Abstract 2220 Dietary phytochemicals and their role in ATP synthase inhibition

The intricate interplay between dietary phytochemicals and biological processes has gathered substantial interest in understanding their impact on human health. Among these interactions, the inhibition of ATP synthase-an essential enzyme in cellular energy production-by dietary phytochemicals has emerged as a focal point in biochemical research. Our research investigates into the intricate mechanisms and implications of ATP synthase inhibition by various phytochemicals present in commonly consumed dietary sources. In this study, we will present the inhibitory effects of date phytochemicals in modulating the isolated ATP synthase activity. Effect of date phenolics of on E. coli cell growth and on cellular energy metabolism will also be presented. Understanding the precise and selective modes of ATP synthase inhibition holds promise for elucidating novel therapeutic avenues in addressing metabolic disorders in general and antimicrobial resistance in particular. We show the broader implications of ATP synthase inhibition by date phytochemicals and their roles in modulating cellular processes beyond energy production. Moreover, our results underscore the multifaceted roles of dietary date phytochemicals in regulating fundamental cellular machinery, opening new avenues for targeted interventions and pharmaceutical development.