WORKFLOW CHANGES & RESPONSIBILITIES CONCERNING USER APPLICATION OF TOMOTHERAPY OVER LINEAR ACCELERATOR, A RADIATION THERAPIST STANDPOINT

Abstract

Radiation Therapist's (RTT) role in the driven modern Technology is rapidly evolved day by day, with the new advancement through Articial Intelligence involvement making errors less efcient time effective workow, but at the end of the day, there is a signicant of Radiation Therapist who is responsible for mastering the high Complex Radiation dose Delivery. Linear Accelerator (LA) known as a linear particle accelerator has many applications such as they generate X-rays and high-energy electrons for Radiation therapy, Treatment purposes used directly to achieve the highest kinetic energy for light particles for particle physics. Ionizing in medicine works by damaging the DNA of cells including cancer cells. We can this is the primary radiation Unit for treating cancer patients. Most Radiation Therapists have basic user guidelines to Operate the C-arm Linear accelerator, On the Otherhand, The Tomotherapy System is among the most revolutionary radiotherapy innovations in the history of cancer treatment, completely redening the standard for individualized and precise treatment of tumors anywhere in the body ,while creating a new paradigm for patient comfort and quality of life. Tomotherapy combines integrated CT imaging for exceptional treatment accuracy with a rst-of-its-kind helical treatment delivery platform that uses patented beam-shaping technology to precisely target tumors while minimizing the impact on surrounding healthy tissue. There are various Operational Changes as compared to the traditional LA where Radiation Therapist needs to adapt themselves to these signicant Changes The aim of this paper is to briey describe the new generation of Tomotherapy Radiation Therapists point of view and the changes in the regular workow towards the high-end treatment modality.