Complementary approaches and advanced technologies in ameliorating rate of wound healing.

Wound healing is a complex, multi-phase process that encompasses haemostasis, inflammation, proliferation, and extracellular matrix remodeling. Disruptions in this process, caused by conditions such as diabetes or extensive burns, can result in persistent wounds and atypical scarring. Although traditional therapies (e.g., antiseptics, dressings, and antibacterial agents) are essential, innovative and supplementary methods such as cell therapy, gene therapy, bioactive delivery systems, and biomaterial-based tactics have arisen as more effective alternatives. These improvements facilitate healing by regulating cellular and molecular processes, fostering angiogenesis, and augmenting tissue regeneration. Recent breakthroughs encompass in situ forming injectable hydrogels, AI-enabled smart bandages, bioengineered skin grafts, 3D bioprinting, and siRNA/microRNA-based therapies, providing tailored regenerative options. Nonetheless, obstacles including elevated expenses, biological safety concerns, and clinical translation remain. Preclinical and clinical investigations underscore the effectiveness of stem cell therapy in diabetic ulcers, however gene therapy presents inconsistent results with varying effects. Non-invasive methods such as shock wave therapy and wireless microcurrent stimulation show potential but necessitate additional confirmation. The amalgamation of sophisticated technologies with traditional approaches has the potential to transform wound care, facilitating individualized, quick, and scar-free healing. Subsequent research must concentrate on standardizing techniques, increasing cost-effectiveness, and improving biocompatibility to promote wider clinical implementation. This review encapsulates recent progress and emphasizes the necessity for interdisciplinary strategies to tackle the complexities of chronic and acute wound management.