Cell-Free Production: System Development (2023)


SKU: 9783031430244
Editor: Lu, Yuan Jewett, Michael C
Publication Date: 10/19/2023
Publisher: Springer
Binding: Hardcover
Media: Book
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This book reviews the development of cell-free production platforms and offers an authoritative perspective of the latest advances and methodologies in cell-free production systems. Readers will discover the biomanufacturing potential of in vitro biotransformation (ivBT) employing purified cascade multi-enzymes, the development of hydrogel-based multi-enzymatic systems for biosynthesis, and novel insights into the optimization of biocatalytic processes. Additionally, the book explores the cell-free production and regeneration of cofactors, shedding light on strategies to enhance the efficiency and sustainability of cellular processes.

In this book, particular attention is given to the progress of cell-free in vitro evolution techniques for optimizing enzyme performance, and the book also presents the integration of rapid and finely-tuned expression systems for deployable sensing applications, revolutionizing the field of biosensing. The synthesis and electrophysiological analysis of multipass voltage-gated ion channels tethered in microsomal membranes are explored, providing a deep understanding of cellular function at the molecular level. Lastly, the book covers compartmentalized cell-free expression systems for building synthetic cells, showcasing the potential for constructing artificial cellular systems with unique functionalities.

Given its breadth, this book appeals to academics, researchers, and professionals interested in the forefront of biotechnology, and together with the companion volume “Cell-free Macromolecular Synthesis”, both books highlight the research progresses on the basic and applied research of cell-free production systems in the last few years, being invaluable resources in the field.

Chapter “Cell-free synthesis and electrophysiological analysis of multipass voltage-gated ion channels tethered in microsomal membranes” is available open access under a Creative Commons Attribution 4.0 International License via link.springer.com.