Radiation oncology

Erode Cancer Center also specializes in Radiation Oncology, providing precise and advanced radiation therapy to effectively target and treat cancer.

Home
»
Radiation oncology

Speciality

Radiation Oncology – Precision Cancer Care at Erode Cancer Centre

Radiation therapy employs meticulously targeted and carefully regulated doses of high-energy radiation to effectively destroy cancer cells. While some cancer cells die immediately following treatment, most are incapacitated or eliminated over time due to radiation-induced damage to their chromosomes and DNA. This targeted approach makes radiation therapy a cornerstone of modern cancer treatment.

At Erode Cancer Centre, our Radiation Oncology department leverages the expertise of experienced radiation oncologists, medical oncologists, surgical oncologists, surgeons, and other specialists to provide coordinated and comprehensive care. Combining state-of-the-art equipment with a patient-centered approach, our team ensures precise, efficient, and compassionate treatment.

Specialized Expertise for Superior Care

Each radiation oncologist at Erode Cancer Centre is highly trained in administering radiation therapy for cancer patients as well as those with benign (noncancerous) conditions. Many of our experts focus on specific cancer types, including complex and rare cases, enabling them to deliver precision-targeted treatments and achieve improved patient outcomes.

Once the radiation oncologist identifies the treatment area, radiation is directed at cancerous tumors with minimal exposure to adjacent healthy tissues. Every patient receives a personalized treatment plan tailored to their unique needs and circumstances

Erode Cancer Centre adheres to internationally recognized cancer management protocols. These guidelines emphasize scientific excellence, strong research initiatives, and a multidisciplinary approach to cancer prevention, diagnosis, and treatment.

Advanced Radiation Techniques

Our radiation oncology team employs cutting-edge techniques, including brachytherapy, where radioactive sources are placed directly inside or near the tumor. The process involves:

Placement of Applicators: Applicators are carefully positioned in the tumor area with the assistance of imaging technologies like CT scans.

High-Dose Radiation Delivery: Using a HDR Microselectron device, small radiotherapy sources (Ir-192) are deployed to the tumor site and complete treatment within minutes.

Repetition and Personalization: The number of sessions is customized based on the tumor type and individual patient requirements.

These advanced techniques minimize treatment time while maximizing precision and efficacy.