KEGG   Mucilaginibacter xinganensis: MuYL_4638
Entry
MuYL_4638         CDS       T05010                                 
Name
(GenBank) ribonucleoside-diphosphate reductase, adenosylcobalamin-dependent
  KO
K00525  ribonucleoside-diphosphate reductase alpha chain [EC:1.17.4.1]
Organism
muc  Mucilaginibacter xinganensis
Pathway
muc00230  Purine metabolism
muc00240  Pyrimidine metabolism
muc01100  Metabolic pathways
muc01232  Nucleotide metabolism
Module
muc_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
muc_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:muc00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    MuYL_4638
   00240 Pyrimidine metabolism
    MuYL_4638
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:muc03400]
    MuYL_4638
Enzymes [BR:muc01000]
 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
     MuYL_4638
DNA repair and recombination proteins [BR:muc03400]
 Prokaryotic type
  Other factors with a suspected DNA repair function
   Modulation of nucleotide pools
    MuYL_4638
SSDB
Motif
Pfam: Ribonuc_red_lgC Ribonuc_red_2_N TSCPD RuvA_C
Other DBs
NCBI-ProteinID: ASU36521
UniProt: A0A223P3X4
LinkDB
Position
4971673..4975002
AA seq 1109 aa
MGNDIDKKTTTENDKGLKIERYFTKEGISVFDLFKYEKRSSVIRNPSGDAVFEMNDVEVP
ATWSQVATDILAQKYFRKAGVPLSDGSTGSERSIKQVANRMAKCWKEWGMRYGYFASPKD
AEIFYDEIVYTIAGQLAAPNSPQWFNTGLHNSYGITGKPQGHYYVDPTTKELSKSTSAYE
RPQPHACFILSVDDDLVNEGGIMDLWVREARIFKYGSGVGTNYSKIRGDNEKLSGGGYSS
GLMSFLKIGDRAAGAIKSGGTTRRAAKMVCLDLDHPEIEDFVNWKVEEEKKVAALIAAGY
SSDYEGEAYKTVSGQNSNNSVRIPNSFFKALKEGKPWDLTSRMTGKAIKSVSSQKLWDDI
AFAAWACADPGVQFDSTINEWHTCPEGGRINASNPCSEYMFLDNTACNLASINLAHFFDP
KTRIFDVKGFEHACRIWTIVLEISVLMAQFPSKEVAQLSYDYRTLGLGFANLGSALMVNG
IPYDSKKARAIGGAITAIMTGTAYATSAEMARELGTFSRYEDNKQHMLRVMRNHRYAAYN
STGNYEGLEIAPPGIEQADCPDYLLSAACNAWDKAVEMGEQYGYRNAQTTVIAPTGTIGL
VMDCDTTGIEPDFALVKFKKLSGGGYFKIINQAVPEALSNLGYTEHEVTTIVNYAKGAAT
LKGSPHINIETLKGKGFTDDELEKLDKGLLAAFEIGFAFNIWTIGEDCFKRLGFKPEQYN
APDFNVLRALGFSRKEIAEANEYICGTMTIEGAPYLKTEHYPIFDCANKCGLKGERYIHS
HGHIKMMAAAQPFLSGAISKTINLPNEANVDEIKDCYELSWQLGLKANALYRDGCKLSQP
LSTKSDTKEEKEAVSDEKLETVEEVLGQAANVKLSDLTSEQVIEAAMAIMEKSKDTNFMR
QLSRVVQKKSLPFKRRGYTQKASIDGQTVFVRTGEYEDGTLGEIFVDMHKEGATFRSLMN
CFAIAVSVGLQYGVPLEEYVEKFTFTRFEPAGMVVGHANIKSATSIIDYIFRMLGYEYQN
RTDLVHVITEQQGIVGNSQMDDNDVNPDESNVYQPVAGSSSGGSKKQFSVDVSMGVQSDA
PACNNCGHTTIRSGTCYKCLNCGTSMGCS
NT seq 3330 nt   +upstreamnt  +downstreamnt
atgggaaacgacatcgacaaaaaaaccactaccgaaaacgacaaaggattaaaaattgag
aggtattttactaaagaagggatcagtgtttttgatctgtttaaatatgaaaagcgatcg
tcggtaatcaggaacccctcgggcgatgccgtttttgaaatgaacgatgtggaagtgccg
gcaacctggagccaggtagctactgacatacttgcacaaaaatatttccgcaaagccggc
gtaccattatctgatggtagcaccgggtctgaaagaagtattaaacaagttgccaaccgc
atggctaagtgctggaaggaatggggtatgcgctacggatacttcgccagcccaaaagat
gccgaaattttttatgatgaaatagtttataccattgccgggcagctggcagcgccaaac
tcgccgcaatggttcaatacggggctgcacaactcttacggcataacgggcaagccacag
ggtcattattatgttgacccaacaacgaaagagctgagcaaatcaacttctgcctatgaa
