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Enhancing Setup Reproducibility in Head & Neck Radiotherapy:

The Science of Thermoplastic Mask Fit Introduction Head and neck radiotherapy presents one of the greatest challenges in modern radiation oncology. The complex anatomy, proximity of critical organs at risk…

Gentle Precision: Balancing Patient Comfort and Setup Rigidity in Pediatric Radiotherapy

Explore the benefits of mindful eating practices for overall well-being. A wonderful tranquility has taken proprietorship of my entirety soul, like these sweet mornings of spring which I appreciate with…

Protecting OARs in Complex Head & Neck Treatments: Advanced Immobilization Strategies

Introduction Radiotherapy for head and neck malignancies demands an exceptional balance between maximizing tumor control and protecting organs at risk (OARs). Structures such as the spinal cord, brainstem, parotid glands,…

Supine vs. Prone Positioning for Breast Cancer: Choosing the Right Auxiliary System for Your Clinic

Introduction Breast cancer radiotherapy has evolved significantly over the past decades, with growing emphasis on organ-at-risk (OAR) sparing, treatment reproducibility, and patient comfort. Among the most fundamental decisions in treatment…

Reducing Heart and Lung Exposure: Innovative Positioning Solutions in Left-Sided Breast Radiotherapy

Introduction Left-sided breast radiotherapy presents a unique and well-recognized clinical challenge: how to achieve optimal target coverage while minimizing radiation dose to the heart and ipsilateral lung. Despite advances in…

Managing Respiratory Motion in Abdominal SBRT: Best Practices for High-Precision Positioning

Introduction Stereotactic body radiotherapy (SBRT) has transformed the management of abdominal malignancies by enabling the delivery of ablative doses with sub-millimeter precision. However, this precision is constantly challenged by a…

Improving Stability in Liver and Pancreatic Radiotherapy: The Role of Vacuum Cushions and Frames

Introduction Radiotherapy for liver and pancreatic tumors represents one of the most technically demanding applications in abdominal radiation oncology. These targets are not only subject to significant respiratory motion but…

Optimizing Lung SBRT Outcomes: How Rigid Immobilization Minimizes Inter-fraction Motion

Introduction Stereotactic body radiotherapy (SBRT) has become a standard treatment option for early-stage lung cancer and selected metastatic lesions, offering high local control with a limited number of fractions. However,…

The Impact of Couchtop Attenuation on Lung Cancer Treatment Planning: Why Carbon Fiber Matters

Introduction In lung cancer radiotherapy, treatment accuracy depends not only on advanced delivery techniques and precise patient positioning, but also on the beam path itself. While considerable attention is paid…

Customizing Immobilization for Small Patients: Technical Challenges and Solutions in Pediatrics

Introduction Pediatric radiotherapy presents a unique clinical challenge: achieving the same level of geometric precision required in adult treatments while caring for patients who are more vulnerable to anxiety, discomfort,…