Microfluidics

“Microfluidics” is an indispensable resource for professionals, students, and enthusiasts keen to explore the rapidly evolving world of microswimmers and microfluidics. This comprehensive book delves deep into the cuttingedge technologies and applications shaping fields from biomedical engineering to chemical analysis. It presents essential insights into microfluidic systems, enabling better understanding of how tiny fluidic environments impact cellular behavior, diagnostics, and more. Whether you’re a researcher, an undergraduate, or a graduate student, this book promises to equip you with crucial knowledge in this interdisciplinary domain. The value within far exceeds its cost, providing practical knowledge for realworld applications.

Chapters Brief Overview:

1: Microfluidics: Explore the principles of microfluidic systems and their critical role in modern science.

2: Micropump: Understand the functionality and design of micropumps, which are key components in microfluidic devices.

3: Digital microfluidics: Learn about the manipulation of droplets in digital microfluidic systems for precise control.

4: Labonachip: Discover the integration of multiple laboratory functions into a single chip, revolutionizing diagnostics.

5: Suman Chakraborty: Examine the contributions of Suman Chakraborty to the development of microfluidic technologies.

6: Open microfluidics: Dive into the exploration of open microfluidic systems for diverse applications like cell cultures.

7: Organonachip: Uncover the advancements of organonachip models, simulating human organs for medical research.

8: Microfluidic cell culture: Investigate the role of microfluidics in enhancing cell culture processes for research.

9: Z. Hugh Fan: Discover the pioneering work of Z. Hugh Fan in microfluidic research and its applications.

10: Optoelectrowetting: Learn the principles of optoelectrowetting for controlling droplets in microfluidics with light.

11: Capillary electrophoresis–mass spectrometry: Explore the synergy of capillary electrophoresis and mass spectrometry in chemical analysis.

12: Microfluidics in chemical biology: Gain insights into how microfluidics is advancing the field of chemical biology.

13: Cell culturing in open microfluidics: Understand the innovative approaches to cell culturing in open microfluidic environments.

14: Singlecell analysis: Delve into the techniques of analyzing individual cells within microfluidic systems.

15: Surface acoustic wave: Learn how surface acoustic waves are employed in microfluidic applications for precise manipulation.

16: BioMEMS: Discover the integration of bioMEMS with microfluidic systems for enhanced biomedical research.

17: Flow focusing: Explore the mechanism of flow focusing in microfluidics for controlling fluid flow precisely.

18: Dropletbased microfluidics: Investigate the use of droplets in microfluidics for applications in chemistry and biology.

19: Paperbased microfluidics: Understand the development of paperbased microfluidic devices, offering affordable diagnostics.

20: Cell sorting: Learn how microfluidic systems are transforming the way cells are sorted for biomedical applications.

21: Liquid chromatography–mass spectrometry: Explore the intersection of liquid chromatography and mass spectrometry in advanced chemical analysis.

The study of microfluidics has become central to numerous scientific advancements, and “Microfluidics” provides a deep dive into this transformative field. The knowledge offered within these pages will arm you with the tools necessary to thrive in cuttingedge research and development, whether you are entering the field or seeking to expand your expertise. Unlock the potential of microswimmers and microfluidic devices today!