Environmentally-Responsive Biomaterials for Major Diseases Treatment, Volume II

This Research Topic is Volume II of a series. The previous volume, which has attracted over 15k views can be found here: Environmentally-Responsive Biomaterials for Major Diseases Treatment

The applications of environmentally responsive biomaterials in the treatment and management of major diseases have demonstrated remarkable potential in improving therapeutic outcomes. These biomaterials are meticulously engineered to exhibit a tailored response to specific environmental cues within the body, enabling targeted and controlled drug delivery, effective tissue regeneration, and real-time disease monitoring. Understanding the intricate interplay between the biomaterials and the surrounding microenvironment is paramount to maximizing their efficacy and achieving optimal patient outcomes. This research topic focuses on delving into the current advancements and challenges associated with the use of environmentally responsive biomaterials for addressing major diseases, highlighting groundbreaking strategies for targeted drug delivery, exploring the exciting possibilities of biomaterials for tissue engineering and regeneration, and discussing the immense potential of environmentally responsive biomaterials for disease monitoring.

This Research Topic aims to explore the various achievements in the field of smart nanomaterials for disease treatment and injury repair. The objective is to gather experts specializing in hydrogel, light-cured materials, 3D DNA origami, and blood-cell-based drug carriers to discuss the application of these advancements in major disease treatments such as tumor therapy, bone repair, and teeth restoration. Additionally, we encourage the inclusion of topics related to the current status, general trends, challenges, strategies, and future directions of environmentally-responsive biomaterial construction technology, as well as highlight current and emerging biomaterials platforms with potential medical applications. Both Original Research articles and Review articles are welcome. Preferred subtopics include but are not limited to:
• Controlled-release Drug-delivery systems
• Stimuli-responsive materials for organ-on-a-chip
• Stimuli-responsive materials for biocompatible implants and prosthetics
• Stimuli-responsive materials for wound healing and regeneration
• Stimuli-responsive materials for bone and cartilage repair
• Stimuli-responsive materials for nerve regeneration
• Stimuli-responsive hydrogels