Radioembolization Samarium Therapy
Project Overview
Category
Disciplines
University
Year
About
This project advances targeted cancer treatment using a novel microsphere loaded with radioactive Samarium-153 (Sm-153). Designed for low production cost and optimal effectiveness, these microspheres emit both beta and gamma radiation, allowing for precise treatment and monitoring. Delivered through minimally invasive injection, they irradiate tumours with high-energy beta radiation, sparing healthy tissue, while gamma rays enable imaging. Promising preclinical results show significant tumour reduction. The project is moving towards Phase I clinical trials and aims to extend its application to various cancers
Team
Shalaine Tatu
Taylor’s University
Shalaine Tatu, a Filipino PhD student at Taylor's University in Malaysia, is on a mission to make cancer treatment affordable for low- and middle-income countries. She’s working with Prof. Chai Hong Yeong, a renowned scientist in nuclear medicine, on a breakthrough treatment for liver cancer using innovative, cost-effective radioactive microspheres. Shalaine’s role focuses on ensuring precise treatment, helping bring this life-saving technology from the lab to real-world use. Passionate about making a difference, she’s dedicated to improving access to effective cancer care for those who need it most.
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