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Biology
General Biology
Radiation Biology
1. Fundamentals of Radiation Physics
2. The Chemistry of Radiation Biology
3. Molecular Radiobiology
4. Cellular Radiobiology
5. Tissue and Organ Effects
6. Factors Modifying Radiation Response
7. Radiation Protection and Safety
8. Clinical Applications
9. Environmental and Population Effects
Cellular Radiobiology
Cell Cycle and Radiosensitivity
Cell Cycle Phases
G1 Phase Characteristics
S Phase DNA Synthesis
G2 Phase Preparation
M Phase Mitosis
G0 Quiescent State
Radiosensitivity Variations
Most Sensitive Phases
Most Resistant Phases
Molecular Basis of Sensitivity
Cell Cycle Checkpoints
G1/S Checkpoint
DNA Damage Detection
p53-Mediated Response
Intra-S Phase Checkpoint
Replication Fork Protection
G2/M Checkpoint
DNA Damage and Repair Verification
Spindle Assembly Checkpoint
Checkpoint Defects and Radiosensitivity
Cell Survival Analysis
Clonogenic Assay
Principles and Methodology
Plating Efficiency
Surviving Fraction Calculations
Cell Survival Models
Target Theory
Single-Target Single-Hit Model
Multi-Target Single-Hit Model
Linear-Quadratic Model
Mathematical Formulation
Alpha and Beta Components
Alpha/Beta Ratio
Clinical Applications
Other Mathematical Models
Survival Curve Parameters
D0 and Dq Values
Extrapolation Number
Mean Lethal Dose
Mechanisms of Cell Death
Mitotic Catastrophe
Chromosome Aberrations
Mitotic Failure
Multinucleation
Apoptosis
Intrinsic Pathway
Extrinsic Pathway
p53-Dependent Apoptosis
Radiation-Induced Apoptosis
Necrosis
Characteristics
Inflammatory Response
Autophagy
Protective vs. Destructive Roles
Radiation-Induced Autophagy
Cellular Senescence
Permanent Growth Arrest
Senescence-Associated Secretory Phenotype
Ferroptosis
Chromosomal Aberrations
Types of Aberrations
Chromosome-Type Aberrations
Formation in G1 Phase
Examples and Characteristics
Chromatid-Type Aberrations
Formation in S/G2 Phase
Examples and Characteristics
Stable Aberrations
Reciprocal Translocations
Inversions
Insertions
Ring Chromosomes
Unstable Aberrations
Dicentric Chromosomes
Centric Rings
Anaphase Bridges
Fragments
Complex Aberrations
Detection Methods
Conventional Cytogenetics
Fluorescence In Situ Hybridization
Chromosome Painting
Automated Scoring Systems
Dose-Response Relationships
Cellular Response Pathways
DNA Damage Response
Sensor Proteins
Signal Transduction
Effector Mechanisms
Stress Response Pathways
Heat Shock Response
Oxidative Stress Response
Inflammatory Responses
Cytokine Production
NF-κB Activation
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3. Molecular Radiobiology
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5. Tissue and Organ Effects