Photo-Responsive Cancer Treatments: A Spatiotemporal Approach Across Malignancies

This edited volume explores innovative therapeutic approaches that utilize light-based technologies for precise spatial and temporal targeting of cancer cells. It focuses on modern, minimally invasive treatments such as photodynamic therapy (PDT) and photothermal therapy (PTT), which offer high selectivity, reduced side effects, and enhanced effectiveness across a range of cancer types including breast, brain, lung, liver, and more. It presents a comprehensive overview of how external stimuli can be modulated to destroy tumors while preserving surrounding healthy tissue.

Spatio-temporally controllable therapies are rapidly gaining attention due to their ability to deliver localized treatment with precise timing, minimizing systemic toxicity. These methods exploit photo-responsive agents that are activated by external energy sources, such as light, to produce therapeutic effects directly at the tumor site. The book delves into the fundamental mechanisms, design principles, and clinical advancements of photo-triggered modalities, as well as emerging combinations with other treatments like radiotherapy, sonotherapy, and magnetic-based interventions. With in-depth case studies and disease-specific chapters, it bridges the gap between research innovation and clinical application, emphasizing gliomas, pancreatic, and bladder cancers among others.

This book is an essential resource for oncologists, medical researchers, biomedical engineers, pharmaceutical scientists, and graduate students interested in cancer therapy innovation. It also serves as a reference for healthcare professionals seeking to understand and adopt targeted, next-generation cancer treatment strategies.