Sort by
Keyphrases
Relative Biological Effectiveness
100%
Linear Energy Transfer
100%
DNA Repair Defect
100%
Double-strand Break Repair
44%
Sensitizer
44%
Enhancement Ratio
44%
Proton
22%
Radiotherapy
22%
Genetic Modification
22%
Alpha Particles
22%
Breast Cancer Susceptibility Gene 1 (BRCA1)
22%
Radiosensitivity
22%
LIG4
22%
Repair Pathway
22%
53BP1 Foci
22%
High Linear Energy Transfer
22%
Transfer Relations
11%
Tumor Protein p53 (TP53)
11%
X-ray
11%
Cell Survival
11%
Cancer Types
11%
Limited Resources
11%
Ratio Values
11%
Clinical Benefit
11%
Genetic Background
11%
Irradiation
11%
Heterogeneous Disease
11%
Efficient Allocation
11%
Repair Capacity
11%
Radiotherapy Planning
11%
Highly Heterogeneous
11%
Radiation Quality
11%
DNA Repair Pathways
11%
Biological Characteristics
11%
Gene Knockout
11%
Proton Ions
11%
Failed Repair
11%
Normal Cell Line
11%
Clonogenic Assay
11%
DNA Repair Genes
11%
Biological Optimization
11%
Proton Radiotherapy
11%
Individualized Dosing
11%
Repair Kinetics
11%
DCLRE1C
11%
RPE-1
11%
Photon Sensitivity
11%
Carbon Ion Radiotherapy
11%
Ion Radiotherapy
11%
PRKDC
11%
Dose Prescription
11%
Genetic Dependence
11%
NHEJ Repair
11%
Medicine and Dentistry
DNA Repair
100%
Relative Biologic Effectiveness
100%
Linear Energy Transfer
100%
Sensitization
45%
Non-Homologous End Joining
45%
Radiation Therapy
27%
Radiosensitivity
18%
BRCA1
18%
Ion Therapy
18%
Malignant Neoplasm
9%
Cell Survival
9%
Gene Targeting
9%
Cancer Types
9%
Cell Line
9%
Gene Mutation
9%
Gene Repair
9%
Hypersensitivity
9%
Gene Knockout
9%
Clonogenic Assay
9%
Genetic Background
9%
Proton Therapy
9%
Diseases
9%
Biochemistry, Genetics and Molecular Biology
DNA Repair
100%
Linear Energy Transfer
100%
Relative Biologic Effectiveness
100%
Sensitization
45%
Non-Homologous End Joining
45%
BRCA1
18%
Radiosensitivity
18%
Alpha Radiation
18%
Genetics
9%
Cell Survival
9%
Gene Targeting
9%
Gene Mutation
9%
Normal Human
9%
Genetic Background
9%
Gene Repair
9%
LIG4
9%
Gene Knockout
9%
Erethism
9%
Clonogenic Assay
9%
DCLRE1C
9%
Immunology and Microbiology
DNA Repair
100%
Linear Energy Transfer
100%
Relative Biologic Effectiveness
100%
Sensitization
45%
DNA End Joining Repair
45%
Radioresistance
18%
Alpha Radiation
18%
Cell Line
9%
Gene Targeting
9%
Cell Survival
9%
Gene Mutation
9%
Normal Human
9%
Human Cell
9%
Hypersensitivity
9%
Genetic Background
9%
Gene Knockout
9%
Clonogenic Assay
9%
Pharmacology, Toxicology and Pharmaceutical Science
Malignant Neoplasm
100%
Normal Human
50%
Erethism
50%
Diseases
50%