Full Description
Exploring Nanocarriers in Breast Cancer Management comprehensively delves into the realm of nanocarrier systems, which have shown immense potential in the management of breast cancer. The scope of this book encompasses a thorough exploration of various nanocarrier systems, including, amongst others, liposomes, niosomes, and microneedles. It highlights recent advancements in these systems and their promising results in breast cancer treatment. Additionally, the book addresses the crucial aspects of toxicity and regulatory considerations associated with nanocarriers. It aims to provide a foundational understanding of nanocarriers, their unique features, and their significant role in breast cancer management.
As breast cancer remains one of the most prevalent forms of cancer today, with no definitive cure currently available, this book is an essential resource for researchers, healthcare professionals, and anyone interested in cutting-edge developments in breast cancer treatment.
Contents
1. Fundamentals and recent advances in breast cancer treatment
2. Microneedles: An emerging approach for management of breast cancer
3. Niosomes: Nonionic surfactant-based system in breast cancer
4. Solid lipid nanoparticles in improving the therapeutic effectiveness of anticancer compound
5. Nanostructured lipid carrier: Second-generation nanoparticles in breast cancer managemen
6. Innovative way of treating breast cancer using carbon nanomaterials
7. Gold nanoparticles: Promising metallic nanoparticles for effective breast cancer
8. Revolutionizing breast cancer therapy with silver nanoparticles: Mechanisms and applications
9. Exploring the potential of liposomes in breast cancer therapeutics
10. Exosome-based therapy for breast cancer treatment
11. Enhanced drug delivery in breast cancer: The role of polymeric micelles
12. Dendrimer-based approaches in breast cancer management
13. Cutting-edge approaches in breast cancer treatment: The role of quantum dots/mesoporous silica nanoparticles
14. Recent advancements in breast cancer therapy
