Molecular Machine

Unlock the potential of the cuttingedge world of molecular machines with Molecular Machine, a comprehensive guide that delves into the revolutionary field of DNA Nanotechnology. Written by Fouad Sabry, this book explores the intricate mechanisms at the heart of molecular motors and their applications. Whether you're a professional in the field, an undergraduate or graduate student, or simply an enthusiast, this book offers insights that will deepen your understanding and fuel your curiosity in molecular science and engineering.

Chapters Brief Overview:

1: Molecular machine: The foundational concepts of molecular machines, setting the stage for advanced DNA nanotechnology.

2: Nanomotor: Introduction to the first practical applications of molecular motors at the nanoscale.

3: Aptamer: The role of aptamers in molecular recognition and their influence on DNA nanotechnology.

4: Harry Anderson (chemist): Exploring the contributions of Harry Anderson to the field of DNA nanotechnology.

5: Host–guest chemistry: Understanding the significance of host–guest interactions in the design of molecular machines.

6: Catenane: Insights into catenanes, interlocking rings that enable molecular systems to function as machines.

7: Photoswitch: Investigating lightresponsive molecules and their potential to control molecular motors.

8: Polycatenane: Exploring the evolution of catenane technology and its advanced applications.

9: Molecular knot: A look at the role of molecular knots in creating complex molecular machines.

10: Rotaxane: Delving into the mechanics of rotaxanes, which represent another key component of molecular machinery.

11: Mechanically interlocked molecular architectures: The importance of mechanically interlocked molecules in the design of efficient molecular machines.

12: Ben Feringa: The achievements of Ben Feringa and his influence on the development of molecular motors.

13: Molecular recognition: How molecular recognition is a critical feature in the functioning of DNAbased systems.

14: Molecular motor: A deep dive into the various types of molecular motors and their realworld applications.

15: Nathalie Katsonis: The impact of Nathalie Katsonis in the realm of molecular machines and nanotechnology.

16: Molecular switch: Understanding how molecular switches operate and their application in DNAbased systems.

17: Synthetic molecular motor: Examining the development of synthetic motors, pushing the boundaries of nanotechnology.

18: Molecular sensor: The use of molecular sensors in DNA nanotechnology to detect specific biological markers.

19: JeanPierre Sauvage: The contributions of JeanPierre Sauvage to the evolution of molecular machinery.

20: DNA nanotechnology: The overarching framework of DNA nanotechnology, connecting all the concepts explored in this book.

21: Supramolecular chemistry: A comprehensive look at how supramolecular chemistry enhances the functionality of DNA nanotechnology.

The Molecular Machine book isn't just a collection of scientific concepts; it’s an essential resource that bridges the gap between theory and application in the dynamic field of DNA nanotechnology. Perfect for professionals, students, and anyone with a fascination for how molecular systems can revolutionize the future of medicine, engineering, and beyond.