Medical Device Technologies A Systems Based Overview Using Engineering Standards 2nd Edition by Gail Baura 0128119853 9780128119853

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ISBN-10 :  0128119853 

ISBN-13 :  9780128119853

Author:  Gail Baura 

Medical Device Technologies: A Systems Based Overview Using Engineering Standards, Second Edition, is a comprehensive overview of medical device technology, with a unified approach to each device area covering technical operation, clinical need, regulatory issues and standards and historical devices. It takes a systems-based view, balancing breadth with depth to give an accessible introduction to this field. Close ties are drawn between the design, the product and the patient. Exercises at the end of each chapter include traditional homework problems, analysis exercises and four questions from assigned primary literature. Eight laboratory experiments in both electrical and mechanical medical devices are explored.

Medical Device Technologies: A Systems Based Overview Using Engineering Standards 2nd Table of contents:

Part 1: Medical Devices
Introduction
Chapter 1: Diagnosis and therapy
Abstract
Medical device definitions
Clinical need
Medical devices versus medical instruments
Sensors
Patient and operator safety
Amplification
Data acquisition
Medical electrical stimulators
Systems
Summary
Acknowledgment
Exercises
Chapter 2: Electrocardiographs
Abstract
Cardiac electrical conduction
Standard leads
Two arrhythmia classes
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Summary
Exercises
Chapter 3: Pacemakers
Abstract
Two arrhythmia classes
Heart failure
Tissue response to stimulation voltage
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Temporary cardiac pacing
Summary
Acknowledgment
Exercises
Chapter 4: External defibrillators
Abstract
Tachyarrhythmias
Sudden cardiac arrest and cardiopulmonary resuscitation
Defibrillation mechanism and threshold
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Summary
Exercises
Chapter 5: Implantable cardioverter defibrillators
Abstract
Wound-healing response
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
FDA case study: Guidant ICD recall
Summary
Acknowledgment
Exercises
Chapter 6: Heart valves
Abstract
Cardiac mechanics
Blood coagulation
Clinical need
Historic devices
System description and diagram
FDA case study: Bjork-Shiley heart valve
Key features from engineering standards
Summary
Acknowledgment
Exercises
Chapter 7: Blood pressure monitors
Abstract
Blood pressure propagation
Clinical need
Historic devices
System descriptions and diagrams
Key features from engineering standards
Summary
Exercises
Chapter 8: Catheters, bare metal stents, and synthetic grafts
Abstract
Atherosclerosis
Percutaneous coronary interventions
Aneurysms
Clinical need
Historic devices
System descriptions and diagrams
FDA case study: Guidant Ancure endovascular graft system
Key features from engineering standards
Summary
Exercises
Chapter 9: Hemodialysis delivery systems
Abstract
Body fluid compartments
Renal anatomy and physiology
Renal replacement therapies
Dialysis adequacy through urea modeling
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Summary
Acknowledgment
Exercises
Chapter 10: Mechanical ventilators
Abstract
Pulmonary physiology
Ventilator mechanics
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Summary
Exercises
Chapter 11: Pulse oximeters
Abstract
Oxygen transport in blood
Beer-Lambert law
Adaptive filtering
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Respiration monitors
Summary
Exercises
Chapter 12: Thermometers
Abstract
Thermoregulation physiology
Skin temperature versus core temperature
Clinical need
Historic devices
System descriptions and diagrams
Key features from engineering standards
FDA consensus standards for accuracy
Summary
Acknowledgment
Exercises
Chapter 13: Electroencephalographs
Abstract
Brain physiology
Original 10-20 system
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Bispectral index monitors
Summary
Exercises
Chapter 14: Deep brain stimulators
Abstract
Basal ganglia
Target localization
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Summary
Acknowledgment
Exercises
Chapter 15: Cochlear implants
Abstract
Auditory physiology
Speech processing
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Summary
Acknowledgment
Exercises
Chapter 16: Functional electrical stimulators
Abstract
Spinal nerves
Electrical stimulation
Neural interface systems
Clinical need
Historic devices
Emerging technologies
Key features from engineering standards
Summary
Acknowledgment
Exercises
Chapter 17: Intraocular lens implants
Abstract
Ocular physiology
Ultrasound
Clinical need
Historic devices
System description and diagram
Key features from engineering standards
Summary
Acknowledgment
Exercises
Chapter 18: Total hip prostheses
Abstract
Hip physiology
Biotribology
Clinical need
Historic devices
System descriptions and diagrams
Key features from engineering standards
FDA regulation
Summary
Acknowledgment
Exercises
Chapter 19: Drug-eluting stents
Abstract
Combination products
Drug delivery using coatings
Clinical need
Engineering design
Drug-eluting stent requirements
System descriptions and diagrams
Key features from engineering standards
Summary
Acknowledgment
Exercises
Chapter 20: Artificial pancreas
Abstract
Blood glucose regulation
Compartmental models
Clinical need
Historic devices
Artificial pancreas requirements
System description and diagram
Key features from engineering standards
Summary
Acknowledgment
Exercises
Part 2: Lab Experiments
Introduction
Chapter 21: ECG electrode verification testing lab
Abstract
Strategic planning
Materials and methods
Results and analysis
Discussion
Chapter 22: Electrocardiograph design lab
Abstract
Strategic planning
Materials and methods
Results and analysis
Discussion
Chapter 23: Electrocardiograph filtering lab
Abstract
Strategic planning
Introduction to wavelet filters
Materials and methods
Results and analysis
Discussion
Chapter 24: Pacemaker programming lab
Abstract
Strategic planning
Materials and methods
Results and analysis
Discussion
Chapter 25: Echocardiography lab
Abstract
Strategic planning
Materials and methods
Results and analysis
Discussion
Chapter 26: Patient monitoring lab
Abstract
Strategic planning
Patient monitoring
Materials and methods
Results and analysis
Discussion
Chapter 27: Thermometry accuracy lab
Abstract
Strategic planning
Materials and methods
Results and analysis
Discussion
Chapter 28: Energy balance lab
Abstract
Strategic planning
Personal comfort in a building
Materials and methods
Results and analysis
Discussion
Acknowledgments
Chapter 29: Surface characterization lab
Abstract
Strategic planning
Medical device coatings
Materials and methods
Results and analysis
Discussion
Acknowledgment
Chapter 30: Entrepreneurship lab
Abstract
Strategic planning
Crossing the Chasm background
Materials and methods
Crossing the Chasm discussion lecture
Chapter 31: Engineering ethics lab
Abstract
Strategic planning
Engineering ethics background
Materials and methods

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Tags: Medical, Device Technologies, Engineering Standards, Gail Baura