cgcccgcagccgcatgcctgttttatactttctgtagatgatgatctggtgaacgaaggc
ggaataatggatctgtgggtacgcgaggccaggatctttaaatacggatcgggcgttggc
accaattattcaaagatcaggggcgataacgaaaaactttcgggaggtggttattcgtca
ggcctaatgtcgttcctgaaaataggcgaccgtgcagcaggggcaataaaatcgggtgga
acaacccgcagggcagccaaaatggtttgcctggatctggaccacccagagattgaagac
tttgtaaactggaaggtagaagaagaaaagaaagttgcagcacttatagccgccggatac
tcctccgactatgaaggcgaggcttacaaaaccgtatcggggcaaaactcaaacaactcg
gtgcgcatccccaacagcttttttaaagcattaaaagagggtaaaccatgggatttaacc
agcaggatgaccggcaaagccatcaaatcagtttcgtcgcaaaaactttgggacgatatt
gcttttgcagcctgggcctgtgccgatccgggtgtacaatttgacagcaccataaatgaa
tggcatacttgccccgaaggcggaaggatcaatgcatccaacccttgttcggaatatatg
tttttggataacactgcctgtaacctggcatctatcaaccttgctcatttttttgatccc
aaaacacgcatatttgatgttaaaggatttgaacatgcctgccgcatctggacaattgtt
ttggagatctcggtgctgatggcgcagttcccatccaaagaagtggcgcagttatcatac
gattaccgtaccctgggtttgggctttgccaaccttggctcggcgttaatggttaacggc
atcccctacgacagtaaaaaagcccgcgcgatcggcggtgccattaccgctattatgacg
ggtaccgcttatgcaacctcggccgaaatggcaagggagttgggcacctttagccggtac
gaagataataaacaacacatgctgcgggtaatgcgcaaccaccgctatgccgcctataac
tcaaccgggaactatgaagggctggaaattgcccctccgggaattgagcaggccgactgc
ccggattacctgttatctgcagcttgtaacgcctgggataaggctgttgaaatgggtgag
cagtatggctaccgcaacgcgcaaactaccgtaattgcccccaccggcactataggcctg
gtgatggattgcgatactaccggcattgagcctgattttgctttggttaagtttaaaaaa
ctatcgggtggcggttattttaaaataataaaccaggcggtgcccgaagctttaagcaat
ttgggttataccgaacacgaggttactaccattgtaaactatgctaagggtgccgctacg
ttaaaaggttcccctcatattaatattgaaactttaaaaggtaaaggctttaccgatgac
gagctggagaaactggacaaagggctgttagctgcttttgagatcggctttgctttcaac
atctggacaattggcgaggattgctttaaacgccttggctttaagcccgaacaatataat
gcgccagactttaatgtactgcgggcattgggttttagccgcaaggaaatagccgaagct
aatgagtacatctgcggcaccatgaccattgagggcgccccttatttaaaaaccgaacat
taccccatatttgactgtgccaataaatgcggtttaaaaggcgaacgttatatccactcg
cacgggcatataaaaatgatggcggcggcgcaaccgttcctatcgggtgctatttcaaaa
accattaacctgcctaatgaggctaatgttgatgagataaaagattgttatgagctatca
tggcagctgggcttaaaggcaaatgcgctttaccgtgatggttgtaaattatcgcagccg
ctatcgaccaaatcagacactaaagaagagaaagaggctgtaagtgatgaaaagctggaa
accgtggaagaagttttaggacaagccgccaatgtgaaactaagcgatttaaccagcgaa
caagtgatagaggcggccatggcgatcatggaaaaatcaaaagacaccaactttatgcgc
cagctatcgcgcgtggtgcaaaagaagagcctgccgtttaaacgcaggggatatacacaa
aaggcaagtattgacgggcaaacggtatttgtacgtacaggcgaatacgaagatggcaca
ctgggtgaaatatttgtagatatgcacaaggaaggcgccactttccgctcgctgatgaac
tgctttgctattgctgtttcagttggcttgcaatatggtgtaccgcttgaagaatacgtg
gagaaatttacttttacccgctttgaaccggcgggtatggtggttggccatgccaacata
aaaagcgctacatccataattgattacattttcaggatgcttggctacgaataccaaaac
cgtacggaccttgttcacgtaataacagaacagcagggcattgttggcaactcgcaaatg
gacgacaatgatgttaacccggatgaaagcaacgtttatcagccggtggcggggagtagc
agcggtggcagtaaaaagcaatttagcgttgatgtaagtatgggggtacaaagcgacgcc
ccggcctgcaataactgcggacataccaccatccgctcaggcacttgttataaatgtttg
aattgcggcacttcgatgggatgcagttaa

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