Continuous Monitoring Systems: Engineering Ambient Health
Dr. Rebecca Thornton
LeMay Publishing
HEALTHCARE
Continuous Monitoring Systems: Engineering Ambient Health
MedTech14,441 words69 chapters
Published by LeMay Publishing. 14,441 words across 69 chapters.
About This Publication
From wearable biosensors to implantable diagnostics, this volume charts the architecture of continuous health monitoring systems and their transformation of preventive care delivery.
Published by LeMay Publishing, a division of LeMay. Massachusetts.
ISBN: 979-8-0000-7004-8
Chapters
1CONTINUOUS MONITORING SYSTEMS: ENGINEERING AMBIENT HEALTH
2From Wearable Biosensors to Implantable Diagnostics
3ABOUT THE AUTHOR
4TABLE OF CONTENTS
5PREFACE
6CHAPTER 1
7THE PARADIGM OF CONTINUOUS MONITORING
81.1 From Episodic to Continuous: A Historical Inflection
91.2 Defining Continuous Monitoring: Temporal, Spatial, and Analytical Dimensions
101.3 The Clinical Imperative
111.4 The Engineering Challenge Space
121.5 Taxonomy of Continuous Monitoring Systems
131.6 The Concept of Ambient Health
14CHAPTER 2
15BIOSENSOR ARCHITECTURES AND TRANSDUCTION PRINCIPLES
162.1 Fundamentals of Biosensor Transduction
172.1.1 Electrochemical Transduction
182.1.2 Optical Transduction
192.1.3 Mechanical and Acoustic Transduction
202.2 Recognition Elements: Enzymes, Antibodies, Aptamers, and Molecularly Imprinted Polymers
212.3 Sensor Architectures for Continuous Operation
22CHAPTER 3
23WEARABLE SYSTEM DESIGN — MECHANICS, MATERIALS, AND SKIN INTERFACE
243.1 The Mechanical Challenge of Wearability
253.2 Substrate Materials and Flexible Electronics
263.3 Skin Adhesion and the Dermal Interface
273.4 Sweat and Biofluid Sensing at the Skin Surface
283.5 Thermal Management and Environmental Robustness
29CHAPTER 4
30IMPLANTABLE DIAGNOSTIC PLATFORMS
314.1 The Rationale for Implantation
324.2 Architecture of Implantable Monitors
334.3 Implantable Continuous Glucose Monitoring
344.4 Hemodynamic and Cardiac Monitoring Implants
35CHAPTER 5
36SIGNAL ACQUISITION, PROCESSING, AND THE INFORMATICS PIPELINE
375.1 Analog Front-End Design for Continuous Biosignal Acquisition
385.2 Digital Signal Processing for Physiological Data
395.3 Machine Learning in Continuous Monitoring Analytics
40CHAPTER 6
41POWER SYSTEMS AND ENERGY HARVESTING FOR AUTONOMOUS DEVICES
426.1 The Power Budget Challenge
436.2 Battery Technologies
446.3 Energy Harvesting
45CHAPTER 7
46BIOCOMPATIBILITY, BIOFOULING, AND LONG-TERM STABILITY
477.1 The Foreign Body Response
487.2 Surface Modification Strategies for Biocompatibility
497.3 Sensor Drift and Calibration Maintenance
50CHAPTER 8
51CLINICAL VALIDATION, REGULATORY FRAMEWORKS, AND STANDARDS
528.1 Principles of Clinical Validation for Continuous Monitors
538.2 Regulatory Pathways
548.3 Performance Standards
55CHAPTER 9
56DATA GOVERNANCE, PRIVACY, AND ETHICAL DIMENSIONS
579.1 The Data Landscape of Continuous Monitoring
589.2 Regulatory Frameworks for Health Data
599.3 Ethical Dimensions
60CHAPTER 10
61THE FUTURE OF AMBIENT HEALTH — CONVERGENCE AND TRAJECTORY
6210.1 Technology Convergence
6310.2 Multianalyte and Multimodal Integration
6410.3 Edge Intelligence and Federated Learning
6510.4 The Trajectory of Miniaturization and Integration
6610.5 The Vision of Ambient Health Realized
67GLOSSARY
68BIBLIOGRAPHY
69INDEX