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This chapter discusses the meaning and origin of few important types of secondary metabolites such as Anti-inflammatory, Antibacterial, Anti alpha Amylase, and Anti-Urease produced from different kinds of unripe fruit extracts and their effect on the plant and human body. Among the physiologically active molecules that are abundantly found in all parts of plants as secondary metabolites, these active substances are produced from primary metabolites and are essential for both humans and animals. In contrast, plants employ secondary metabolites for self-defense from outside threats as key components. Secondary metabolites are used as agents against inflammatory, urease, alpha-amylase, and microbial applications and they play a crucial impact in promoting human health. It has been demonstrated that phenols, among other secondary metabolites with various chemical groups and structures, have a broad range of biological impacts on boosting immune system effectiveness against human illnesses. Secondary metabolites found in various unripe fruit extracts include phenol acids, flavonoids, alkaloids, limonoids, carotenoids, anthocyanins, and terpenoids. These secondary metabolites have remarkable antioxidant, antibacterial, antifungal, anti-allergic, and anti-inflammatory effects, as well as additional nutraceutical qualities against cancer, neurological, and cardiac disease. Temperature variations affect the concentration of bioactive chemicals, secondary metabolites, and the curative and health-related qualities of plants due to their increased significance. In addition, plant parts like fruits and their seeds such as apples, grape sp., kiwis, citrus sp., pomegranates, and various other plants and their products, depend on the plant’s age and productivity level. As fruit ripens, the number of metabolites produced by plants during the growth and development stages results in a decrease in metabolite concentration in fruit extract. This is also possible as the concentration of secondary metabolites in immature fruits is usually lower than in mature fruits.

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Biological Activities of Unripe Fruit Extract Such as Anti-Inflammatory, Antibacterial, Anti-Urease, and Anti-α-Amylase Effects

  • 章节

  • 发表日期：

    2025年

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  • M. Ajaykumar,
  • Santoshkumar Gataraddi,
  • Paramesha Mahadevappa,
  • Ravindranath H. Aladakatti,
  • Sharangouda J. Patil,
  • S. O. Sadashiv

摘要

This chapter discusses the meaning and origin of few important types of secondary metabolites such as Anti-inflammatory, Antibacterial, Anti alpha Amylase, and Anti-Urease produced from different kinds of unripe fruit extracts and their effect on the plant and human body. Among the physiologically active molecules that are abundantly found in all parts of plants as secondary metabolites, these active substances are produced from primary metabolites and are essential for both humans and animals. In contrast, plants employ secondary metabolites for self-defense from outside threats as key components. Secondary metabolites are used as agents against inflammatory, urease, alpha-amylase, and microbial applications and they play a crucial impact in promoting human health. It has been demonstrated that phenols, among other secondary metabolites with various chemical groups and structures, have a broad range of biological impacts on boosting immune system effectiveness against human illnesses. Secondary metabolites found in various unripe fruit extracts include phenol acids, flavonoids, alkaloids, limonoids, carotenoids, anthocyanins, and terpenoids. These secondary metabolites have remarkable antioxidant, antibacterial, antifungal, anti-allergic, and anti-inflammatory effects, as well as additional nutraceutical qualities against cancer, neurological, and cardiac disease. Temperature variations affect the concentration of bioactive chemicals, secondary metabolites, and the curative and health-related qualities of plants due to their increased significance. In addition, plant parts like fruits and their seeds such as apples, grape sp., kiwis, citrus sp., pomegranates, and various other plants and their products, depend on the plant’s age and productivity level. As fruit ripens, the number of metabolites produced by plants during the growth and development stages results in a decrease in metabolite concentration in fruit extract. This is also possible as the concentration of secondary metabolites in immature fruits is usually lower than in mature fruits.