ASTRO Annual Refresher Course 2026 OnDemand

Comprehensive Radiation Oncology Review & Advanced Radiotherapy CME Program

Introduction

The ASTRO Annual Refresher Course 2026 OnDemand is a comprehensive radiation oncology educational program designed to provide practicing clinicians with advanced updates in radiation therapy, contouring techniques, adaptive radiotherapy, radiopharmaceuticals, proton therapy, and evidence-based oncologic management across a broad range of malignancies. Developed by American Society for Radiation Oncology, this intensive virtual refresher course delivers high-yield clinical education through expert-led lectures, contouring workshops, and multidisciplinary oncology discussions.

Radiation oncology continues to evolve rapidly with advances in adaptive radiotherapy, precision targeting, contouring technologies, proton and heavy ion therapy, oligometastatic treatment strategies, and integration of radiopharmaceuticals into cancer care. Clinicians must continuously update technical skills and treatment planning knowledge to ensure safe, effective, and evidence-based patient management.

The ASTRO Annual Refresher Course 2026 addresses these evolving educational demands through integrated learning in:

• Radiation oncology
• Adaptive radiotherapy
• eContouring
• Proton therapy
• Heavy ion therapy
• Radiopharmaceuticals
• Thoracic oncology
• Gynecologic oncology
• Genitourinary oncology
• CNS tumors
• Breast radiation oncology
• Pediatric radiation oncology
• Sarcoma management
• Oligometastatic disease treatment

The curriculum emphasizes practical treatment recommendations, contouring precision, safe technology utilization, and real-world implementation of modern radiation oncology techniques.

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Course Overview

📚 Program: ASTRO Annual Refresher Course 2026 OnDemand

🏛️ Presented by: American Society for Radiation Oncology

📅 Course Year: 2026

🎥 Included Content

• Video lectures
• Audio recordings
• PDF materials
• eContouring sessions
• Bonus OnDemand presentations

🎯 Educational Focus

• Radiation oncology
• Adaptive radiotherapy
• eContouring
• Proton therapy
• Heavy ion therapy
• Radiopharmaceuticals
• Clinical treatment planning
• Oligometastatic disease
• Precision oncology
• Advanced radiation technologies

👨‍⚕️ Target Audience

• Radiation oncologists
• Radiation oncology residents
• Medical physicists
• Clinical physicists
• Radiation therapists
• Radiation dosimetrists
• Oncology nurses
• Allied oncology professionals

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Educational Focus

This advanced oncology program delivers clinically relevant education in:

• Modern radiation therapy
• Treatment contouring
• Precision radiotherapy
• Adaptive treatment planning
• Radiation safety
• Advanced oncologic imaging integration
• Multidisciplinary cancer management

The curriculum emphasizes practical implementation of modern radiation oncology techniques.

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Adaptive Radiotherapy & Precision Oncology

A major component of the course focuses on adaptive radiation therapy technologies.

Topics Include

• Adaptive radiotherapy
• Image-guided radiotherapy
• Treatment personalization
• Precision contouring
• Dose optimization
• Target volume delineation

Participants review advanced strategies for improving treatment accuracy and patient outcomes.

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eContouring Workshops

Dedicated contouring sessions provide practical hands-on educational review.

eContouring Areas

• Gynecologic contouring
• Vulvar and vaginal cancers
• Thoracic contouring
• Genitourinary contouring

The curriculum emphasizes accurate target delineation and reduction of treatment variability.

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Disease Site–Specific Radiation Oncology

The program provides comprehensive updates across multiple malignancies.

Covered Disease Areas

• Skin cancers
• Head and neck oncology
• Gastrointestinal cancers
• Gynecologic cancers
• Central nervous system tumors
• Breast cancer
• Lung cancer
• Lymphomas
• Genitourinary malignancies
• Pediatric tumors
• Sarcomas

Participants strengthen understanding of evidence-based radiation therapy approaches across oncology subspecialties.

