Benha University Organized an International Workshop on "Particle Therapy for Cancer Tumors"

Under the auspices of:
• Prof. Nasser El-Gizawy, President of Benha University,
• Prof. Gehan Abdel-Hady, Vice President for postgraduate Studies and Research,
opened a workshop on "Particle Therapy for Cancer Tumors," organized by the Faculty of Science in the Prof. Hossam El-Din El-Attar Hall at the university's campus in Al-Obour city.
The event was attended by :
• Prof. Mohamed Heikal, Dean of the Faculty of Science,
• Prof. Hazem Aliwa, Dean of Benha University for postgraduate Studies and Academic Director of the Al-Obour campus,
• Prof. Mohamed Abdel-Rahman Abouriah, Vice Dean of the Faculty of Science for Education and Students,
• Prof. Ali Abdel-Maboud, Vice Dean of the Faculty of Science for postgraduate Studies and Research,
• Faculty members and students.
The Vice President stated that the workshop addressed the direct impact of basic research on medical applications, allowing participants to learn about diagnostic techniques used in cancer treatment, including X-rays, protons, and carbon ions through computer programs. She noted that the workshop included practical training on the MatRad program, which illustrates various diagnostic steps used in cancer treatment, contributing to building their capabilities and enhancing their research potential in this field.
Prof. Gehan Abdel-Hady confirmed that the university's organization of the workshop comes as part of its commitment to directly inform students about the latest advancements in the diagnosis and treatment of cancer tumors. It also aligns with ongoing efforts to enhance international collaboration between academic and research institutions, particularly with the GSI Institute and the European Organization for Nuclear Research, known as CERN.
Prof. Mohamed Heikal added that integrating particle therapy into the main training courses of international physics reflects the significant role of these technologies in the medical field. It discusses one of the most important modern applications of basic sciences, which is the use of particles in cancer treatment. This area embodies the integration of physics, chemistry, and medical sciences, contributing to the development of more precise and effective therapeutic techniques capable of targeting cancer cells while minimizing side effects on healthy tissues.