Biochemistry, Genetics and Molecular Biology
Escherichia coli
100%
Mutation Rate
77%
Whole Genome Sequencing
63%
DNA Mismatch Repair
59%
Spontaneous Mutation
51%
Human Leukocyte Antigen
31%
Mutation Accumulation
26%
Insertion Sequence
23%
Next Generation Sequencing
23%
Infectious Agent
21%
DNA Polymerase
20%
Transcription
19%
Allele
19%
DNA Replication
18%
DNA Damage
18%
Wild Type
17%
Deinococcus radiodurans
15%
Target Cell
15%
Treponema denticola
15%
T Cell Receptor
15%
Salmonella enterica
15%
Indel
15%
Binding Affinity
15%
Gene Cluster
15%
DNA Template
8%
Bacterial Chromosome
7%
Population Genomics
7%
Mobile Genetic Elements
7%
Polymerase
7%
Type Strain
6%
Uracil
6%
Contig
6%
Antibiotic Resistance
5%
Transfer RNA
5%
High Throughput Sequencing
5%
Natural Selection
5%
Nucleoid
5%
Fis
5%
DNA Transcription
5%
Mutagenesis
5%
Keyphrases
Binding Affinity Prediction
31%
Mutation Rate
19%
Escherichia Coli
19%
Radiation-resistant Bacteria
15%
Deinococcus Radiodurans
15%
Fragment Assembly
15%
Adaptation
15%
Serial Passage
15%
Conserved Gene Clusters
15%
Cluster Visualization
15%
Allele Discovery
15%
Salmonella Enterica
15%
Guided Assembly
15%
Human Leukocyte Antigen Genes
15%
Cytosine Deamination
15%
Large Rearrangements
15%
T Cell Receptor
15%
Insertion Sequence
15%
Untargeted mutagenesis
15%
Caedibacter
15%
Genome-wide mutation Rate
15%
Parallel Evolution
15%
Replication Fork
15%
Accurate Assembly
15%
Diversity-generating Retroelements
15%
Transcription-replication Conflicts
15%
Sequence Encoders
15%
Antibiotic Treatment
15%
Repetitive Regions
15%
Complex Media
15%
Deep Variational Information Bottleneck
15%
Antibiotics
15%
Epitope
15%
Briefness
15%
Foodborne Pathogens
15%
Enterica
15%
Active Learning Framework
15%
SOS Response
11%
Norfloxacin
11%
Growth Phenotype
10%
Adaptive mutation
10%
Genetic Background
9%
Discordant Read Pairs
9%
Human Leukocyte Antigen Typing
7%
Replication Machinery
7%
Immune Disease
7%
Database Matching
7%
Allele Sequences
7%
Evolution System
7%
Epistatic Interactions
7%
Immunology and Microbiology
Escherichia coli
84%
Mutation Rate
56%
Whole Genome Sequencing
51%
Allele
50%
Spontaneous Mutation
35%
Human Leukocyte Antigen
31%
Mismatch Repair
23%
Infectious Agent
21%
Mismatch DNA Repair
19%
DNA Replication
18%
DNA Damage
18%
Salmonella enterica
15%
Microorganism
15%
Bacterium Culture
15%
Target Cell
15%
Retroposon
15%
Mutation Accumulation
15%
Indel Mutation
13%
DNA Template
10%
Genetic Background
9%
DNA Polymerase
8%
Genetic Variability
7%
Point Mutation
7%
Bacterial Chromosome
7%
Antimicrobial Resistance
5%
Bacterial Growth
5%
Natural Selection
5%
Oxidative Stress
5%
Mutagenesis
5%
DNA Transcription
5%
Bacterial Population
5%
Fis
5%
Nucleoid
5%
Heat Stress
5%
High Throughput Sequencing
5%
