KEGG   Phalaenopsis equestris: 110018354
Entry
110018354         CDS       T05601                                 
Name
(RefSeq) LOW QUALITY PROTEIN: DNA-directed RNA polymerase 2, chloroplastic/mitochondrial
  KO
K10908  DNA-directed RNA polymerase, mitochondrial [EC:2.7.7.6]
Organism
peq  Phalaenopsis equestris
Brite
KEGG Orthology (KO) [BR:peq00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03029 Mitochondrial biogenesis [BR:peq03029]
    110018354
Enzymes [BR:peq01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.6  DNA-directed RNA polymerase
     110018354
Mitochondrial biogenesis [BR:peq03029]
 Mitochondrial DNA transcription, translation, and replication factors
  Mitochondrial transcription and translation factors
   Mitochondrial RNA polymerase
    110018354
SSDB
Motif
Pfam: RNA_pol RPOL_N
Other DBs
NCBI-GeneID: 110018354
NCBI-ProteinID: XP_020571301
Position
Unknown
AA seq 968 aa
MWLIFAARASHSSRNLLSSSSRCISSFLGVTRDSAPYIKKSILDLKSSIPCQRVNSLSFT
FDDLKCPTSKLPCFIRRFASVAEEVVSTDVDEEAEACVEVKTIESSEEIARKKQAALLSA
RKFHRLRRRQIKLETEAWEQAAKEYRELLEEMCKKKLAPNLPYVKSLFLGWFEPLRDKIA
EEQEVCKDVHCRTPYAPCFNLLPAXXXXPADMMAVITMHKMMGLMMTGDGSGSIMVVTAA
CKIGEALEQEAKIQKLLEKTRKKSRKEKAKEGIEDDNLTKEQEYLRKKVTNLIKRQKLPL
VRKIAKEQDSSRPWGLDLQAKVGSRLVQLLIETAYIQPPATQSPDGHTDVRPAFRHSLKN
FRREQKKLCRRYGVIECDPLIHQGLDRTARHMVIPYLPMLVPPVIWSGYDKGAHLFLPSY
IMRTHGCKQQREAFKRTPRDQLQPIFQALNTLGNTKWRINKDVLNVIDRIWSSGGRLADL
VDRENIPLPDKPETEDDAEIKRWKWLLHSAKKKNTEMHSQRCDVELKLSVARRMKEEEGF
YYPHNLDFRGRAYPMHPYLNHLGSDLCRGILEFAEGRPLGNSGLRWLKIHLANLYAGGVD
KLSLDGRISFTENHLEDVFDSADRPLEGRRWWLGAEDPFQCLAVCKHLAQALRSRAPEST
ISHLPIHQDGSCNGLQHYAALGRDKLGATSVNLVNGEKPADVYSEIAARVLEIMLRDSNK
DPAADPNALHARLLVGQVDRKMVKQTVMTSVYGVTYIGAREQIKRRLKERGLIADDTQLF
RASCYAARITLTALGEMFEAARAIMTWLGDCAKLIASENQTVRWITPLGLPVVQPYQKIG
RHIVKTSLQVLSLQQGTEKVMVKRQRTAFPPNFVHSLDGSHMMMTAVACKKAGLNFAGVH
DSYWTHACDVDEMNRLLREKFVELYEIPILENLLEGFHRSFPSLSFPPLPERGDFNIKDV
LDSTYFFN
NT seq 2907 nt   +upstreamnt  +downstreamnt
atgtggttgatctttgctgctcgagcttcacactcctcccgaaacctattaagttcttcc
tcccgctgcatctcaagctttcttggtgtcacccgagactcagccccttacattaaaaaa
tcgatattggacctcaaatcctctatcccttgtcaaagagttaattctttgtcttttaca
tttgatgatctgaagtgtccaacttcaaaacttccttgcttcattaggcggtttgctagt
gtcgccgaggaagttgtttccacggacgtcgacgaagaagccgaagcctgtgtagaagtg
aaaacaattgagagttcagaagaaattgcacggaaaaagcaggctgctttattgagtgcg
cgtaagttccataggcttcgtcgcagacagattaagctggaaacggaggcttgggagcaa
gctgcgaaggagtacagggagctgttggaggagatgtgcaagaagaagcttgccccaaat
ttgccgtatgtgaaatccttgttcttgggatggtttgaacctttgagggataagattgct
gaagagcaagaggtgtgcaaggatgtacattgtcgcacaccctatgctccttgttttaat
