This investigation reveals how sprouting techniques may enhance their nutritional value. This chapter explores a variety of treatments, analyzing their effects on phytonutrient profiles, from conventional seed sprouting to advanced methods including hydroponics, controlled-environment techniques, plasma exposure, and sound wave-assisted sprouting. A thorough insight is provided by breaking down variables including seed quality, sprouting period, and environmental conditions. It explains the complex dynamics involved in nutrient mobilization during germination and highlights the importance of soaking optimization in starting sprouting processes. The chapter urges a greater adoption of these strategies to transform seed-based nutrition, emphasizing the role of sprouting in boosting health and future research goals.

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Sprouting Techniques for Enhanced Phytonutrient Levels in Plant Seeds

  • Mayur P. Sawant,
  • Gitanjali S. Deokar,
  • Sanjay J. Kshirsagar,
  • Nilesh Nirmal

摘要

This investigation reveals how sprouting techniques may enhance their nutritional value. This chapter explores a variety of treatments, analyzing their effects on phytonutrient profiles, from conventional seed sprouting to advanced methods including hydroponics, controlled-environment techniques, plasma exposure, and sound wave-assisted sprouting. A thorough insight is provided by breaking down variables including seed quality, sprouting period, and environmental conditions. It explains the complex dynamics involved in nutrient mobilization during germination and highlights the importance of soaking optimization in starting sprouting processes. The chapter urges a greater adoption of these strategies to transform seed-based nutrition, emphasizing the role of sprouting in boosting health and future research goals.