Solvent-Responsive Shape Memory Polymers for Biomedical Application

Cover
Half Title
Solvent-Responsive Shape Memory Polymers for Biomedical Application
Copyright
Dedication
Contents
Preface
Acknowledgments
Author Biography
1. Introduction to Shape Memory Polymers: Evolution, Growth, and Market Size
	1.1 Versatility and Trigger Mechanisms
	1.2 Historical Development of SMPs
	1.3 Market Growth and Future Prospects
	1.4 Envisioning a Broader Future
	References
2. General Pathway for Designing (One-Way) Shape Memory Polymers
	2.1 Introduction
	2.2 General Pathway for Designing Thermoresponsive (one-way) SMPs
		2.2.1 SMPs Where the Switching Segment Is Based on Melting Temperature (Tm)
		2.2.2 SMPs Where the Switching Segment Is Based on Glass Transition Temperature  (Tg)
	2.3 General Pathway for Designing Light Responsive (one-way) SMPs
	2.4 General Pathway for Designing Magnetic-Responsive (one-way) SMPs
	2.5 General Pathway for Designing Solvent-Responsive (one-way) SMPs
	References
3, Why Are Solvent Responsive Shape Memory Polymers Gaining Interest in the 21st Century?
	References
4. Effect of Solvent Diffusion on the Shape Memory Process and Shape Memory Efficacy of a Solvent-Excited Shape Memory Polymer
	4.1 Factors Influencing Solvent Absorption in Polymers
	4.2 Quantitative Analysis: The Vrentas/Duda Free-Volume Diffusion Model
	4.3 Applications and Mechanisms of Solvent-Induced Shape Memory Effects
	References
5. Effects of Solvent on Thermomechanical Properties of Solvent-Responsive Shape Memory Polymer
	References
6. Emerging Applications of Solvent-Responsive Shape Memory Polymers in Biomedical Applications
	6.1 Application in Polymer Stents
	6.2 Application in Tissue Scaffolds
	6.3 Application in Occlusion Devices
	6.4 Application in Drug Delivery Devices
	References
7. Exploring the Structure-Property Relationships of Solvent-Responsive SMPs
	References
8. Conclusions and Future Outlook
	References
Index