<p><i>Moringa oleifera</i> (MO), frequently referred to as the "miracle tree," has gained significant attention due to its diverse applications in various domains. This comprehensive review discusses its phytochemical composition, nutritional richness, medicinal properties, and industrial applications. Beginning with an exploration of its phytochemical profile, the review highlights the unique compounds present in <i>M. oleifera</i> and their implications for health and industry. Subsequently, it delves into its nutritional richness, discussing its potential in addressing malnutrition and promoting overall well-being. Furthermore, the paper examines <i>M. oleifera's</i> medicinal properties and therapeutic applications, emphasizing its role in combating chronic diseases and enhancing health outcomes. Additionally, this review explores the industrial potential of MO, including its use in biofuel production, water purification, and agricultural enhancement. By providing a comprehensive overview of MO's multifaceted potential, the review underscores its significance as a versatile resource for sustainable development. It concludes by advocating for further research and strategic implementation to maximize the benefits of <i>M. oleifera</i> across environmental, nutritional, medical, and industrial domains.</p>

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Moringa 360: a comprehensive review of its nutritional, medicinal and industrial brilliance

  • Pradeepto Pal,
  • Venus Mahant

摘要

Moringa oleifera (MO), frequently referred to as the "miracle tree," has gained significant attention due to its diverse applications in various domains. This comprehensive review discusses its phytochemical composition, nutritional richness, medicinal properties, and industrial applications. Beginning with an exploration of its phytochemical profile, the review highlights the unique compounds present in M. oleifera and their implications for health and industry. Subsequently, it delves into its nutritional richness, discussing its potential in addressing malnutrition and promoting overall well-being. Furthermore, the paper examines M. oleifera's medicinal properties and therapeutic applications, emphasizing its role in combating chronic diseases and enhancing health outcomes. Additionally, this review explores the industrial potential of MO, including its use in biofuel production, water purification, and agricultural enhancement. By providing a comprehensive overview of MO's multifaceted potential, the review underscores its significance as a versatile resource for sustainable development. It concludes by advocating for further research and strategic implementation to maximize the benefits of M. oleifera across environmental, nutritional, medical, and industrial domains.