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Advanced Techniques in Radiotherapy

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This course offers a comprehensive exploration of modern radiotherapy methods, including IMRT, IGRT, and brachytherapy. Participants will gain in-depth knowledge of personalized treatment planning and advanced tumor-targeting techniques. With expert-led webinars, interactive modules, and case studies, this course equips oncology professionals with the skills to apply cutting-edge practices in clinical settings. Ideal for radiation therapists, oncologists, and medical physicists, the course blends theory with practical application to optimize patient care and outcomes.


Meet our team

Dedicated professionals driving our success


Dr. Sophia Lee

 Medical Physicist


Dr. Sophia Lee is a leader in optimizing treatment accuracy through real-time imaging, with a particular focus on applying cutting-edge technologies in clinical radiotherapy.


 


Prof. Daniel Carter

 Oncology Researcher


Prof. Daniel Carter specializes in radiogenomics, exploring how genetic profiling can enhance the effectiveness of radiation treatments for cancer patients. 


Dr. Emily Zhao

 Clinical Oncologist


Dr. Emily Zhao is an expert in personalized radiotherapy, including proton therapy, and advocates for integrating advanced techniques into clinical practice to treat complex tumors.


 


Richard Allen

 Radiotherapy Specialis


Richard Allen has 20 years of experience in radiotherapy, specializing in advanced treatment techniques like IMRT and IGRT, with a focus on integrating artificial intelligence for precision in cancer care.

✽ Week 1: Introduction to Advanced Radiotherapy

Day 1-2: Fundamentals of Radiotherapy

  • Overview of radiotherapy techniques (IMRT, IGRT, 3D-CRT)
  • Introduction to radiation physics and technology

Day 3-5: Tumor Biology and Radiotherapy

  • Understanding tumor responses to radiation
  • Principles of dose distribution and treatment planning

✽  Week 2: Image-Guided and Intensity-Modulated Radiotherapy (IGRT & IMRT)


Day 1-2: IMRT Techniques

  • Dosimetry, treatment planning, and clinical applications

Day 3-5: IGRT for Precision Treatment

  • Integration of imaging technologies for tumor localization
  • Patient setup and verification techniques

  Week 3: Brachytherapy & Personalized Radiotherapy

  • Day 1-3: Brachytherapy
    • Techniques for prostate, gynecological, and breast cancer treatments
    • Dosimetric planning for internal radiation
  • Day 4-5: Personalized Radiotherapy
    • Genetic profiling and patient-specific treatments
    • Using biomarkers to improve treatment efficacy

✽  Week 4: Emerging Technologies and Future Directions

Day 1-3: Proton Therapy & Advanced Imaging
  • Comparison of proton therapy to conventional radiotherapy
  • Integration of advanced imaging (PET, MRI) into treatment planning
Day 4-5: The Future of Radiotherapy
  • AI and machine learning applications
  • Emerging treatment modalities (e.g., particle therapy, radiogenomics)