggcaattgagaac
gaattgggccaagttaccaacctcaaatttaagagtcttgacgagcgtaccgcgttggcc
aaccagttgctcgccccgtcgaactggcggatgaagggctcacgtaacaagaaggtctac
cgacatcttacgacaggtgatgttgtcttgatgaaccggcaacctacacttcacaaacca
tctatcatgggccataaagctcgtgttttggcaaatgagagagttattcgaatgcactat
gctaactgcaacacctacaacgccgatttcgatggtgacgagatgaacatgcacttcccc
cagaatgaactcgctcgtgccgaagctatgatgcttgctgatgccgatcaccaatatctt
gtcgcgacatctggtaagcccttgagaggtctgattcaggatcatatttccatgggaaca
tggtttacgtgtcgtgatactttcttcaacgaggaagattattatgagctgctgtatagc
tgtcttagaccggagaactctcacactattacggagcggattcaactcgtagagcctact
gtgctgaagccaactcgtctctggacaggaaagcaagtgatcacaacgattctgaagaac
atcatgcctccaggcagagccggactcaacctgaagagcaagtcgtcaactcccggagat
cgatggggcgaaggtaatgaagagggcagcgtcattttcaaggatggtgaaatgctatgt
ggtatcctcgataagaaacaaatcggtcctactgctggcggtctcgtcgacgcgattcac
gagatctatggtcacacgattgcaggaaggttgatcagtatcctcggaagacttctgacc
agatatctgaacatgcgtgcctttacttgcggtattgatgatctccgcctgaccaaagaa
ggtgaccaggtacgcaagcagatcattagccaagccgccagcgctggacgggacgttgct
ctcaagtacgttaccctcgatcaaaccacagttcctgaccaagacaccgaacttcgacga
cgattggaagatgtacttcgtgacgatgataaacagagtgggttggatagcgtctcgaac
gctcagatggcgaaactgtctaccgagatcactaaggcttgcctcccgaagggcctagcc
aaacctttcccctggaatcagatgcagtctatgacaatctctggggccaagggttcaggc
gtcaatgcaaacctgatttcttgcaatttgggacagcaggttttggaaggtcgacgtgta
cctgtcatgatcagcggtaaaactctaccgtccttcagggcctttgatacccatcccatg
gctggtggtttcgtctgtggtcgtttcttgaccggaattaaacctcaggagtactacttc
cacgccatggctggtcgtgaaggtcttatcgatactgctgtcaagacatctagatctggt
tacctccagcgttgtttgatcaagggtatggaaggtcttagagctgaatacgacacctct
gtgcgtgagtcttcggatggttctatcattcaattcttgtacggagaggatggtctcgat
atcacaaagcaggtccacttgaaggatttcgacttcctcacttcgaactacgtctctatc
atgtcgtctgtcaacctgacgagcgatttccacagccttgagaaggaagaggtcacgaac
tggcacaaggatgctatgaagaaggtccgcaaatctggcaaggttgatgccatggatcca
gtgctttcgcgttatcaccctggcggtaaccttggtagtacatcggaggccttctcacag
gcgctcaagaagtacgaggacatcaacccggacaagcttcttcgagataagaagaagcaa
atcgacggtctaattagcaagaaggcgttcaacaccttgatgaacatgaagtaccttaaa
tctgtcgtcgaccctggtgaagcagtcggaattgttgctggccagtcaatcggagaaccg
tccacccaaatgactctgaacaccttccatttggctggtcactctgcgaagaacgtgacg
ctgggtatcccacgtttgcgtgaaattgtcatgactgcaagcgctcatatcatgacccct
acgatgacgttgatattgaacgaggagttgtcgaaagaggattctgagcggtttgccaag
gctataagtaaactgagcattgctgaggtcgtcgacaaggtccaagtcaaggaaagaatc
tcttcaaccggttcaaggtcgaaggtatacgacattgatattaccttcttcccggtcgag
gagtataccaaggagtatgccatcaccaccaaggatgtacagagcactctgcagaacaag
ttcatcccgaagcttgtgaagcttactagaggcgagttgaagaaacgaaatgacgagaag
acattgaagagcttctcgactgctcagcctgacattggtgtttcggtgggcgttgtagac
gaaggcccgaggggaccagaccgtgaggccgagcctatggaggacgatgttgaagatgat
gaagatgatgccaagcgggcccggagcggccagaaccggtcgaaccaggtttcgtacgaa
gggcccgaggatgaagaagtcgccatggtcagagagcaagatgatgaggaagaggatgag
gacgaggaagagcaaacgggtaatcgccatgagtcttctgacgtcgagatggaggatgct
tctgatgatgaagcggaagaccacaccaaagacaccaagttgcgcgaggaggatatcaag
ggcaagtacggcgaggttacacagttcaagttcaaccccaagaagggcacaacctgtacc
gtgcaactgcagtacgacatctccactcccaagctcctcctcctgcccttggttgaagag
gctgctcgcagcgctgtcatccagtccatccccggcttgggtaactgcacgtacgtggag
gcgaacccactcaagggcgagcctgcacatgtcatcactgagggtgtcaatcttctcgcc
atgcgcgactaccaggacatcatcaagcctcactcgctctacaccaactcgattcaccac
atgctcacactgtatggtgttgaggctgcgcgcgcatccatcgtccgcgaaatgtccgac
gttttcgagggtcacagtatctccgtcgacaaccgtcatctgaacctgatcggtgacgtg
atgacccagtctggtggcttccgcgccttcaaccgcaacggtcttgtcaaggacagctcg
tcacccttggcaaagatgagttttgagaccaccgttggtttcctgaaggatgctgtgatt
gagagggactttgacaacctcaagagtcccagtagcagaatcgtggtgggtcgtgctgga
atggtcggcacgggtgcattcgacgtccttgctcccgtggcataa

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (18)   

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