KEGG   Thermoanaerobacterium xylanolyticum: Thexy_0288
Entry
Thexy_0288        CDS       T01505                                 
Name
(GenBank) ribonucleoside-diphosphate reductase, adenosylcobalamin-dependent
  KO
K00525  ribonucleoside-diphosphate reductase alpha chain [EC:1.17.4.1]
Organism
txy  Thermoanaerobacterium xylanolyticum
Pathway
txy00230  Purine metabolism
txy00240  Pyrimidine metabolism
txy01100  Metabolic pathways
txy01232  Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:txy00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    Thexy_0288
   00240 Pyrimidine metabolism
    Thexy_0288
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:txy03400]
    Thexy_0288
Enzymes [BR:txy01000]
 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
     Thexy_0288
DNA repair and recombination proteins [BR:txy03400]
 Prokaryotic type
  Other factors with a suspected DNA repair function
   Modulation of nucleotide pools
    Thexy_0288
SSDB
Motif
Pfam: Ribonuc_red_lgC Ribonuc_red_lgN LAGLIDADG_3 Intein_splicing TSCPD LAGLIDADG_2 Prok-RING_1 RNA_POL_M_15KD TF_Zn_Ribbon IBR DZR zf-ribbon_3
Other DBs
NCBI-ProteinID: AEF16344
UniProt: F6BGC6
Position
301503..305045
AA seq 1180 aa
MNLTENSKKVLERRYLAKDENGRVVETVEELFERVAKAISDVDKEYDINADTEKVKKKFY
EMMTNLDFLPNSPTLMNAGRPLGQLSACFVLPVGDSMEEIFDAVKYAAIIHKSGGGTGFS
FSRLRPKGATVRSTGGVASGPVSFMKVFNSATEAVKQGGTRRGANMGILRIDHPDILEFI
QCKQDNNEITNFNISVGITEDFMKAVEKGQDYDLIDPHTNKVVKSLNAREVFKLIVEMAW
KNGEPGIVFLDRINEKNPTPLVGEIESTNPCVTGDTWVSTEYGLMRIDEIYNKYQNGGLN
IVTDNRVPMTQYQVVNGGYITEAVPDLNSEGTSLNMISKVYNNGEKDVIKLTLKSGYEIK
ATPDHRFLTSKGWKELSRIKIGDEILIQSGDGFFSNVYELPFKVDNIYTGNNGRTYTLNL
PNKWSKELGQTLGWLIGDGWLRDGDKDTRVGFTFGNDDVEVMYHLKPFINNIYGKDVKEV
KRENGVYHLSYHSKYLVEFFKKLGVKNVKAENKQVPQSIYKAPYEAVVGFLQALFTADGS
VRDNPKSNSSWVVLTSKSKRLLQDVQILLINLGMKSVIFDRSRKPRKATFKYTSVNGEEK
FYSTDGILYELGIFGKSRDKFAKEIGFMSEKKQKALSNIKYKSFYKTKFYDEVAAIEKIG
KEVVYDLTEPVTHSMICNGIVVHQCGEQPLLPYESCNLGSINLKNMLKEENGKYEVDYGK
LRDTVHNAVHFLDNVIDANKYPLQQIDEMTKGTRKIGLGVMGFADMLLMLNIPYNSEEAV
EFADKLMKFIDEESKAASMELAEKRGVFKYYDKSIYKDKNIRLRNATTTTIAPTGTISII
AGTSSGIEPLFAIAMTRNVMDNTQLVEVNPVFKEVALKRGFYSEELMKKIAQQGTLKGID
GIPDDVKRVFVTAHDIDPVWHIRMQSAFQKHVDNAVSKTVNFRHDATVDDVREVYELAYK
LGLKGVTIYRDGSRDSQVLNLGIKKVEKEGVKEDKQEGRNQIVPRPRPSVTKGITEKVRI
GCGNLYITVNYDDKGICEVFTNLGRAGGCPSQSEATSRLISIALRSGLDAKSIVEQLKGI
RCHSTLRQMANNKEIKVLSCPDAIAKVIEKVMKLKVEEDESFAPIDVPINGSSHKNDDAA
LQAAYTYDTQEERFCPECGSEIEHEGGCVVCKNCGYSKCG
NT seq 3543 nt   +upstreamnt  +downstreamnt
atgaatttaactgaaaactctaagaaggttcttgagagaaggtatttggcaaaagatgag
aatggacgcgtcgttgagaccgttgaggagctttttgagagagttgcgaaagcaatttca
gatgtagacaaagaatacgatataaacgcagatacggaaaaggtcaaaaaaaagttttat
gagatgatgacgaatttggactttctgcctaattctcccacgcttatgaatgcgggaagg
ccattaggacagctttcggcgtgctttgtgcttcctgtgggggattccatggaagaaata
tttgacgcagtgaagtatgctgccataattcacaaaagcggcggtggtacggggtttagc
ttttcaaggcttagaccgaaaggagctacagtaagatcgacaggtggtgtagcgtctggg
cctgtaagctttatgaaagtgtttaattctgctactgaagcggtaaaacagggcggcaca
cgccgtggagcaaatatgggcatacttaggatagatcatccagatatccttgaattcata
cagtgcaagcaagacaacaatgaaatcaccaattttaacataagtgtaggaataacagaa
gattttatgaaagcagttgaaaaaggacaggattatgacttaatagatccgcataccaat
