Smartphone Based Medical Diagnostics 1st edition by Jeong Yeol Yoon 0128170458 9780128170458

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Product details:

ISBN-10 :  0128170458 

ISBN-13 :  9780128170458

Author: Jeong-Yeol Yoon 

Smartphone Based Medical Diagnostics provides the theoretical background and practical applications for leveraging the strengths of smartphones toward a host of different diagnostics, including, but not limited to, optical sensing, electrochemical detection, integration with other devices, data processing, data sharing and storage. The book also explores the translational, regulatory and commercialization challenges of smartphone incorporation into point-of-care medical diagnostics and food safety settings.

Smartphone Based Medical Diagnostics 1st table of contents:

Chapter 1. Introduction
1. Some definitions: medical diagnostics and biosensors
2. What is biosensor?
3. What sensors are available in smartphones for biosensing?
4. Overview of chapters
5. Regulatory issues
Chapter 2. Basic principles of optical biosensing using a smartphone
1. Light
2. Digital cameras in smartphones
3. White LED flash
4. Photometry versus spectrometry
5. Absorbance and colorimetry
6. Fluorescence
7. Scattering
8. Microscope attachment
9. Illumination/ambient light sensor
Chapter 3. Basic principles of electrochemical biosensing using a smartphone
1. Ohm’s law
2. Potentiometric biosensor: Nernst equation
3. Amperometric biosensor: Redox reaction
4. Conductometric biosensor
5. Temperature sensors
6. Analog-to-digital conversion and microcontrollers
7. Micro-USB port
8. Bluetooth and NFC
9. Audio jack
Chapter 4. Smartphone for glucose monitoring
1. Background
2. Role of smartphone for glucose monitoring
3. Colorimetric method
4. Electrochemical method
5. Noninvasive glucose monitoring
6. Regulation, requirement and constraint
Conclusion
Chapter 5. Smartphone-based flow cytometry
1. Introduction
2. Traditional flow cytometry
3. Microfluidic flow cytometry
4. On-chip imaging cytometry
5. Smartphone-based cytometry
6. Diagnostic applications of smartphone-based cytometry
7. Regulatory issues, medical requirements, and constraints
8. Conclusions
Chapter 6. Smartphones for rapid kits
1. Introduction
2. Ways to use smartphones for raid kits
3. Hardware requirements for the mobile health systems focused on rapid kits
4. Smartphone-based precise urinalysis
5. Allergen detection
6. Smartphone-based detection of zika and dengue
7. Rapid blood plasma analysis for detection of hemolysis
8. Diagnosis of infectious diseases at the point of care using ELISA-like assays
9. Complete replication of ELISA functionality on a smartphone
10. Sperm testing for PC and smartphones
11. Conclusion
Chapter 7. Smartphone-based medical diagnostics with microfluidic devices
1. Introduction
2. Medical diagnostics using microfluidics and the camera module of the smartphone
3. Microfluidic-based medical diagnostics using the illumination sensor of the smartphone
4. Electrochemical detection method using a smartphone integrated with microfluidics
5. Smartphone-embedded data processing applications and the wireless network
6. The diagnostic methods using smartphone-embedded NFC technology
7. Conclusions
Chapter 8. Digital health for monitoring and managing hard-to-heal wounds
1. Introduction
2. Major types of hard-to-heal wounds: challenges and opportunities
3. Digital health for managing hard-to-heal wounds
4. Conclusion
Chapter 9. Smartphone-based microscopes
1. Introduction
2. Smartphone camera
3. Smartphone-based microscopy methods
4. Objective lenses for smartphone-based microscopes
5. Conclusion
Chapter 10. Smartphone for monitoring basic vital signs: miniaturized, near-field communication based devices for chronic recording of health
1. Introduction
2. Introduction to digital and soft battery-free devices with wireless operation
3. NFC-enabled battery-free wireless epidermal/miniature optoelectronic devices
4. Battery-free and continuous dosimeter applications
5. Miniaturized photo- and electrochemical sensors
6. Thermal sensors
7. Flow sensors
8. Devices on market
9. Summary
Chapter 11. Food safety applications
1. Introduction
2. Major foodborne outbreaks around the world
3. Laboratory methods to detect foodborne poisoning
4. Smartphone-based assay for food safety
5. Conclusion

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Tags: Smartphone, Based, Medical Diagnostics, Jeong Yeol Yoon