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Advanced Biomedical Engineering

About the Book

Series Editor.
Kenneth I. Nkuma-Udah, PhD, FCBET

Book Editor.
Kenneth I. Nkuma-Udah, PhD, FCBET


ABC Publications Inc

Expected Date of Publication
November 26, 2019

Estimated Page Count

The field of Biomedical Engineering is characterized by the application of engineering and physical science principles in the areas of biology and medicine. This field has produced several innovative branches including biomedical electronics and instrumentation, medical imaging, bioinformatics, nanotechnology, biomaterials and sensors, medical robotics, neurobiology, clinical engineering, rehabilitation engineering and tissue engineering. Biomedical engineering applications have evolved in development of such technologies as artificial organs, robotic surgeries, laboratory on a chip, etc.

Advanced Biomedical Engineering covers the advanced or highest level of all the subject areas involved in biomedical engineering. These include areas such as Advanced Biomedical Engineering and Emerging Techniques; Biological Engineering and Biotechnology; Medical Engineering and Technology; Clinical Engineering and Technology; Rehabilitation Engineering and Technology; and Biomedical Physics and Allied Sciences.

Table of Content
Part 1: General Topics
Chapter 1. Advanced Biomedical Engineering and Emerging Techniques
Chapter 2. Advanced Biomedical Engineering Laboratory
Chapter 3. Biomedical Systems Analysis
Chapter 4. Physiological Systems Modeling and Simulation
Chapter 5. Ethico-legal Issues in Biomedical Engineering
Chapter 6. The Biomedical Engineering Entrepreneur
Chapter 7. Technical Reports and Research

Part 2: Biological Engineering and Biotechnology
Chapter 8. Bio-compatibility in Biomaterials
Chapter 9. Computational Biology
Chapter 10. Issues in Stem cells
Chapter 11. Technologies in Pharmaceutical Systems
Chapter 12. The Technology of Cloning
Chapter 13. Bio-remediation and Bioterrorism

Part 3: Medical Engineering and Technology
Chapter 14. Advanced Instrumentation Systems
Chapter 15. Medical Informatics and e-Health
Chapter 16. Advanced Biomedical Engineering Design
Chapter 17. Biomedical engineering Procurement and Installation
Chapter 18. Equipment Reliability & Quality Assurance
Chapter 19. Advanced Medical Equipment Technology
Chapter 20. Computer-Aided Design of Biomedical Equipment and Robotics

Part 4: Clinical Engineering and Technology
Chapter 21. Advanced Clinical Engineering Systems
Chapter 22. Ambulatory Systems and Telemedicine
Chapter 23. Computerization of the Health Systems
Chapter 24. Equipment Maintenance Management
Chapter 25. Equipment management and Pathogens
Chapter 26. Issues in Clinical Engineering
Chapter 27. Clinical Procedures and Systems

Part 5: Rehabilitation Engineering and Technology
Chapter 28. Application of Bio-regenerative Engineering to Organ Systems
Chapter 29. Sensory Organ Replacement & Repair
Chapter 30. Limb and Girdle Orthotics
Chapter 31. Design of Orthopaedic Equipment
Chapter 32. Advanced Orthopaedic and Rehabilitation Engineering
Chapter 33. Psychology and Physical Assessment in Rehabilitation
Chapter 34. Issues in Rehabilitation Engineering

Part 6: Biomedical Physics and Allied Sciences
Chapter 35. Plasma and Molecular Biophysics
Chapter 36. Molecular and Cellular Oncology
Chapter 37. Current Trends in Biomedical Engineering
Chapter 38. Nuclear Medicine Imaging
Chapter 39. Diagnostic Imaging Technologies
Chapter 40. Therapeutic Imaging Technologies
Chapter 41. Advanced Bio-Nanotechnology


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