Nanorobotics: Intelligent Micromachines for Reproductive Medicine and Targeted Therapy

Chapters Brief Overview:

1: Nanorobotics – Introduction to nanoscale robotics and their potential in healthcare and industry.

2: Molecular nanotechnology – Explores molecular precision in nanoscale systems and robotic mechanisms.

3: Nanotechnology – Discusses the fundamental principles shaping the development of nanorobots.

4: Nanomedicine – Examines nanorobotics' role in diagnostics, targeted therapy, and regenerative medicine.

5: Nanomotor – Analyzes propulsion mechanisms enabling nanorobots to navigate biological environments.

6: Molecular machine – Covers nanoscale mechanical systems mimicking biological functions for robotics.

7: Nanobiotechnology – Investigates the fusion of nanotechnology and biology for medical applications.

8: Nanotechnology in fiction – Reviews speculative portrayals of nanorobots in literature and media.

9: DNA origami – Introduces DNAbased nanostructures for constructing nanoscale robotic frameworks.

10: Molecular biophysics – Explains the physics governing interactions at the molecular level in nanorobots.

11: DNA nanotechnology – Discusses programmable DNA structures for precise nanoscale engineering.

12: Nanoscale plasmonic motor – Highlights lightdriven propulsion systems for autonomous nanorobots.

13: Applications of nanotechnology – Showcases realworld nanotechnology innovations across industries.

14: Robotic sperm – Focuses on biohybrid microrobots designed for fertility treatments and drug delivery.

15: DNA walker – Explores synthetic nanoscale transport systems for targeted biomolecular tasks.

16: Ambarish Ghosh – Details the contributions of a leading scientist in nanorobotics research.

17: Biohybrid microswimmer – Investigates the integration of biological components into nanorobotics.

18: Microswimmer – Discusses artificial microscale swimmers for medical and industrial use.

19: Debayan Dasgupta – Showcases the work of a key innovator in nanorobotic propulsion.

20: K. Eric Drexler – Reviews foundational theories of molecular nanotechnology and robotics.

21: Robert Freitas – Explores visionary insights on medical nanorobotics and future applications.

Unlock the future of nanorobotic innovation with this comprehensive guide. Whether you are a professional, student, or hobbyist, this book provides invaluable insights into the cuttingedge advancements shaping tomorrow’s technology. Dive into a world where science fiction becomes reality and discover the immense possibilities of nanorobotics today.