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Proton Therapy, Heavy Ions & Radiopharmaceuticals

Specialized lectures review emerging radiation technologies and therapies.

Educational Topics

• Proton therapy
• Heavy ion radiotherapy
• Radiopharmaceuticals
• Precision particle therapy
• Advanced treatment modalities
• Technology integration into clinical practice

These sessions reinforce modern approaches to highly targeted oncologic therapy.

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Oligometastatic Disease & Benign Conditions

Advanced discussions explore expanding indications for radiation therapy.

Topics Covered

• Oligometastatic disease treatment
• Stereotactic radiotherapy
• Benign disease radiation management
• Emerging clinical indications
• Multidisciplinary treatment selection

The curriculum highlights evidence-based expansion of radiation oncology applications.

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Pediatric & Rare Tumor Oncology

The course also includes focused updates on specialized oncologic populations.

Educational Themes

• Pediatric radiation oncology
• Sarcoma management
• Rare gynecologic malignancies
• Complex treatment planning
• Long-term toxicity considerations

Participants gain insight into advanced care strategies for complex and less common malignancies.

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Learning Objectives

Upon completion of this activity, participants should be able to:

• Describe and implement modern radiation therapy recommendations
• Safely utilize advanced radiation technologies
• Discuss clinical applications of proton and heavy ion therapy
• Incorporate oligometastatic disease treatment into clinical practice
• Describe radiation management of benign disease
• Apply contouring principles in thoracic, gynecologic, and genitourinary oncology
• Improve treatment planning and patient care through evidence-based radiation oncology strategies

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Included OnDemand Topics

Core Refresher Sessions

• Skin
• Head and Neck
• Gastrointestinal: Upper and Lower
• Gynecologic: Endometrial and Cervical
• Adaptive Radiotherapy
• Central Nervous System
• Breast
• Lung
• Radiopharmaceuticals
• Lymphomas
• Genitourinary

eContouring Sessions

• Gynecologic: Vulvar and Vaginal
• Thoracic
• Genitourinary

Bonus OnDemand Presentations

• Pediatrics
• Vulvar and Vaginal Cancers
• Sarcomas

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Learning Experience

The course combines:

• Radiation oncology
• Treatment planning
• eContouring
• Adaptive radiotherapy
• Precision oncology
• Particle therapy
• Radiopharmaceuticals
• Clinical oncology
• Multidisciplinary cancer care
• Advanced radiation technologies

The educational structure emphasizes practical implementation, treatment safety, contouring precision, and evidence-based oncologic care.

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Who Should Enroll

This course is especially valuable for:

• Radiation oncologists
• Radiation oncology residents
• Medical physicists
• Radiation therapists
• Dosimetrists
• Oncology nurses
• Clinical physicists
• Multidisciplinary oncology clinicians

It is particularly useful for clinicians seeking updated knowledge in advanced radiation therapy techniques and disease-site management.

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Why This Course Stands Out

Comprehensive Radiation Oncology Coverage

Provides broad disease-site updates alongside advanced treatment technologies.

Strong Practical Contouring Focus

Includes dedicated eContouring sessions for high-yield oncologic regions.

Modern Technology Integration

Covers adaptive radiotherapy, proton therapy, and radiopharmaceutical applications.

Multidisciplinary Clinical Relevance

Combines technical radiation planning with evidence-based oncology management.

ASTRO Expert Faculty

Features leading radiation oncology educators and clinical experts.

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Clinical Value

The ASTRO Annual Refresher Course 2026 OnDemand program delivers advanced radiation oncology education through integrated coverage of:

• Adaptive radiotherapy
• eContouring
• Proton therapy
• Heavy ion therapy
• Radiopharmaceuticals
• Thoracic oncology
• Breast oncology
• CNS tumors
• Genitourinary malignancies
• Gynecologic cancers
• Pediatric oncology
• Sarcoma management
• Oligometastatic disease

The combination of contouring education, precision radiotherapy training, advanced oncology technologies, and multidisciplinary evidence-based management makes this program highly valuable for modern radiation oncology practice.