Biomedical Textiles for Wound Care and Healing Applications

Biomedical textiles are transforming wound treatment by providing cutting-edge alternatives to conventional dressings. The intricate phases of wound healing, hemostasis, proliferation, inflammation, and remodeling are supported by these specialist textiles, which are made to work with biological systems. They do this by offering physical protection, controlling moisture, delivering therapeutic agents, and sometimes facilitating real-time monitoring. This study examines the basic ideas, components, and constructions of biomedical textiles, emphasizing how they may be used in a range of wound care situations, such as burns, chronic wounds, and surgical sites. The importance of both natural and artificial polymers, such as polyurethane, alginate, and chitosan, as well as the incorporation of innovative technologies like medication delivery systems, nanofibers, and smart fabrics, is highlighted. Additionally, this study looks at new developments, including sustainable manufacturing, digital health networking, and fabrics infused with gene therapy. The area still has issues with cost, infection control, biocompatibility, and regulatory hurdles despite tremendous progress. The creation of next-generation wound care products that are patient-specific and ecologically sustainable requires addressing these problems.