Handbook of Biosensors Technology

Chapter 1 General Introduction of BiosensorsChapter 2 Design, Fabrication of Optical Sensors and ApplicationsChapter 3 From Proof-of-Concept to Product: Design and Simulation of MEMS for DiagnosisChapter 4 Biomolecular Interactions and Surface Chemistry for BiosensorsChapter 5 Crafting Tomorrow's Diagnostics: Metal Nanoparticles in Biosensors – Types, Synthesis, and Future Frontiers in Health, Environment, and Food SafetyChapter 6 Empowering Biosensors: The Surface Functionalization Strategies of Metal Nanoparticles for Enhanced DiagnosticsChapter 7 Boron Effects Ultra-Sensitive Detection of BiosensorChapter 8 MIP Based BiosensorsChapter 9. Applications, Tools and Techniques for Characterization and Analysis of BiosensorsChapter 10. Recent Developments on Microfluidic Microbial Fuel Cells Technologies for BiosensorResearchChapter 11. Nexus of Nanotechnology and Cancer: Revolutionizing Cancer Treatment TANITIM YAZISIOne of the biggest gaps in diagnosing diseases ranging from infectious diseases to cancer is early diagnosis. Today, biosensor technology has the potential to revolutionize early diagnosis of many diseases in a cost-ef- fective, fast, and reliable manner. Biosensor technology has been shaped by contributions from various disciplines such as chemistry, physics, engineering, biology, medicine, and pharmacy, from the design and production to the optimization of biosensors. Therefore, this book provides answers to the question of whi- ch stages are involved in developing a biosensor and what its final application areas are. The aim of this book is to provide a broad range of information, from basic knowledge to applications in the field of biosensors. Today, from biomedical engineering to materials engineering, and from medicine to pharmacy, this book serves as a fundamental resource for all courses related to biosensors in master's and doctoral programs at various institutes in Turkey and around the world. Especially for higher education candidates, research...