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Keyphrases
Genotoxicity
80%
Acrylamide
65%
Eugenol
48%
Myristicin
48%
Chromosomal Aberrations
48%
V79 Cells
44%
Food Flavoring
43%
K562 Leukemia Cells
43%
Glycidamide
43%
Genotoxic Activity
34%
Sister Chromatid Exchange
34%
Cytotoxicity
33%
Ames Test
33%
XRCC1
31%
DNA Adducts
29%
Estragole
27%
DNA Damage Response Pathway
25%
Nutmeg
25%
Cytogenetic Damage
25%
Methoxy
25%
Chinese Hamster Ovary Cells
24%
Alkenylbenzenes
24%
Induced Apoptosis
24%
Comet Assay
23%
Apoptotic Activity
23%
DNA Damage
23%
Mammalian Cells
23%
Detoxification
23%
Labdane
21%
Neo-clerodane
21%
Potassium Bromate
21%
Genotoxin
21%
Epoxy
21%
Risk Assessment
21%
2-Pyridinecarboxaldehyde
21%
Eragrostis
21%
Polymorphism
21%
Foodborne Disease
21%
DNA Repair Genes
21%
Direct-acting
21%
Oxetane
21%
Potential Carcinogens
21%
Functional Characterization
21%
Endoreduplication
21%
Coffee
21%
Mitochondrial Pathway
21%
Alkylation
21%
Glutathione
21%
DNA Damage Response
21%
Cancer Resistance
21%
Pharmacology, Toxicology and Pharmaceutical Science
Genotoxicity
100%
Acrylamide
65%
Myristicin
54%
Eugenol
54%
Chromosome Aberration
53%
Comet Assay
45%
Glycidamide
43%
Carcinogen
39%
Cytotoxicity
36%
Estragole
32%
Chinese hamster
31%
Nutmeg
25%
Ames Test
25%
Drug Resistance
24%
Malignant Neoplasm
24%
Carrier Protein
23%
Detoxication
23%
Poly(deoxyadenylate Deoxythymidylate)
21%
Imatinib
21%
Plant-Based Food
21%
Chronic Myeloid Leukemia
21%
Alkylating Agent
21%
Glutathione
21%
Eragrostis
21%
Lactone
21%
Adenosine Diphosphate
21%
DNA Dependent Protein Kinase
21%
3 Aminobenzamide
21%
Leukemia
21%
Functional Food
21%
Potassium Bromate
21%
Cuprous Ion
21%
Effusion
21%
Drug Transport
21%
Mutagenicity
18%
DNA Base
18%
Cyclopropane
14%
Ethylene Oxide
14%
Thiol
14%
Cell Viability
13%
High Performance Liquid Chromatography
12%
DNA Topoisomerase (ATP Hydrolysing)
10%
Acute Toxicity
10%
Sitosterol
10%
Acetic Acid Derivative
10%
Dichloromethane
10%
Antioxidant Capacity
10%
Long Term Exposure
10%
Carbon Tetrachloride
10%
Oxidizing Agent
10%