Molecular Machine: Unlocking the Potential of Nanoscale Engineering in Biological Systems
About this ebook
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.
