KEGG   Chlorobium chlorochromatii: Cag_0703
Entry
Cag_0703          CDS       T00290                                 
Name
(GenBank) ribonucleotide reductase family protein
  KO
K00525  ribonucleoside-diphosphate reductase alpha chain [EC:1.17.4.1]
Organism
cch  Chlorobium chlorochromatii
Pathway
cch00230  Purine metabolism
cch00240  Pyrimidine metabolism
cch01100  Metabolic pathways
cch01232  Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:cch00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    Cag_0703
   00240 Pyrimidine metabolism
    Cag_0703
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:cch03400]
    Cag_0703
Enzymes [BR:cch01000]
 1. Oxidoreductases
  1.17  Acting on CH or CH2 groups
   1.17.4  With a disulfide as acceptor
    1.17.4.1  ribonucleoside-diphosphate reductase
     Cag_0703
DNA repair and recombination proteins [BR:cch03400]
 Prokaryotic type
  Other factors with a suspected DNA repair function
   Modulation of nucleotide pools
    Cag_0703
SSDB
Motif
Pfam: Ribonuc_red_lgC Ribonuc_red_2_N LAGLIDADG_3 Intein_splicing TACO1_YebC_N LAGLIDADG_WhiA
Other DBs
NCBI-ProteinID: ABB27974
UniProt: Q3ASQ1
Position
975458..979999
AA seq 1513 aa
MKIERLFTQAGNNVFDAFEYSLRSSVLRNTDGSVVFEMNDIEVPVQWSQVATDILAQKYF
RKTGVQQRDAEGNVLLDSEGNPLLGSERSLKQVVHRLAGCWREWGEKHGYFDTPDDAQAF
YDEVAFMILAQMGAPNSPQWFNTGLNFAYGTTGPAQGHFYVDPATGEVTESGDAYSRPQA
HACFIQSVNDDLVNDGGIFDLAIREARVFKFGSGSGTNYSSLRSSGEKLSGGGSSSGLMS
FLKIFDSAAGAIKSGGTTRRAAKMVIVDIDHPDVEKFIEWKAKEEDKVASLVAGSRICSR
FLQAIVEEALANGADRKTNPRLQQLIQNALSRGVPMSYVIRVLALVEQGYTSLDFNEYDT
HYESEAYQTVGGQNSNNTVRVTNAFMLAVANDEVWELRQRTTGKVSRVVKARELWEKILL
SAWKCADPGLQFDTTINEWHTCPQSGRINASNPCVTADTLIATDRGLERIGNIVGESRGI
KSIDGKLHWVENIFPTGTKPVYQLRTKSGYQLKLTGDHVVFTENRGDVKACELRKDDMVR
LVGAPFGKETTGSTDIAQLIGLLTGDGCITTANEIAASGEQRRTAFLTVSKAEQEIAEWA
NQFINTLRPELGEHNKSGSVTETATTARVAVGSPRILKQFEAFAVLDKGSVHKLFTDKVF
QLAQSEQAALLRGLFTADGTVANYSDKSQYIALDATSLELLQQVQLLLFNFGIKSKIYEN
RRVGELVSLLPDGKGGIKEYPVQQMHSLRISRSSRILFEQQIGFMAESKKYEALAELNRT
VSTYRDSAYDAVASLTYSGEEAVFDLTEPETDHFIANGIGVHNCSEYMFLDDTACNLASL
NLIHFVDEASGTIKINELRHAASLWTVVLEISVLMAHFPSQTIARLSYDFRTLGLGFANL
GTVLMVLGIPYDSAEALAMAGAIASLMTGQAYVTSAEMARDLGTFKRYSDNANDMLRVMR
NHRRAAQNAATTDYEGLSVIPHGINAAHCQTALAEAAGAVWNEVLQKGEAHGFRNAQVSV
IAPTGTIGLVMDCDTTGIEPEFAIVKFKKLAGGGYFKIVNQSVHKALLRLGYSAEQIEDI
ERYCKGHGTLEGCPAINGEWLKCKGFTEEKIAAVESQLATVFDIRFAFNKWILGEEFCAS
LGFSEEQLDNPDFDMLLELGATTAEAAAANDYICGTMMIEGAPHLQPEHLAVFDCASKCG
KKGKRYIRHQAHINMMAAVQPFISGAISKTVNMPATATTAEIGNVYRDAWQQMVKAVTIY
RDGSKLSQPLNSSSYNDLDEVIMLGTEETLDETKGPQEVQERIIERVYYRSERRMLPKRR
