Biohybrid Microswimmer: Innovations in Autonomous Motion and Environmental Interaction
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Chapters Brief Overview:
1: Biohybrid microswimmer: Introduction to biohybrid systems and their groundbreaking applications.
2: Microswimmer: Detailed study of microswimmer behavior and their unique mobility characteristics.
3: Molecular motor: Exploration of molecular motors and their pivotal role in biohybrid propulsion.
4: Biofilm: An overview of biofilms and their potential to enhance biohybrid performance.
5: Selfpropelled particles: Study of particles that autonomously propel themselves, paving the way for selfdriving systems.
6: Marine prokaryotes: Insight into the role of marine prokaryotes in biohybrid technology.
7: Nanomotor: Introduction to nanomotors and their function in biohybrids for precision movement.
8: Quorum sensing: The concept of quorum sensing and how it influences the behavior of biohybrids.
9: Nanorobotics: A look into nanorobotics and their contribution to biohybrid system functionality.
10: Bacterial motility: Examination of bacterial motility and how biohybrids mimic these motions for efficiency.
11: Runandtumble motion: Understanding runandtumble motions and how they are replicated in biohybrid systems.
12: Bacteria: Overview of bacteria’s relevance in biohybrid technology and their critical role.
13: Flagellum: The flagellum's role in mobility and its application in biohybrid systems.
14: Chemotaxis: Exploration of chemotaxis, its biological significance, and application in biohybrids.
15: Siderophore: Study of siderophores and their ability to aid biohybrids in detecting their environment.
16: Metin Sitti: Tribute to Metin Sitti and his significant contributions to the field of biohybrids.
17: Microbotics: Delving into microbotics, its progress, and its relevance to biohybrid technology.
18: Microorganism: Exploring microorganisms and their potential for integration into biohybrid systems.
19: Protist locomotion: Understanding protist locomotion and its implications for biohybrid designs.
20: Gliding motility: A study of gliding motility and its adaptation in biohybrids for fluid movement.
21: Robotic sperm: An innovative exploration of robotic sperm and its application in biohybrid research.
With this book, you'll be able to gain a deep understanding of biohybrid systems and their future applications in a variety of fields. Whether in biotechnology, robotics, or environmental sciences, the potential for biohybrid microswimmers is vast.
