Shweta Suri – författare

This volume details methodologies and procedures on the analysis of citrus by-products. Each chapter offers comprehensive insights into the techniques and protocols for the extraction of bioactive compounds, as well as determination of phenols, flavonoids, carotenoids, dietary fiber, pectin, organic acids, and essential oils in citrus by-products. Written in the format of the Methods and Protocols in Food Science series, chapters list necessary materials and methods for readily reproducible protocols.Authoritative and cutting-edge, Citrus Fruit Processing By-Products: Technologies and Basic Protocols aims to provide comprehensive insights into utilization of citrus by-products obtained from the citrus fruit processing sector.

This volume details methodologies and procedures on the analysis of citrus by-products. Each chapter offers comprehensive insights into the techniques and protocols for the extraction of bioactive compounds, as well as determination of phenols, flavonoids, carotenoids, dietary fiber, pectin, organic acids, and essential oils in citrus by-products. Written in the format of the Methods and Protocols in Food Science series, chapters list necessary materials and methods for readily reproducible protocols.Authoritative and cutting-edge, Citrus Fruit Processing By-Products: Technologies and Basic Protocols aims to provide comprehensive insights into utilization of citrus by-products obtained from the citrus fruit processing sector.

In a world increasingly turning to plant-based proteins for health, sustainability, and ethical reasons, millet stands out as a versatile and ancient grain with remarkable benefits. Grown primarily in Asia and Africa, these small, round whole grains are celebrated for their resilience to drought and pests, making them a sustainable choice for both human consumption and livestock feed. Millet boasts a high protein content (7–13%), positioning it as a strong contender against animal proteins, and is gluten-free, making it a popular choice in Western diets.This comprehensive book investigates the unique characteristics of millet protein, exploring its bioactive properties, nutritional value and therapeutic benefits. It provides an in-depth look at the extraction and utilization processes, covering both thermal and non-thermal methods such as ultrasound, pulsed electric field, and high-pressure processing.Concluding with a forward-looking perspective, this book examines the prospects of millet protein in the food industry. Essential reading for food scientists and product developers, it offers valuable insights into the potential of millet protein as a sustainable and nutritious food source.

In a world increasingly turning to plant-based proteins for health, sustainability, and ethical reasons, millet stands out as a versatile and ancient grain with remarkable benefits. Grown primarily in Asia and Africa, these small, round whole grains are celebrated for their resilience to drought and pests, making them a sustainable choice for both human consumption and livestock feed. Millet boasts a high protein content (7-13%), positioning it as a strong contender against animal proteins, and is gluten-free, making it a popular choice in Western diets.This comprehensive book investigates the unique characteristics of millet protein, exploring its bioactive properties, nutritional value and therapeutic benefits. It provides an in-depth look at the extraction and utilization processes, covering both thermal and non-thermal methods such as ultrasound, pulsed electric field, and high-pressure processing.Concluding with a forward-looking perspective, this book examines the prospects of millet protein in the food industry. Essential reading for food scientists and product developers, it offers valuable insights into the potential of millet protein as a sustainable and nutritious food source.

In a world increasingly turning to plant-based proteins for health, sustainability, and ethical reasons, millet stands out as a versatile and ancient grain with remarkable benefits. Grown primarily in Asia and Africa, these small, round whole grains are celebrated for their resilience to drought and pests, making them a sustainable choice for both human consumption and livestock feed. Millet boasts a high protein content (7-13%), positioning it as a strong contender against animal proteins, and is gluten-free, making it a popular choice in Western diets.This comprehensive book investigates the unique characteristics of millet protein, exploring its bioactive properties, nutritional value and therapeutic benefits. It provides an in-depth look at the extraction and utilization processes, covering both thermal and non-thermal methods such as ultrasound, pulsed electric field, and high-pressure processing.Concluding with a forward-looking perspective, this book examines the prospects of millet protein in the food industry. Essential reading for food scientists and product developers, it offers valuable insights into the potential of millet protein as a sustainable and nutritious food source.

This book explores the potential of citrus fruit waste as a renewable resource for sustainable biofuel production. In the context of rising environmental concerns and the global push toward alternative energy solutions, it presents a timely and innovative approach to converting citrus peels, pulp, and other residues into biofuels, turning agro-waste into a valuable asset.The chapters span a comprehensive range of topics, beginning with the biochemical profile of citrus waste and its suitability for energy conversion. It includes detailed discussions on pre-treatment strategies, enzymatic hydrolysis, microbial fermentation, and thermochemical conversion methods such as gasification. The book also examines emerging technologies, generation of value-added byproducts, economic feasibility, and market trends. Additionally, it addresses regulatory frameworks and future directions in citrus-based bioenergy systems.This volume of the Clean Energy Production Technologies book series is a valuable resource for researchers, graduate students, industry professionals, policymakers, and innovators in the fields of renewable energy, waste management, environmental science, and biochemical engineering.