cttcttcctgctgnnnnnnnnnnncctgctgatatgatggctgtcatcacaatgcataag
atgatgggtttaatgatgactggagatggaagtgggagtattatggttgttactgctgcg
tgtaagattggggaggcacttgagcaggaagctaagatccagaaacttttggagaaaact
agaaaaaagagtagaaaggagaaggcaaaggaaggcatagaagatgataacttaactaaa
gagcaagaatatctgaggaaaaaggttacaaatttgattaaaaggcaaaaactgccctta
gtaaggaagatagctaaggaacaggacagctctaggccttggggcctggatcttcaggcc
aaggtgggaagtagattggtccaattgcttatagagacagcttacatacaacctcctgct
actcaatcacctgatggacatacagatgttcgtcctgcatttagacactcgcttaaaaat
ttcagaagggagcaaaagaagttatgtagaagatatggggttattgaatgtgatccatta
attcatcaaggacttgacagaactgcaagacacatggtgatcccttatttgccaatgctg
gttcctccagtaatttggtcaggttatgataaaggcgcacatttgtttttgccatcatac
atcatgagaactcatggatgcaaacaacaacgtgaagcatttaaaaggactccaagagat
cagctgcaaccaatttttcaggccttgaatacacttggcaataccaaatggaggatcaac
aaagacgtccttaatgttattgacagaatatggtctagcggaggccgccttgctgatttg
gttgatcgtgaaaatatcccacttccagacaagcccgagacagaagatgatgctgaaatt
aaaaggtggaagtggttacttcactcagcaaaaaagaagaatactgaaatgcattctcaa
cggtgtgatgtggaacttaaactttctgttgctagaaggatgaaagaggaggagggcttc
tactacccccataaccttgattttagaggccgtgcatatccaatgcacccatatttaaat
catcttggctctgatttgtgtcgaggaattcttgagtttgcggagggacgccctctcgga
aattcagggctgcgatggttaaagatacatctggcaaatttatatgctggtggtgtggac
aaattgtcacttgatgggcgcatatcatttactgaaaatcacttggaggatgtttttgat
tctgctgacaggccacttgaaggtagaagatggtggttaggagctgaagatccctttcag
tgtctggctgtttgtaagcatcttgctcaagcattaaggagtcgagcaccagagtctaca
atttcacacttacccattcatcaggatggttcctgcaatggtcttcaacattatgcagcc
cttggtagagacaagttaggggctacctcggtgaacttggtcaatggtgagaaacctgca
gatgtctactctgaaatagctgctagagtgctcgaaattatgctgagggattcaaataaa
gatccagctgctgacccaaatgctcttcatgcaagactcctagttggccaggtggacaga
aaaatggtaaagcaaaccgttatgacatcagtatatggtgttacctatattggtgcacgc
gaacagataaagagaaggctgaaggagaggggccttatcgcagatgacactcaattattt
cgagcatcttgctatgcagctagaatcacattaactgcactgggggagatgtttgaagct
gcgcgtgctatcatgacttggcttggggattgtgctaagttgattgcttctgaaaatcag
acggtgagatggatcacccctcttggtttgccagttgttcaaccttaccagaaaataggc
cggcatattgtcaaaacttcacttcaggttttaagcttgcagcagggcactgagaaggtc
atggtaaagcgacaaagaacagctttccccccaaattttgttcattcgcttgatggatct
catatgatgatgactgcagttgcttgcaagaaggcagggctgaattttgcaggagttcat
gattcatattggacgcatgcttgtgatgttgatgaaatgaatagattactccgggagaag
tttgtcgaactctatgagattcccatattggaaaatttgctggagggcttccaccggtca
tttccttccctgagcttcccaccattgccagagcgaggagatttcaacattaaagatgtt
ctggattcaacatacttcttcaactga

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Ontology (3)   
   KEGG BRITE (3)   
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 (2)   
   Pfam (2)   
All databases (13)   

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