Keyphrases
Amino Acid Substitution
14%
Antiviral Drugs
10%
Arabidopsis Thaliana
38%
Base Excision Repair
12%
Burkholderia
10%
Chloroplast
23%
Cysteine
12%
Deoxyribose
10%
DNA Damage
14%
DNA Polymerase
93%
DNA Primase
10%
DNA Replication
26%
Double-strand Breaks
12%
Hemolysin Proteins
10%
Human Mitochondrial DNA
24%
Lesion Bypass
26%
Lyase
15%
Lysine Residue
10%
Metal-dependent
10%
Microhomology-mediated End Joining
15%
Mitochondria
25%
Mitochondrial DNA Polymerase
25%
Mitochondrial DNA Replication
11%
Mitochondrial DNA Transcription
10%
Mitochondrial RNA Polymerase
13%
Mutation Rate
10%
Nucleotide Synthesis
12%
Organellar
18%
Organelle DNA
67%
Phosphate
10%
Photosynthetic Bacteria
10%
Plant Mitochondrial Genome
12%
Plant Organelles
28%
Polymerase
31%
Primase
18%
Recognition Sequence
10%
Redox Regulation
10%
Replication Machinery
10%
Replicative DNA Synthesis
12%
RNA Primer
11%
RNA Transcription
10%
Single-stranded DNA-binding Protein
11%
Strand Displacement Activity
12%
Synechocystis
10%
Thiols
10%
Thymine Glycol
11%
Translesion Synthesis
40%
Triosephosphate Isomerase
21%
UV Lesions
10%
Virus-like
10%
Biochemistry, Genetics and Molecular Biology
Active Site
5%
Amino Acids
17%
Animal
8%
Arabidopsis thaliana
35%
Base Excision Repair
11%
Chloroplast
25%
Cysteine
16%
Deoxyribose
10%
DNA Damage
13%
DNA Polymerase
100%
DNA Rearrangement
5%
DNA Repair
5%
DNA Synthesis
49%
DNA Template
12%
DNA Transcription
10%
DnaA
5%
Drug Toxicity
10%
Enzyme
7%
Enzyme Activity
7%
Exonuclease
12%
Helicase
12%
Lyase
12%
Lysine
10%
Mitochondrial DNA
29%
Mitochondrial DNA Replication
13%
Mitochondrial Genome
9%
Mitochondrial RNA
7%
Mitochondrion
24%
Mutation Rate
8%
Paralogy
12%
Phototrophic Bacteria
10%
Polymerase
23%
Primase
21%
Recognition Sequence
10%
RNA
15%
RNA Polymerase
5%
Single-Stranded Binding Protein
13%
Single-Stranded DNA
6%
Synechocystis
10%
Thiol
13%
Thymine
13%
Triosephosphate Isomerase
21%
