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# 2025 Biodegradable Holmium-166 Rods |
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This biodegradable rod delivers localised Holmium-166 radiation directly into solid tumours while enabling real-time imaging. It retains over 99% of its activity for 200+ hours and shows strong cytotoxicity in liver cancer cells, with minimal damage to surrounding tissue. Made from polycaprolactone and globally accessible isotopes, it avoids surgical removal, lowers systemic toxicity, and reduces healthcare burden. Offering a safer, more scalable approach, this technology modernises cancer care through targeted, minimally invasive radiotherapy
As an ambitious researcher and Ph.D. student in Medical Science at Taylor's University, I am deeply passionate about advancing healthcare through innovative discoveries. My academic journey began with a Bachelor's degree in Biotechnology, which laid the groundwork for my expertise in cell culture, drug release mechanisms, and advanced drug delivery systems, with a particular focus on radiopharmaceuticals.I hold a Business Degree in Management, which equips me with strategic thinking, project management, and leadership skills essential for bridging scientific innovation with practical implementation in healthcaremore
University of Illinois at Urbana-Champaign
Low-cost neurosurgical navigation for life-saving brain procedures
University of California, Los Angeles
Internal radiotherapy with stabilising bladder balloon
Programmable gene-targeting therapy and diagnostics to combat antimicrobial resistance
