Two students from the School of Traditional Chinese Medicine (TCM), Kai Lee Yee and Angel Yong Hua Ong, have contributed a book chapter titled Eco-friendly Nanoparticle Synthesis for Cancer Treatment: A Sustainable Healthcare Approach in the newly published book Sustainable Pharmaceutical Product Development and Optimization Processes: From Eco-Design to Supply Chain Integrity, by Springer Nature.

Their chapter explores the potential of nanoparticles (NPs) in cancer treatment, focusing on their ability to enhance specificity, efficiency, and therapeutic effects while minimizing side effects. By utilizing targeted delivery methods, NPs can effectively transport therapeutic agents to cancer cells, reducing off-target effects and systemic toxicity. Additionally, NPs can penetrate tumor tissues more effectively, carry multiple drugs for combined treatments, and integrate imaging agents for real-time monitoring, contributing to improved patient care.

The chapter also discusses different classifications of NPs, including organic and inorganic types, and highlights the importance of green synthesis methods. Unlike traditional synthesis methods, which can be costly and environmentally harmful, green synthesis using plant extracts offers a safer, more economical, and time-efficient alternative. The book features contributions from researchers globally, addressing key topics in pharmaceutical sustainability and eco-friendly innovation.

Kai Lee Yee and Angel Yong Hua Ong’s work reflects the growing interest in integrating modern nanotechnology with environmentally friendly approaches in cancer treatment. Their chapter provides valuable review for researchers, clinicians, and students interested in sustainable pharmaceutical advancements.

For more details, the book chapter can be accessed at Springer Link, and the full book is available at Springer Link.