Gold nanoparticles in chemotherapy-Explore how gold nanoparticles amplify chemotherapy's effectiveness by enhancing drug delivery and precision targeting

Colloidal gold-Delve into the properties of colloidal gold and its applications in drug delivery systems, highlighting its potential for precise cancer therapy

Photoimmunotherapy-Learn about the use of photoimmunotherapy in conjunction with gold nanoparticles for effective cancer treatment, utilizing lighttriggered immune responses

Nanoparticle drug delivery-This chapter examines nanoparticle drug delivery systems that ensure efficient cancer drug transportation, improving treatment outcomes

RNAi nanoparticles to target cancer-Discover how RNA interference (RNAi) technology, delivered via nanoparticles, is being used to silence cancerrelated genes for better therapeutic responses

Magneticplasmonic bifunctional nanoparticles-A look at bifunctional nanoparticles that combine magnetic and plasmonic properties for targeted cancer treatment with enhanced control

Experimental cancer treatment-Gain insight into ongoing experimental approaches to cancer treatment using gold nanoparticles and other nanomaterials in clinical trials

Angiogenesis-Understand how nanoparticles can inhibit angiogenesis, the process that tumors use to grow blood vessels, thereby limiting cancer growth

Magnetic nanoparticles in drug delivery-Learn how magnetic nanoparticles are leveraged for targeted drug delivery, allowing drugs to reach cancer cells more efficiently

Nanoshell-Explore the concept of nanoshells and their potential in cancer treatment, providing targeted therapy through controlled drug release and heat generation

Nanotechnology in cosmetics-This chapter highlights the interdisciplinary application of nanotechnology, focusing on cosmetic formulations for skincare and cancer treatment synergy

Protein nanoparticles-Understand how protein nanoparticles are being developed as carriers for drug delivery, improving the bioavailability of therapeutic agents

Enhanced permeability and retention effect-Investigate how nanoparticles exploit the enhanced permeability and retention effect to passively target cancer cells, improving drug efficacy

Magnetictargeted carrier-Examine the role of magnetictargeted carriers in achieving precision cancer treatment by guiding drugs directly to the tumor site

HadiyahNicole Green-Discover the pioneering work of Dr. HadiyahNicole Green, who is using gold nanoparticles for cancer treatment, making significant contributions to the field

Arginylglycylaspartic acid-Learn about the use of peptides like arginylglycylaspartic acid to improve nanoparticle binding and cancer cell targeting, advancing therapeutic outcomes

Angiogenesis inhibitor-Explore how nanoparticles act as inhibitors to angiogenesis, disrupting tumor growth by preventing the formation of new blood vessels

Nanomedicine-Delve into the broader implications of nanomedicine in cancer therapy, focusing on how nanoparticles are being incorporated into mainstream treatments

Nanomaterials and cancer-A detailed examination of various nanomaterials and their unique roles in targeting cancer cells, revolutionizing treatment protocols

Multiple layered plasmonics-Discover how multiplelayered plasmonic nanoparticles enhance cancer treatment through their unique ability to concentrate light at the tumor site

Photothermal therapy-Learn about photothermal therapy using gold nanoparticles to generate heat at targeted cancer sites, offering a promising approach for treating tumors