Nano-Oncology Applications for Sustainable Synthesis and Precision Therapeutics

Cancer therapy continues to face significant challenges as many conventional treatments lack specificity, contributing to systemic toxicity, multidrug resistance, and inconsistent therapeutic outcomes. Nano-oncology offers a promising path forward by enabling targeted delivery, controlled drug release, active tumor localization, and improved treatment precision through engineered nanomaterial platforms. At the same time, the field must address concerns associated with chemically intensive nanoparticle synthesis, including environmental burden, biocompatibility limitations, reproducibility issues, and regulatory complexity. Sustainable synthesis strategies are increasingly important for advancing safer and more responsible cancer nanomedicine. By integrating sustainability with precision therapeutics, green nano-oncology provides a forward-looking framework for developing effective, biocompatible, and clinically translatable cancer treatment strategies. Nano-Oncology Applications for Sustainable Synthesis and Precision Therapeutics establishes green nano-oncology as a scientifically robust and clinically relevant framework for next-generation cancer therapeutics. By critically integrating sustainable nanomaterial synthesis with precision oncology, it addresses key limitations of both conventional cancer treatments and chemically intensive nanomedicine approaches. Covering topics such as active targeting, polymeric nanocarriers, and surface functionalization, this book is an excellent resource for researchers, PhD scholars, postdoctoral fellows, oncologists, clinician-scientists, industry professionals, and more.