Most synthetic materials tend to cause inflammation and fibrosis over time. Despite the remarkable achievements in biomaterials science in addressing the issue of biocompatibility, there is still a great opportunity for improvement. The objective is to develop intelligent materials that can imitate the adaptability and regenerative abilities of biological tissues and materials. This book provides a detailed account of the synthesis and analysis of new smart polymeric materials, focusing on their practical implications in nanomedicine and biotechnology.

It offers a comprehensive overview of recent and innovative research in the field of smart polymeric materials, which opens up new possibilities for advancing biotechnologies. The text covers both experimental and theoretical aspects, highlighting the influence of material characteristics on target applications. It explores the latest advancements in designing advanced polymeric materials and studying their structure-properties relationship, with the aim of transitioning from static and inert structures to flexible ones that can respond to changes in the environment.