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Bio-Nanomedical Technology & Application

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Book

1

Price of book

$12, Rs 650

About

In the last several decades, nanotechnology has been developed in several areas, which include drug delivery, bioMEMS, tissue engineering, biosensors, microfluidics, microarrays, and bioimaging. The nanotechnology-based drug delivery system has emerged to be the mainstream research among all the applications because it offers an extraordinary opportunity to make significant advances in medical diagnosis and treatment. Corporate investment in nanotechnology for drug delivery and medical diagnostics is increasing year by year and nanotechnology-based drug delivery has already been commercialized by a lot of companies. Nanotechnology-based drug delivery is generating continuing interest among researchers at the federal government agencies as well as private industrial sectors.

 

ISBN: 93-80387-07-5

Features

This book explains nano-drug delivery systems in detail with their advantages over traditional systems. Quantum dots have been revolutionizing the medical imaging methods so this book describes bout quantum dots for biomarkers in detail. It also discusses microfluidics and microfluidics devices. Sensors and chips are the fundamentals devices of medical technology thus latest nano biosensors and biochips are explained here. Enhanced diagnosis and treatment procedures & methods are discussed in detail. Nanotech based tissue engineering and regenerative medicine describe thoroughly. Electronics has a brilliant role in medical technology thus nanobioelectronics has discussed in this book.

Chapters

This book consists of seven chapters.

      • Chapter 1 explains the various nano-drug delivery systems in detail. It also describes the nano-drug delivery system’s advantages and drug release mechanisms thoroughly.
      • Chapter 2 describes the role of quantum dots in medical imaging for biomarkers. It explains developments & characterization of quantum dots and their role as quantitation tags. Biological applications of quantum dots are discussed in detail.
      • Chapter 3 presents the microfluidics concepts in detail. It describes active and smart passive microfluidics devices thoroughly.
      • Chapter 4 covers the basic concepts of nano biosensors and biochips. It describes fiber optics nanosensors systems, LSPR detection, SWNTOxidoreductase Enzyme Nanobiosensors, Antibodies and Glucose biosensors in detail.
      • Chapter 5 presents the role of bionanotechnology in diagnosis and treatment. It explains various nanotech-based cancer diagnosis & treatment methods.
      • Chapter 6 explains the impact of nanotechnology on tissue engineering and regenerative medicine. It describes nanofibrous scaffolds and nanofeatures of ECM.
      • Chapter 7 provides a perfect insight into nanobioelectronics. It describes nano-based neuro bioelectronics and molecular electronics in detail.