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Medicine and Dentistry
Antioxidant
100%
Radiation Protection
100%
Steady State
100%
Radioprotector
100%
Alcohol
100%
2,2' Azinobis(3 Ethylbenzothiazoline 6 Sulfonic Acid)
50%
Radical (Chemistry)
50%
In Vitro
50%
Micronucleus Test
50%
Optimal Drug Dose
50%
Cell Cycle
50%
Hydroxyl Radical
50%
Pulse Radiolysis
50%
Lung Fibroblast
50%
Cytokinesis
50%
Antioxidant Capacity
50%
IC50
50%
Superoxide
50%
Lipid Peroxidation
50%
Fibroblast
50%
1,1 Diphenyl 2 Picrylhydrazyl
50%
INIS
antioxidants
100%
radiations
100%
bark
100%
doses
66%
scavenging
66%
water
66%
ethanol
66%
irradiation
66%
steady-state conditions
66%
control
33%
comparative evaluations
33%
in vitro
33%
free radicals
33%
cell cycle
33%
concentration
33%
lungs
33%
inhibition
33%
dpph
33%
spectrophotometry
33%
lipids
33%
superoxide radicals
33%
pulses
33%
fibroblasts
33%
hydroxyl radicals
33%
radiolysis
33%
chinese hamster
33%
time resolution
33%
Immunology and Microbiology
Steady State
100%
Ficus Racemosa
100%
Superoxide
50%
Antioxidant Activity
50%
IC50
50%
Optimal Drug Dose
50%
Lung Fibroblast
50%
Micronucleus Test
50%
Pulse Radiolysis
50%
Chinese Hamster
50%
Cell Cycle
50%
Moraceae
50%
Lipid Peroxidation
50%
Fibroblast
50%
Radiolysis
50%
In Vitro
50%
Pretreatment
50%
Biochemistry, Genetics and Molecular Biology
Steady State
100%
Ficus Racemosa
100%
Lipid Peroxidation
50%
Chinese Hamster
50%
Antioxidant Activity
50%
IC50
50%
Cell Cycle
50%
Optimal Drug Dose
50%
Micronucleus Test
50%
Pulse Radiolysis
50%
Proliferative Index
50%
ABTS
50%
Moraceae
50%
Fibroblast
50%
Radiolysis
50%
Superoxide Radical Scavenging
50%
Chemistry
Antioxidant Agent
100%
Alcohol
100%
Ethanol
100%
IC50
50%
Radiolysis
50%
Hydroxyl Radical
50%
Radioprotective
50%
Proliferative
50%
Antioxidant Capacity
50%
Radical (Chemistry)
50%
Superoxide
50%
peroxidation
50%
Lipid
50%
Stopped-Flow
50%