Medicine & Life Sciences
Chlamydomonas reinhardtii
100%
Mutation Rate
38%
Parasites
33%
Mutation
28%
Mutation Accumulation
27%
Chlorophyta
25%
Herbicides
24%
Malaria
21%
Population
15%
Population Density
15%
Genetic Variation
15%
Virulence
15%
Ecology
14%
Genotype
12%
Genome
11%
Plastid Genomes
11%
Eukaryota
11%
Genetic Selection
10%
Cathelicidins
9%
Costs and Cost Analysis
9%
Chlamydomonas
9%
Plasmodium yoelii
8%
Molecular Evolution
8%
Parasitology
8%
Genome Size
8%
Statistical Models
8%
Infections
7%
Listeria
7%
Respiratory Syncytial Virus Infections
7%
Microbial Drug Resistance
7%
Whole Genome Sequencing
7%
Fresh Water
7%
Apoptosis
7%
Respiratory Syncytial Viruses
6%
Invertebrates
6%
History
6%
carbetamide
6%
Haplotypes
6%
Salts
5%
Erythrocytes
5%
Genetic Recombination
5%
High-Throughput Nucleotide Sequencing
5%
Communicable Diseases
5%
Cell Division
5%
Ecosystem
5%
Pseudomonas aeruginosa
5%
Vertebrates
5%
Plastids
5%
Pesticides
5%
Antiviral Agents
5%
Agriculture & Biology
Chlamydomonas reinhardtii
74%
mutation
31%
spontaneous mutation
30%
parasites
25%
mutation accumulation
24%
malaria
24%
mutation rate
18%
Chlorophyta
18%
herbicides
15%
gender
14%
virulence
14%
history
12%
repeatability
12%
genetic variation
12%
niches
11%
apoptosis
10%
population size
10%
Plasmodium yoelii
9%
genome
9%
eukaryotic cells
8%
genotype
8%
herbicide mixtures
8%
ecology
8%
herbicide resistance
8%
statistical models
8%
extinction
8%
temperament
7%
parasitology
7%
crows
7%
genetic background
7%
organisms
7%
plastid genome
7%
pathogens
7%
adaptive radiation
7%
Gasterosteidae
7%
algae
7%
infection
7%
autocorrelation
7%
Protozoa
6%
Chlamydomonas
6%
Listeria
6%
coevolution
6%
habitats
6%
predators
5%
predation
5%
natural selection
5%
selection intensity
5%
mating behavior
5%
Pseudomonas aeruginosa
5%
morphs
5%
Earth & Environmental Sciences
fitness
50%
mutation
46%
green alga
16%
herbicide
16%
rate
14%
malaria
14%
genome
14%
cost
13%
effect
12%
parasite
11%
history
10%
genotype
10%
eukaryote
9%
foraging efficiency
9%
regulation
8%
alga
8%
energy intake
8%
plastid
8%
environmental stress
7%
cell
7%
virulence
7%
population size
7%
extinction risk
7%
individual variation
7%
natural selection
7%
craft
7%
salt
6%
Caledonian orogeny
6%
recombination
6%
population structure
6%
habitat
6%
predator
6%
resource
6%
environmental change
5%
coexistence
5%
predation
5%
blood
5%
innovation
5%