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Nanotechnology-This chapter introduces the fundamental principles of nanotechnology and its applications in various fields, focusing on the intersection with medicine
Nanomaterials-Explores the various materials at the nanoscale, highlighting their unique properties and how they are utilized in medical technologies
Characterization of nanoparticles-Discusses the techniques used to characterize nanoparticles, which are essential for ensuring their safety and efficacy in medical applications
Nanomechanics-Examines the mechanical properties of nanoscale materials, an important aspect in designing medical devices and drug delivery systems
Nanosensor-Delves into the role of nanosensors in diagnosing diseases and monitoring patients, a key development in personalized medicine
Nanoelectronics-Focuses on the integration of nanotechnology with electronics, leading to innovations in diagnostic tools and treatment methods
MBN Explorer-Introduces MBN Explorer, a software used for simulating molecular interactions, providing insights into nanomedicine research and applications
Nanomedicine-The core of the book, this chapter explores how nanotechnology is revolutionizing drug delivery, diagnostics, and therapies in medicine
Nanoruler-Discusses the use of nanorulers for precise measurements at the molecular level, crucial for the development of nanomedicine technologies
Nanoengineering-Provides an overview of how nanoengineering is applied to design and fabricate medical devices at the nanoscale
Drexler–Smalley debate on molecular nanotechnology-Analyzes the famous debate between two visionaries, offering perspectives on the potential and risks of molecular nanotechnology in medicine
K. Eric Drexler-A detailed look at the contributions of K. Eric Drexler, one of the leading figures in molecular nanotechnology and its implications for the future of medicine
Nanomanufacturing-Explains the techniques used to manufacture nanomaterials at scale, essential for bringing nanomedicine from the lab to realworld applications
Nanotechnology for water purification-Focuses on the role of nanotechnology in solving global health challenges, such as clean water access, and its potential for public health improvement
Nanochemistry-Covers the chemical processes that underlie the creation and manipulation of nanomaterials, vital for advancing nanomedicine
Productive nanosystems-Investigates how productive nanosystems are designed to perform complex tasks at the molecular level, with applications in drug delivery and medical devices
Green nanotechnology-Discusses environmentally sustainable practices in nanotechnology, ensuring that advancements in nanomedicine do not come at the cost of the environment
Nanometrology-Explores the importance of precise measurements at the nanoscale for the development of reliable medical applications
Selfassembling peptide-Looks at how peptides selfassemble at the nanoscale, a promising avenue for creating new medical materials and delivery systems
History of nanotechnology-Provides a historical perspective on the evolution of nanotechnology, helping readers understand how far nanomedicine has come and where it's headed
