KEGG   Candidatus Kinetoplastidibacterium galati: ST1E_0041
Entry
ST1E_0041         CDS       T02466                                 
Name
(GenBank) ribonucleoside-diphosphate reductase alpha chain
  KO
K00525  ribonucleoside-diphosphate reductase alpha chain [EC:1.17.4.1]
Organism
kga  Candidatus Kinetoplastidibacterium galati
Pathway
kga00230  Purine metabolism
kga00240  Pyrimidine metabolism
kga01100  Metabolic pathways
kga01232  Nucleotide metabolism
Module
kga_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
kga_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:kga00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    ST1E_0041
   00240 Pyrimidine metabolism
    ST1E_0041
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:kga03400]
    ST1E_0041
Enzymes [BR:kga01000]
 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
     ST1E_0041
DNA repair and recombination proteins [BR:kga03400]
 Prokaryotic type
  Other factors with a suspected DNA repair function
   Modulation of nucleotide pools
    ST1E_0041
SSDB
Motif
Pfam: Ribonuc_red_lgC Ribonuc_red_lgN ATP-cone
Other DBs
NCBI-ProteinID: AGF49312
UniProt: M1LUU4
LinkDB
Position
683784..686648
AA seq 954 aa
MQKTVISITDDSSAVSKKQQNNIDKLSDYKVIRRNGSVVDFIPSKINVAITKAFIAVRNE
QGIISSSTRELIEKLTDQVIYALVRNKPDGGSFHIEDIQDHVELSLMRSGLQDVARAYVL
YREKRNRERVLSKTIIDKKNENEDESSIRVKENNQLTTIKISSLKSIIKSSISGLENTIS
EEDINTIIKETLKNLYDGIPVKEVFKSIILTTRAKIEKEPSYNYVTARILLHTIRREVLG
RETSHEEMYKNYSEYFTKFIKLGVKGGILSSDLENYDLDLLGNAIDASRDLNFKYLGLQT
LYDRYFLHLDGKRIELPQIFFMRVAMGIAIREQDKNQKAIEFYNVLSSFDFMSSTPTLFN
SGTKHAQMSSCYLTTVPDNLEGIYESIKENALLAKYAGGLGNDWTPVRALRSHIKGTNGE
SQGVVPFLKVVNDTAVAVNQGGKRKGAVCTYLETWHLDIEEFLELRKNTGDERRRTHDMN
TSNWIPDLFMKRVMENKDWTLFSPSDCPDLHEKYGKDFEQAYNKYETKTINGEIKLFKKI
PAVSLWRKMLSMLFETGHPWITFKDTCNVRSPQQHIGVIHSSNLCTEITLNTNETEIAVC
NLGSINLNNHMKISNSNSFELDLKKLQKTTTIAMRMLDNIIDINYYAVLKAKQSNEKHRP
VGLGIMGFQDCLHMMRISYASNEAIDFADKSMEAICYYSYLASSNLAKERGKYSSFKGSL
WSHGILPQDTIKMLEKERGGYIEMDQSSQLDWEYLRNHILEHGMRNSNCVAIAPTATISN
IIGVSASIEPTFQNLYVKSNLSGEFTIINEFLVNDLKKLNIWDEVMVSDIKYFDGSLSRI
DRIPQNIRDLYKTAFEIQPEWLVECASRRQKWIDQAQSLNIYMAGASGKKLDETYKLAWT
RGLKTTYYLRAMGATSTEKSTGQGGELNSVIINEDRSRTCQINISSDQECEVCQ
NT seq 2865 nt   +upstreamnt  +downstreamnt
atgcaaaaaacagtaatttctataactgatgactcatcagctgtaagcaaaaaacaacaa
aataatattgataaattgtcagattataaagtaattcgacgtaatggatctgtagttgac
tttattccgagcaagattaatgttgcaataactaaagcattcatagctgtccgtaatgaa
cagggcataatttcttctagtactagagaattgatcgagaaacttacagatcaggttata
tatgctttggtacgcaacaaaccagatggcggatcattccatatagaagatatccaagat
catgttgagttatctttgatgagatccggtcttcaagatgttgcgagagcttatgttctg
