Biomedical Engineering: Imaging Systems, Electric Devices, and Medical Materials [Hardcover]

1. Manipulation of mechanical and functional properties of the Ti-Au-based shape memory alloys by transition metal introductions 2. Ceramics for bone repair and cancer therapy 3. Hydrophilic treatment using atmospheric pressure low-temperature plasma 4. Microwave Imaging Algorithms for Breast Cancer Detection 5. Synergy of data glove based motion tracking and functional electrical stimulation for rehabilitation and assisted learning 6. Motion estimation from surface EMG signals using multi-array electrodes 7. Low power wireless transmitter with quadrature backscattering technique 8. Representation by extended reality in X-ray three-dimensional imaging 9. Refractive index measurement by photodiode with surface plasmon antenna and its application to biosensing 10. Application of THz spectroscopy for crystal-structure refinement of bio-related molecules and functional materials 11. Organic molecule-containing electrically conductive electron beam resist for organic biosensors with nanostructures 12. mRNA medicines and mRNA vaccines 13. Fabrication of decellularized tissue for biomedical application 14. Bioengineering challenges in regenerative medicine: biofunctional materials design 15. Development of Etak, an ethoxysilane-based immobilized antibacterial and antiviral agent 16. A real-time computer-aided diagnosis system with quantitative staging on customizable embedded digital signal processor 17. Medical image analysis

This book is intended to introduce the real medical problems and solutions by leading-edge researchers in engineering. If the readers in this growing research field can get hints or new ideas from this book, it is a great pleasure to us.

In the context of an aging society and the challenges posed by the COVID-19 pandemic, ensuring a healthy life expectancy has become a pressing social concern. Amidst the pandemic's impact on medical systems worldwide, the need for advancements in early diagnosis, minimallylC“