aaagtcgtgaaaagcttaaatgccagagaagtatttaagcttattgtggaaatggcttgg
aaaaacggagaacctggaatcgtatttttagatcgcataaacgaaaaaaatccgacgcct
cttgtgggtgagatagaatcaactaacccatgtgtcactggggatacgtgggtatctaca
gagtatggtttgatgagaattgatgagatatataataaatatcaaaatgggggattgaat
attgtaacagataatagagtccctatgacacaatatcaagtagtaaatggaggatatatt
acagaagctgtccctgatttgaatagtgaaggtacatctttaaacatgataagtaaagta
tacaataatggagaaaaagatgtaatcaaattaacactgaaatcaggctatgagataaaa
gcaactcctgatcatagatttttaacatcaaaaggatggaaagaacttagtaggattaaa
attggtgatgaaattttaatacaatcaggagatggatttttttcgaatgtttatgaactt
ccttttaaagtagataatatttatactggaaataatggaaggacttatacattaaatttg
cctaataaatggtctaaagagcttggacagacattgggctggcttataggcgatggttgg
ctaagagatggtgataaagatacaagagtaggatttacttttggaaatgatgatgtagaa
gtaatgtatcacctaaaaccatttattaataatatatatggcaaagatgtaaaagaagtt
aaaagagaaaacggtgtttatcatctttcataccatagtaaataccttgtagagtttttt
aaaaaattgggtgtaaaaaatgtgaaagcagaaaataagcaagtgcctcaaagcatatat
aaagctccatatgaagccgttgtaggtttcctacaagcactgtttacagccgatggaagt
gttagggataatcctaagtctaatagttcatgggtagtattgacatcaaaaagtaaaagg
ttactgcaagatgtgcaaatattgcttataaatttgggtatgaaaagtgtcatattcgat
cgttcgagaaaaccaagaaaagcaacgtttaagtatacttctgttaatggagaagaaaaa
ttttatagcactgatggtattttgtatgagttaggtatttttggcaaatcacgtgataaa
tttgccaaagagattgggtttatgtctgaaaagaaacaaaaagcacttagcaatattaag
tataaatcattctataaaacgaaattttatgatgaagttgcagcaattgaaaaaattggt
aaagaagtagtgtatgatttaactgaacctgttacacattctatgatttgtaatggaata
gtagttcatcaatgtggtgaacagccacttttgccatatgaatcctgcaacttaggctct
ataaacctaaaaaatatgcttaaagaggaaaacggcaaatacgaagtagattatggtaaa
ttgagagatactgttcataatgctgtccattttcttgacaatgtgatcgatgcaaataag
tatccattgcaacagatagatgaaatgacgaaaggtacaagaaaaataggattaggagtt
atgggatttgctgacatgcttcttatgcttaatataccttataattctgaagaagctgta
gaatttgctgataaattgatgaaatttatcgatgaagaatctaaagcggcatcgatggaa
cttgcagaaaagagaggcgtttttaaatactacgataaaagcatatacaaagacaagaac
ataagattgaggaatgcaacaactacaactatagcacctactggcacaatatctattatt
gcaggaacatccagtggaattgagccgctttttgcaatagccatgacaagaaatgtgatg
gataatacccagcttgtggaagtcaaccctgtatttaaggaagtagctttgaaaagagga
ttttattcagaagaattgatgaagaagatagcgcaacaaggcactttaaaaggcattgat
ggcataccggatgatgttaaaagggtttttgtaacagctcacgacatagatcctgtatgg
catataaggatgcaatcggcttttcaaaagcacgtcgacaatgcggtttcaaagacggtg
aacttcagacatgatgcgactgtagacgacgtaagggaagtttacgagctggcttataaa
ttagggcttaaaggcgtcaccatctatcgcgatggaagtcgtgattcacaagtgctgaat
ttggggataaagaaagttgaaaaagaaggtgtgaaagaagacaaacaagaaggtcgcaat
caaatcgtcccaagaccgaggccttctgtgacgaaaggcataactgaaaaagtgagaata
ggttgtggcaacttgtacattaccgtcaattacgatgacaaaggtatatgcgaggtgttc
actaacttaggacgagccggaggctgtccgtctcagtcagaggccaccagtagacttata
tccatagctttaagatcaggtcttgatgcgaaatcaatagtagagcagctaaaaggtata
aggtgccattctacattaaggcaaatggcaaataataaggaaatcaaggttctttcatgt
ccagatgccattgctaaagtcattgagaaagttatgaaattaaaagttgaagaagatgaa
agcttcgcaccaattgatgtgcctataaatggcagcagccataaaaacgatgatgcggct
ttacaggcggcatatacttatgacacacaagaagaacgcttttgcccagaatgtggcagt
gaaatagaacatgaaggcggatgtgttgtgtgcaaaaactgtggctactcaaaatgcggt
taa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (12)   
   Pfam (12)   
All databases (42)   

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