Hello! Let's explore Radiotherapy—a cornerstone of modern cancer treatment.
What is Radiotherapy?
Radiotherapy, also known as radiation therapy, uses intense beams of energy (most often X-rays, but sometimes protons or other particles) to kill disease cells. It works by damaging the cells' genetic material (DNA), which prevents them from growing and dividing.
Latest Innovations
The future of radiotherapy is about speed, particles, and integration:
FLASH Radiotherapy: This is an experimental technique that delivers the radiation dose at an ultra-high dose rate—hundreds of times faster than conventional treatment. Early studies suggest this rapid delivery can effectively destroy diseased cells while significantly sparing normal, healthy tissue, potentially leading to dramatically reduced side effects.
Hello! Let's explore Radiotherapy—a cornerstone of modern cancer treatment.
What is Radiotherapy?
Radiotherapy, also known as radiation therapy, uses intense beams of energy (most often X-rays, but sometimes protons or other particles) to kill disease cells. It works by damaging the cells' genetic material (DNA), which prevents them from growing and dividing.
Latest Innovations
The future of radiotherapy is about speed, particles, and integration:
FLASH Radiotherapy: This is an experimental technique that delivers the radiation dose at an ultra-high dose rate—hundreds of times faster than conventional treatment. Early studies suggest this rapid delivery can effectively destroy diseased cells while significantly sparing normal, healthy tissue, potentially leading to dramatically reduced side effects.
AI Integration: Artificial Intelligence is being used extensively to automate and optimize every step of the process—from rapidly contouring (drawing boundaries around) the tumor and critical organs on planning scans, to optimizing the complex dose calculations. This speeds up treatment planning and enhances safety and precision.