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Methods and Tools for Measuring Bio-Nano Properties

Original price was: 1,000 ₹.Current price is: 650 ₹.

This book presents advanced methods and analytical tools for measuring bio-nano properties, including characterization techniques, instrumentation, and applications in biotechnology and materials science.

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Overview
This comprehensive volume, Methods and Tools for Measuring Bio-Nano Properties, serves as a critical resource for understanding and applying the latest measurement techniques in the field of nanobiotechnology. It is designed for students, researchers, and professionals working at the intersection of nanoscience and biological systems.

Introduction to Bio-Nano Measurement

As bio-nano interfaces become increasingly relevant in medicine, materials science, and environmental applications, accurate characterization of nanomaterials in biological systems has never been more important. This book addresses key challenges in analyzing bio-nano properties with precision.

Core Measurement Techniques for Bio-Nano Properties

Microscopy-Based Methods

The book covers essential microscopy techniques such as Atomic Force Microscopy (AFM), Scanning Electron Microscopy (SEM), and Transmission Electron Microscopy (TEM), which are widely used in nanoscale imaging and surface analysis.

Secondary keywords used: nanoscale analysis methods, nanomaterial measurement techniques.

Spectroscopy Tools

Gain insights into how spectroscopy methods like Raman, UV-Vis, FTIR, and NMR spectroscopy are utilized to analyze chemical and structural properties at the nano-bio interface.

Secondary keywords used: bio-nano characterization tools, nano-bio interface properties.

Surface and Mechanical Property Measurement

Learn about nanoindentation, zeta potential analysis, and contact angle measurement for evaluating the mechanical and interfacial behavior of nanostructured materials in biological environments.

Applications in Biotechnology and Medicine

This section discusses how nanomaterials are characterized for use in drug delivery, biosensors, medical diagnostics, and tissue engineering—highlighting the importance of accurate bio-nano property analysis.

Secondary keywords used: bio-nanotechnology instrumentation, nanomaterial measurement techniques.

Who Should Read This Book

  • Nanotechnology researchers and students

  • Biotechnologists and biomedical engineers

  • Material scientists and pharmaceutical professionals

  • Academic institutions focused on nano-biotech research

Key Features

  • Detailed overview of advanced characterization tools

  • Real-world application case studies in bio-nanotechnology

  • Covers instrumentation, theory, and practical measurement methods

  • Includes illustrations, diagrams, and best practices for lab work

Book

1

Price of book

$12, Rs 650

About

Medical research is now focusing increasingly on the micro and nanoscale. Concepts such as lab-on-a-chip (microarrays) are now being used the world over to facilitate ultra-sophisticated tests while taking a negligible amount of biological material from the patient. Nanostructures such as quantum dots and dendrimers have started finding extensive applications in curing cancer, and the silver nanoparticle is considered a prime candidate for fighting viruses such as AIDS. These applications are result of amazing properties of the nanostructures which are analyzed and determined by various tools and methods. In medical science properties, of materials play a significant and important role in the development of various medical procedures and systems. Medical science can be revolutionized only by enhancing properties at the nanoscale, therefore Bio-Nano properties come in to play. These properties can be addressed and analyzed by various structural resources, electron microscopy resources and spectroscopy resources. These resources are explained thoroughly in this book

Features

This book explains various X-ray techniques for structural determination in detail. Electron microscopy has excellent ability for measuring the properties at the molecular level, thus this book describes important microscopy basics concepts and methods thoroughly. Various spectroscopy methods have been discussed thoroughly in this book.

Chapters

This book comprises these chapters:

      • Chapter 1 describes the structure resources in detail. Structural determination can be done by various X-Ray techniques that have been discussed in this chapter.
      • Chapter 2 describes the important microscopy resources. The need for electron microscopy has been explained here. Various techniques such as Transmission Electron Microscopy, Low Voltage Electron Microscope, ESEM, Atomic Force Microscope, and Scanning Tunneling Microscope are explained thoroughly. How these resources measure bio-nano properties have explained in this chapter.
      • Chapter 3 describes various spectroscopy resources. It explains clearly the basic scientific concepts behind spectroscopy. Common types of spectroscopy such as FTIR, Ultraviolet-Visible Spectrophotometer, Infrared Spectroscopy, Raman Spectroscopy, NMR Spectroscopy and more are explained with their ability to measure bio-nano properties.

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