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Moringa oleifera, commonly called the drumstick tree or the magical tree, is a plant that has many medicinal properties, such as antiviral, antifungal, anti-inflammatory, and antidepressant properties. The seeds of M. oleifera can be utilized as coagulants in the process of wastewater treatment. A protein derived from M. oleifera seeds has been proven to be successful in wastewater treatment, eliminating 99% of suspended particles while maintaining the pH of water. A protein in these seeds, namely the dimeric cationic protein, binds to contaminants and causes them to aggregate, facilitating their removal from the water. It is a water-soluble protein that has a net-positive charge and exhibits strong coagulation during water treatment. This chapter compares Moringa seeds and leaves, discusses their similarities and differences, converts them into nanoparticles, and provides a characterization of their nanoparticles. Their respective individual properties and purposes and the methodology carried out in this study are discussed in detail.

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Comparative Analysis of Phytochemical Evaluations of the Seeds and Leaves of Moringa oleifera Used for Nanoparticles

  • 会议论文

  • 发表日期：

    2025年

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  • Amna Kashif,
  • Meby Susan Johnson,
  • Shwetha Sajeev,
  • Reshmi S. Nair

摘要

Moringa oleifera, commonly called the drumstick tree or the magical tree, is a plant that has many medicinal properties, such as antiviral, antifungal, anti-inflammatory, and antidepressant properties. The seeds of M. oleifera can be utilized as coagulants in the process of wastewater treatment. A protein derived from M. oleifera seeds has been proven to be successful in wastewater treatment, eliminating 99% of suspended particles while maintaining the pH of water. A protein in these seeds, namely the dimeric cationic protein, binds to contaminants and causes them to aggregate, facilitating their removal from the water. It is a water-soluble protein that has a net-positive charge and exhibits strong coagulation during water treatment. This chapter compares Moringa seeds and leaves, discusses their similarities and differences, converts them into nanoparticles, and provides a characterization of their nanoparticles. Their respective individual properties and purposes and the methodology carried out in this study are discussed in detail.