INIS
dna repair
100%
ionizing radiations
83%
proteins
83%
meiosis
83%
genes
66%
radiations
50%
genetics
33%
animals
27%
chromosomes
27%
oogenesis
27%
offsprings
27%
configuration
27%
recombination
27%
repair
27%
dna damages
27%
reproduction
27%
dynamics
27%
oxidation
16%
bacteria
16%
resist
16%
capacity
16%
specific heat
16%
heat-shock proteins
16%
LET
16%
x radiation
16%
antioxidants
16%
protection
16%
hypothesis
16%
damage
16%
glucose
16%
oxygen
16%
dna
16%
modifications
16%
irradiation plants
11%
dose equivalents
8%
lichens
7%
mosses
7%
antarctica
7%
Keyphrases
High Linear Energy Transfer Radiation
83%
Severe Stress
83%
Germline DNA
55%
Deposition Pattern
41%
DNA Dynamics
27%
3D Cell Culture
27%
Space Radiation Environment
27%
Biological Risk
27%
Biologic Effect
27%
Irradiation Facility
27%
Mission Scenarios
27%
Radiation Late Effects
27%
Biomolecular Changes
27%
Fertility Rate
20%
Complex DNA Damage
20%
Biological Data
20%
Reduced Fertility
20%
Equivalent Dose
20%
Sparse Distribution
20%
Experimental Exposure
20%
Particle Simulation
20%
Medical Physics
20%
Biological Energy
20%
Medical Radiation
20%
Genetic Mechanism
16%
Functional Genetics
16%
Late Embryogenesis Abundant Protein
16%
Tardigrades
16%
Antarctica
11%
Life-limiting
11%
Microgravity
11%
Microinvertebrates
11%
Radiation Exposure
11%
Space Travel
11%
Lichens
11%
DNA Repair Capacity
11%
Temperature Cycle
11%
Ground Experiment
11%
Simulated Space Environment
11%
Mannan-oligosaccharide
11%
Parental Lines
11%
Biochemistry, Genetics and Molecular Biology
Desiccation
83%
Bdelloid Rotifer
83%
Radiation Biology
83%
Cosmic Radiation
83%
Germ Cell
55%
Biological Activity
41%
Transcriptomics
35%
Extremophile
20%
Radiosensitivity
20%
Cell Culture
20%
Genetic Mechanism
11%
Tardigrada
11%
Macromolecule
11%
Embryogenesis
11%
Genetics
11%
Protein Modification
11%
X Ray
11%
Heat Shock Protein
11%
DNA Repair
11%
Iron Ion
11%
Oxidative Stress
11%