Section 1 | Radiation: Forms, Interactions with Matter, and Units of Measurement

• Radiation Safety 1.1: Forms of Radiation, Instability of Atoms Pt 1
• Radiation Safety 1.2: Forms of Radiation, Instability of Atoms Pt 2
• Radiation Safety 1.3: Photon Interactions with Matter
• Radiation Safety 1.4: Charged Particle Interactions with Matter
• Radiation Safety 1.5: Non-Ionizing Radiation
• Radiation Safety 1.6: Activity: Curie, Becquerel
• Radiation Safety 1.7: Radiation Absorbed Dose
• Radiation Safety 1.8: Radiation Units: Additional Concepts

Section 2 | Radiation Protection and Safe Radioisotope Handling

• Radiation Safety 2.1: Dose Calibrators
• Radiation Safety 2.2: Well Counters
• Radiation Safety 2.3: Survey Meters
• Radiation Safety 2.4: Personal Badge Dosimetry, Part 1
• Radiation Safety 2.5: Personal Badge Dosimetry, Part 2
• Radiation Safety 2.6: Radioactive Waste Management
• Radiation Safety 2.7: Introduction to Shielding
• Radiation Safety 2.8: Facility Shielding Design
• Radiation Safety 2.9: PET Generator Safety

Section 3 | Radiation Biology

• Radiation Safety 3.1: Radiation Biology Overview
• Radiation Safety 3.2: Introduction to Radiation Injury and Cellular Damage
• Radiation Safety 3.3: Radiation, Cell and Organ Responses, Part 1
• Radiation Safety 3.4: Radiation and Organ Responses, Part 2
• Radiation Safety 3.5: Background Radiation and Radon
• Radiation Safety 3.6: Stochastic Effects, Deterministic Effects and Risk Models, Part 1
• Radiation Safety 3.7: Risks, Risk Models, Part 2 and Risk Mitigation Strategies
• Radiation Safety 3.8: Exposure Limits, ALARA and Protected Populations

Section 4 | Nuclear Medicine Mathematics and Statistics

• Radiation Safety 4.1: Measuring Radioactivity: Decay Factors & Specific Activity
• Radiation Safety 4.2: Measuring Radioactivity: Converting Activity to Dose
• Radiation Safety 4.3: Measuring Radioactivity: Tools for Measuring Radioactivity
• Radiation Safety 4.4: Shielding Calculations: Gamma-Ray Shielding
• Radiation Safety 4.5: Shielding Calculations: X-Ray Shielding
• Radiation Safety 4.6: Mathematics of Imaging: Advanced Techniques
• Radiation Safety 4.7: Mathematics of Imaging: Assessing Image Quality
• Radiation Safety 4.8: Mathematics of Radioactivity: Accuracy, Sensitivity & Specificity
• Radiation Safety 4.9: Mathematics of Radioactivity: Fundamentals of Biostatistical Measurement and Analysis

Section 5 | Radiation Safety Regulatory Requirements

• Radiation Safety 5.1: Training and Regulatory Bodies
• Radiation Safety 5.2: Definition and Role of the Authorized User
• Radiation Safety 5.3: AU Responsibilities to the General Public and Staff
• Radiation Safety 5.4: Authorized User Responsibilities to Patients
• Radiation Safety 5.5: Clinical Responsibilities of Authorized Users
• Radiation Safety 5.6: Radiation Safety: Administrative Responsibilities
• Radiation Safety 5.7: Radiation and Radiation Safety: Regulations and Best Practices, Pt 1
• Radiation Safety 5.8: Radiation and Radiation Safety: Regulations and Best Practices, Pt 2
• Radiation Safety 5.9: Working with a Commercial Hot Lab, Part 1
• Radiation Safety 5.10: Working with a Commercial Hot Lab, Part 2