Broccoli in Nutraceutical Development: Health Benefits, Bioactive Compounds, and Sustainable Applications Review

Abstract

Emerging health and wellness trends are reshaping our approach to personal care, sustainability, and holistic well being. People are progressively drawn to mental wellness practices, eco conscious living, and biohacking methods to optimize every aspect of their well-being. From the rise of telemedicine to sustainable beauty, these trends reflect a growing demand for personalized, accessible, and inclusive wellness solutions that support a balanced, health-centered lifestyle. An important part of the wellness movement focuses on cruciferous vegetables, especially broccoli, due to its significant health benefits. Broccoli is celebrated for its potential health benefits, mainly its anticancer properties due to compounds like sulforaphane. The emerging plant based food culture sheds light on crops like broccoli, which are valued not just as staples for a healthy diet but as natural allies in lifestyle disease prevention and metabolic health. Various factors affect broccoli's nutraceutical composition, including genetics, environmental conditions, and cultivation practices. Genetic variation determines the levels of glucosinolates and other beneficial compounds, while environmental factors such as soil quality, temperature, and light exposure further influence these concentrations. Different farming systems and post-harvest processing methods also play a key role in improving and preserving these bioactive compounds. In addition, advanced extraction methods such as ultrasound-assisted, microwave-assisted, and supercritical fluid extraction are used to increase the yield and bioavailability of broccoli's beneficial components. These techniques offer sustainable ways to harness broccoli's nutraceutical potential, making it a valuable food for disease prevention and health promotion.