Robotic Sperm: Advancements in Microengineering for Reproductive Applications
About this ebook
Chapters Brief Overview:
1: Robotic sperm: Introducing the concept of robotic sperm, exploring their potential in targeted drug delivery systems.
2: Biohybrid microswimmer: Examining the fusion of biological and synthetic materials to enhance microswimmer efficiency.
3: Modifiedrelease dosage: Investigating how robotic sperm can be integrated into drug delivery methods with controlled release.
4: Nanorobotics: Unveiling the role of nanorobots in medical applications, particularly in precise cellular interventions.
5: Nanofiber: Understanding the use of nanofibers in microswimmer construction for increased strength and functionality.
6: Nanomedicine: Exploring the integration of nanorobotics in treating diseases, with a focus on its application in medicine.
7: Electrospinning: Detailing the electrospinning process and its use in creating functional nanofibers for biomedical purposes.
8: Soft robotics: Delving into the flexibility of soft robotics and how they interact with biological systems in a controlled manner.
9: Microswimmer: Providing an indepth look at microswimmer design and their expanding role in medical technology.
10: Nanoparticles for drug delivery to the brain: Highlighting the challenges and advancements in delivering drugs to the brain using nanoparticles.
11: Magnetofection: Examining the application of magnetic fields to enhance the efficacy of drug delivery using nanoparticles.
12: Nanogel: Investigating how nanogels can be used as carriers for targeted drug delivery, improving precision and safety.
13: Targeted drug delivery: Focusing on methods to achieve accurate drug delivery to specific sites in the body using microswimmers.
14: Microbotics: Introducing microbots and their role in revolutionizing diagnostics and therapeutic procedures.
15: Protist locomotion: Studying protist locomotion to inspire and inform the design of efficient microswimmers.
16: Mechanical metamaterial: Understanding the use of metamaterials in enhancing the performance and capabilities of microswimmers.
17: Hydrogel: Discussing the role of hydrogels in creating adaptive microswimmers with medical applications.
18: Electronic skin: Exploring the future of electronic skin for microswimmers and its potential in healthcare innovations.
19: Polymerprotein hybrid: Analyzing how polymerprotein hybrids can optimize the function and flexibility of microswimmers.
20: Biopolymer: Investigating the use of biopolymers in creating sustainable and effective microswimmers for medical applications.
21: Nanomotor: Detailing the design and application of nanomotors in microswimmer technology, enhancing movement and functionality.
"Robotic Sperm" is not just a book but a resource that addresses the frontier of nanotechnology, providing both theoretical knowledge and practical insights for anyone involved in cuttingedge biomedical engineering. This book promises to challenge your thinking and equip you with the tools to navigate the fascinating world of microswimmers.
