Molecular Machine

In the age of groundbreaking advancements, the exploration of molecular machines and their role in the emerging field of microswimmers is more crucial than ever. Fouad Sabry's “Molecular Machine,” part of the “Microswimmer” series, delves deep into the world of nanotechnology and molecular mechanics. This book is indispensable for professionals, researchers, students, and enthusiasts who are keen to understand the mechanisms powering future technologies. With its comprehensive exploration of key concepts, the book bridges the gap between theoretical knowledge and practical applications, offering valuable insights into the mechanics of life at the molecular level

Chapters Brief Overview:

Molecular machine: Introduces the foundational principles of molecular machines, outlining their potential in technology and biology

Synthetic molecular motor: Explores how synthetic molecular motors mimic natural biological processes and their future applications

Catenane: Details the construction and function of catenanes, which are pivotal in creating complex molecular systems

Polycatenane: Expands on the concept of polycatenanes, highlighting their role in enhancing molecular interactivity

Aptamer: Discusses aptamers as molecular recognition tools with applications in biotechnology and medicine

Molecular sensor: Examines the development of molecular sensors for detecting environmental changes at the nanoscale

Molecular motor: Delves into various types of molecular motors and their potential for driving microscopic machines

DNA nanotechnology: Focuses on DNA’s role in nanotechnology, including its use in building selfassembling structures

Photoswitch: Investigates the use of photoswitches in molecular machines for controlling processes with light

Molecular recognition: Explains the mechanisms of molecular recognition, crucial for targeted drug delivery and diagnostics

Molecular switch: Describes molecular switches and their use in controlling the behavior of nanosystems

Mechanically interlocked molecular architectures: Discusses the creation of interlocked molecular structures with unique mechanical properties

Molecular knot: Explores the fascinating concept of molecular knots and their implications in molecular design

JeanPierre Sauvage: Highlights the contributions of JeanPierre Sauvage to the development of molecular machines and their applications

Host–guest chemistry: Explores the principles of hostguest chemistry, focusing on the interactions between molecules

Nathalie Katsonis: Celebrates the groundbreaking work of Nathalie Katsonis in the field of molecular motors and machines

Harry Anderson (chemist): Discusses Harry Anderson’s contributions to the development of supramolecular chemistry and its application in molecular machines

Rotaxane: Introduces rotaxanes, focusing on their structure and applications in molecular switches and motors

Supramolecular chemistry: Examines the field of supramolecular chemistry and its role in advancing molecular machines

Ben Feringa: Chronicles the achievements of Ben Feringa in the field of molecular motors and their realworld applications

Nanomotor: Concludes with a discussion on nanomotors, exploring their potential to revolutionize fields such as robotics and medicine

This book is more than just a collection of technical knowledge—it's a gateway to understanding the future of molecular science and technology. The connection between the chapters illustrates the cohesive narrative of how molecular machines are shaping the future. The detailed chapter breakdown ensures that readers gain both a solid foundation and an advanced understanding of each concept, making this an invaluable resource for anyone interested in the cuttingedge world of molecular machines and microswimmers.