INIS
protons
100%
irradiation
97%
cancer
55%
charged particles
43%
x radiation
37%
radiotherapy
30%
survival fraction
25%
doses
23%
pancreas
22%
lungs
22%
carcinomas
22%
carbon ions
21%
radiations
20%
linear energy transfer
19%
macrophages
18%
amino acids
18%
beta particles
18%
skin
18%
nuclei
18%
bystander effects
18%
drugs
18%
beams
18%
free radicals
18%
ribose
18%
adp
18%
investigations
18%
particle beams
18%
LET
18%
gold
18%
energy
18%
distribution
18%
nanoparticles
18%
polymerases
18%
hydroxamic acids
18%
balances
18%
phenotype
17%
apoptosis
14%
increasing
13%
dna damages
12%
dose rates
12%
tumors
11%
concentration
11%
alpha particles
11%
kev range
10%
patients
10%
inhibition
8%
statistics
7%
variations
7%
therapy
7%
radioresistance
7%
Medicine and Dentistry
Cancer Cell
55%
Radiosensitivity
41%
Lung Adenocarcinoma
40%
Proton Irradiation
37%
Endothelial Cell
37%
Neoplasm
28%
Low Drug Dose
27%
Gene Expression
25%
Pancreas Cancer
24%
DNA Damage
24%
Dose Response
23%
Relative Biologic Effectiveness
22%
Radiation Therapy
21%
Cell Death
19%
Olaparib
18%
Cell Survival Curve
18%
Proton Therapy
18%
Treatment of Non-Small Cell Lung Cancer
18%
Lethality
18%
Poly ADP Ribose Polymerase
18%
In Vitro
18%
Drug Megadose
18%
Radiation Biology
15%
Cell Proliferation
15%
Malignant Neoplasm
14%
Survival Rate
13%
Cell Survival
13%
Cancer Therapy
12%
Lung Cancer
10%
Electron Therapy
9%
Cell Population
9%
DNA Synthesis
9%
Bragg Peak
9%
Cell Viability
9%
Radiation Protection
9%
Cell DNA
9%
Clonogenic Assay
7%
Cell Growth
7%
Quantitative Reverse Transcription Polymerase Chain Reaction
7%
Cell Cycle
7%
Angiogenesis
7%
Programmed Cell Death
6%
PARP Inhibitor
6%
Poly ADP Ribose Polymerase
6%
DNA Repair
6%
Cancer Cell Line
6%
Therapeutic Window
6%
Cell Cycle Arrest
6%
Keyphrases
Beam Quality
18%
Survival Genes
18%
Particle Effect
18%
Clonogenic Survival
18%
Particle Dose
18%
Radiobiological Experiments
18%
In Vitro Irradiation
18%
ABT-263
18%
Beta Particles
18%
Lung Adenocarcinoma Cells
18%
Cell Irradiation
18%
Broad Beam
18%
In Vitro Cells
18%
Proton Ions
18%
Pancreatic Cancer
18%
Beam Characterization
18%
Co-culture System
18%
Alpha Beam
18%
Synthetic Lethality
18%
RAD51 Inhibitor
18%
Olaparib
18%
Cell Dose
18%
Low-LET
18%
Area Distribution
18%
Nuclei Area
18%
Nanoparticle Radiosensitization
18%
Amino Acid Balance
18%
Automatic Cell Detection
18%
Vector Characteristics
18%
Bright-field Microscopy
18%
Glioblastoma Cells
18%
Suberoylanilide Hydroxamic Acid
18%
Radiosensitization
18%
CR-39
12%
Dose Rate
12%
Low-energy X-rays
12%
Cell Killing
9%
Beta Radiation
9%
Glycine Transporter
9%
Nucleus Staining
7%
Alpha Radiation
7%
Particle Irradiation
7%
Particle Beams
7%
Motion Table
6%
Technological Process
6%
Collimating
6%
Radiation Biology
6%
Silicon Detectors
6%
Dose Rate Measurement
6%
Radiobiological Studies
6%