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Background: Wound healing, a complex biological process, is crucial for preventing infections and maintaining skin integrity.This comprehensive review examines wound dynamics based on location, etiology, symptoms, and clinical appearance.Emphasizing the importance of precise progression through inflammation, cellular proliferation, and remodeling phases, the study highlights the risk of chronic wounds with delays or interruptions.Methods: This study explores natural alternatives to synthetic wound healing drugs, focusing on T. procumbens.Scientific investigations reveal its diverse pharmacological activities, particularly in ointment formulations.In vitro cytotoxicity and scratch tests, using the MTT test on Vero-E6 cell lines, demonstrate T. procumbens' potential for wound healing.The research aims to address the challenges posed by the side effects of synthetic drugs. Results:The research provides insights into skin tissue regeneration through T. procumbens, revealing its ability for wound healing.The cytotoxicity index is calculated after applying drug concentrations, and regression analysis yields the IC50, offering information on the effect on cell viability.Conclusion: Combining traditional wisdom with contemporary research, this study bridges the gap between technology and tradition, presenting a comprehensive method for wound management.T. procumbens emerges as a promising herbal treatment, with its potential demonstrated through diverse pharmacological activities and cellular reactions.
Tripathi et al. (Fri,) studied this question.