KGYIREAYVGGHKVFLRTGEYDDGTLGEIFIDMYKEGASFKGLLNCFAVLASKALQYGMP
LEELVDSFTFTRFDPAGTVQGHNVIKNSTSILDYVFRSIGYDYLGRKDFVHVKAVDEVPE
GTLVPAEQKKASHHSAANHSTDGAGVVSNKSQIYQAKVQGYTGEQCENCGSMHVKQNGTC
KVCEDCGMTTGCS
NT seq 4542 nt   +upstreamnt  +downstreamnt
atgaaaatagagcgcctttttacccaagcaggcaacaatgtatttgatgcttttgagtat
tcacttcgcagttccgtcctccgcaataccgatggttcggtggtttttgaaatgaatgat
attgaggtgcctgtgcagtggtcgcaggtggctaccgatattttagcgcaaaagtatttc
cgcaaaacgggggtgcagcagcgtgatgctgagggtaacgtgctgcttgatagtgagggc
aatcccttgcttggtagtgagcgttcgctcaagcaggtggtgcatcgcttagcggggtgc
tggcgtgagtggggtgaaaagcatggttattttgatacgcctgatgatgcgcaagccttt
tacgatgaggttgcgtttatgattcttgcacaaatgggggcgccaaattcgccgcagtgg
tttaatacgggtttgaattttgcgtatggcactacgggtccagcgcaagggcatttttat
gttgatcctgcaacgggtgaggtaacagagtcgggcgatgcctactcgcgtcctcaagcg
catgcctgctttattcaatcggtaaatgacgatttggtaaacgatggtggcatttttgat
cttgctattcgagaagcgcgtgtttttaagtttggtagtggctcggggacgaactattca
agcttgcgttcaagtggcgaaaagctgagtggtggcggcagttcatcggggttaatgagc
tttttaaagatttttgattcagccgcaggagctattaagtcgggcggcacgacgcgccgt
gctgctaaaatggtgattgtggatattgaccatcccgatgttgaaaagtttattgagtgg
aaggcgaaggaggaggataaggttgcctcgttggtggcaggttcgcgcatttgttcacgc
tttttgcaagccattgtagaagaggcacttgcgaatggggctgaccgcaaaacgaatcct
cggttgcaacagcttattcaaaatgcgctgagccgtggtgtgcctatgagctatgtgatt
cgtgtgttggcgttggttgagcaaggttacacgtcgctggattttaatgagtacgatacg
cactacgaatcggaagcatatcaaaccgttggagggcaaaattccaacaacacggtgcgc
gttaccaatgcgtttatgcttgctgtggcgaatgacgaggtgtgggaactgcgccagcgc
acaacgggcaaggtgagtcgtgtggtaaaggcgcgtgagttatgggagaaaattctactc
agtgcatggaagtgtgccgatcctgggttgcagttcgataccaccattaacgagtggcac
acctgcccacaaagcggacgcattaacgcaagtaacccgtgtgttactgccgacaccctt
attgccaccgatcgagggcttgaacgcattggcaatatcgttggagaatcgcgaggcatt
aaaagcattgatggaaaattacattgggttgaaaatattttccctacgggcacgaaacct
gtttatcaacttcgcaccaaaagcggctatcaattaaaacttacgggcgaccatgtcgtc
tttaccgaaaatcgtggcgatgtaaaagcgtgcgaattacgcaaagatgatatggttcgt
cttgttggcgcaccatttggtaaagaaacaacgggttcaaccgatatagcacaactcatt
gggctactcacgggcgacggctgcattaccactgcaaacgaaattgccgcatcaggagag
caacgtcgtaccgcctttctcactgttagtaaagcggaacaagagattgcggagtgggca
aaccaatttatcaatacgctgcgtcctgaattaggcgaacacaacaaatcgggttcagta
accgaaacagctacaacggcacgcgttgcggttggtagcccaagaatcctcaaacaattc
gaggcgtttgcagtattggataaaggcagtgtgcataagttgttcaccgataaggtgttc
cagcttgctcaatcagaacaagctgcactgttacgtggtctgtttactgccgatggaacg
gttgctaattattccgataaatcacaatacatcgcacttgatgcaacttcactcgaactg
cttcagcaggtgcaactgcttctttttaattttgggattaaatcgaaaatctatgaaaat
agaagagtcggtgaacttgtatcgttgcttcccgatggtaaaggtggaataaaagaatac