tatagggagaagaggaatagagagagagttttatcaaaaaccataatagataaaaaaaat
gaaaatgaagatgaaagctctataagggtaaaagagaataatcaactaactacaattaag
atttcatcactaaaatcaattataaaatcgtcaatttctggactagaaaatacaataagt
gaagaagatataaatacaattatcaaagaaactcttaaaaatttatatgacggcatacct
gttaaagaagtgtttaaatccataattctaacgacaagagcaaagatagagaaagaacca
tcatataactacgtaactgctagaatactactgcatacaataagaagagaagttttagga
agagaaacctctcatgaggaaatgtataagaattattccgaatattttactaagtttatt
aaacttggagtaaaaggtgggattttatcatcagaccttgaaaactatgatttagattta
ctaggaaacgcaattgatgctagcagagatctaaattttaaatatcttggacttcaaact
ctgtatgatcgatattttttacatttagatgggaaacgtatagagcttccacagatattt
ttcatgagagttgctatgggaatagcaattagggaacaagataaaaaccaaaaggcaata
gaattctataatgttctatcttctttcgattttatgagttctactcctactttgtttaat
tcagggacaaaacatgctcagatgtcatcttgttatctgacaacagttccagataatctg
gaaggcatatatgagtctataaaagagaatgccttattggctaaatatgctggtggtctt
ggtaatgactggacgccagtacgagcattaagaagtcatataaaaggaactaatggtgaa
agtcaaggggtagttccatttctaaaagttgttaatgatacagctgttgctgttaatcag
ggtggtaagcgcaaaggagcagtgtgcacttatcttgaaacatggcacttggacatagaa
gaatttttagagcttagaaaaaatactggcgatgaaagaagacgtactcatgatatgaat
acatctaattggataccagatctcttcatgaaaagagtaatggaaaataaggattggacc
ttattttccccatctgactgcccagatctgcatgaaaagtatggaaaagacttcgagcag
gcttataacaaatatgagacaaaaactataaatggtgagataaagctattcaagaaaatc
cctgctgtatctctatggagaaaaatgttatccatgttatttgaaacaggccatccatgg
ataacctttaaggatacatgcaatgtaagatctcctcagcagcacataggtgtaatccat
agctctaatttgtgtacagaaataacattaaatacaaacgagactgagatagcagtatgt
aatttgggttctataaatctaaataatcatatgaagatatcaaacagtaactcatttgaa
cttgatctaaaaaaattacagaaaactactacaatagcaatgagaatgttagataacatt
atcgatataaattactatgcagtattaaaagctaaacaatcaaatgaaaaacataggcct
gttgggctaggaattatgggattccaggattgtttacatatgatgcgcatatcatatgct
tcaaatgaggcaatagactttgctgacaaatctatggaagcaatatgctactattcttac
ctagcttctagtaatttagcaaaagaaagaggaaagtatagttcatttaaaggttctcta
tggtcacatggtatccttccacaagacacaataaaaatgttggaaaaggaaagaggaggt
tatattgaaatggaccagtcaagtcaactggactgggagtacttaagaaaccacatatta
gaacacggtatgcgcaactcaaattgcgtagcaatagcaccaacagcaacaatatcaaac
ataattggggtatctgcaagtatagaaccaacattccagaatctctatgttaaatctaat
ctatcaggtgaattcactatcattaatgaattcctagttaatgacttaaagaaactaaat
atttgggatgaagtaatggtctctgatataaaatactttgatggtagtttatctcgcatt
gatcgcataccacaaaatatacgtgatttatataaaacagctttcgaaattcaaccagaa
tggctagtagaatgtgcttcgcgtcgacaaaaatggatagatcaagcacagtctctaaat
atatatatggctggcgcatctggaaaaaagttagatgaaacatacaaattagcttggaca
cgtggattgaaaacaacatattatctacgagctatgggagcaaccagcacagagaaatca
acaggacaaggtggagaattaaattcagttattattaatgaagatagatccaggacatgt
caaataaacatcagttctgatcaagaatgtgaagtctgtcaataa

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