Exploring Nature's Antibacterial Potential: Validating the Effectiveness of Chosen Plant Species and Unraveling Molecular Mechanisms to Advance Drug Development Strategies

Abstract

This study seeks to validate the antibacterial efficacy of chosen plant species and identify the specific phytochemical groups responsible for this activity. Molecular-level identification of these plants and initial phytochemical analyses are conducted to reveal potential antibacterial phytochemical groups, bolstering the study's credibility. The exploration of plant molecular structures aims to offer insights into the underlying mechanisms of their antibacterial properties. Additionally, the research underscores the ongoing pursuit of new lead compounds from natural sources as alternatives for developing antifungal and anticancer drugs. Emphasizing the importance of compounds that are not only more effective but also less toxic, the study aligns with the broader goal of advancing drug development strategies. The investigation into novel therapeutic agents from natural origins holds promise in contributing to efforts addressing antibiotic resistance and discovering safer and more potent treatments for infectious diseases.