cctgttcaacaaatgcacagcttacgtattagccgtagctcacgcattctttttgagcag
cagattggttttatggcggaaagcaaaaaatatgaggcattagctgagttaaatcgcacc
gtttcaacctatcgtgatagtgcttacgatgcggttgcatcgcttacctatagtggcgag
gaagcggtttttgatctcaccgaaccagaaactgatcactttattgccaatggtattggg
gtgcacaactgtagcgagtacatgtttttggacgacaccgcatgtaaccttgccagctta
aacctcatccactttgttgatgaagcaagcggcaccattaaaattaatgagttgcgccat
gccgccagtctttggacggtagtgcttgaaatttcggtgctgatggcgcacttcccatcg
caaacaattgcacgccttagctacgacttccgcacgcttgggcttggctttgcgaatctt
ggcacggtgctgatggtacttggcattccttacgattcagccgaagcgcttgcaatggca
ggcgcaattgcgtcgttgatgacaggtcaagcttacgttacctccgccgaaatggcgcgc
gaccttggcacctttaagcgctacagcgacaatgcgaacgatatgcttcgtgtgatgcgt
aaccatcgtcgggcggcacaaaatgccgcaactactgattacgaagggctgtcggtaatt
cctcatggtattaatgctgcccactgccaaacggcgttagccgaagcggcgggcgctgta
tggaatgaggtgttgcaaaaaggcgaagcgcatggctttcgcaacgctcaagtaagcgtt
attgcacctacgggcaccattggtttggtgatggattgcgacaccacaggcattgagcct
gaatttgccattgtgaagtttaaaaaacttgcaggtggcggctatttcaaaattgtgaat
caatcggtacacaaagcgttgctgcgacttggctacagtgctgagcaaattgaggatatt
gaacgctactgcaaagggcacggcacgctggaaggatgcccagcaattaatggtgaatgg
ctgaaatgcaaaggctttactgaggagaaaattgccgctgttgaatcacaacttgccacc
gtcttcgatattcgctttgcttttaacaaatggattcttggcgaagagttttgcgccagc
ttaggcttttcagaggagcagctcgacaaccccgacttcgacatgcttttagagcttgga
gccaccaccgccgaagccgctgcggctaacgactacatttgcggcaccatgatgattgaa
ggcgctccccatcttcagcccgaacatcttgccgtttttgattgcgccagcaaatgcggc
aaaaaaggcaaacgctacattcgccatcaagcacacattaacatgatggctgccgtgcaa
ccctttatttcaggtgctatttctaaaacggtgaacatgccggctactgccaccactgcc
gaaattggcaacgtttatcgcgacgcatggcagcaaatggtaaaagctgtaaccatttat
cgcgatggctcaaagctttctcaaccgctgaacagttcaagctacaacgaccttgacgaa
gttattatgcttggcaccgaagagacgcttgatgaaaccaaaggtccacaagaggtgcaa
gagcgcattattgagcgcgtctattaccgctccgaacgccgcatgttgccaaagcgccgc
aaagggtacattcgcgaagcttacgttggcgggcacaaagtctttctccgcaccggtgag
tatgatgatggtacgctgggtgaaatttttattgatatgtataaggagggagcctccttt
aaagggttgctcaactgttttgccgtgcttgcttccaaagcgctccaatacggtatgccg
cttgaggagttggttgatagcttcacctttacccgctttgatccggcaggaacggtgcag
gggcataacgtcattaaaaactccacatcaattctcgactacgtcttccgctccataggc
tacgattaccttggacgcaaagattttgtacatgtaaaagccgttgatgaagtgcctgaa
gggacgttggtgccagccgagcagaaaaaagcaagccaccactctgccgcaaaccatagc
acggatggcgcaggtgtagtgagcaataaaagccaaatttatcaagcgaaagtgcaaggc
tacacgggtgagcaatgcgaaaattgcggctccatgcacgttaagcaaaacgggacgtgc
aaagtgtgcgaagattgcggtatgacaacgggatgttcttaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (4)   
   KEGG MODULE (2)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (58)   

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