Tanmay Sarkar – författare

Phytochemicals have been present in human diet and life since the birth of mankind, including the consuming of plant foods and the application of herbal treatments. This coevolutionary interaction of plants and people has resulted in humans' reliance on food and medicinal plants as sources of macronutrients, micronutrients, and bioactive phytochemicals. Phytochemicals can be used as adjuvant agents and sensitizers in traditional antibiotic and anticancer therapy, reducing the potential of selecting resistant microbial strains and cancer cells. Recent Frontiers of Phytochemicals addresses the many processes of potential phytochemical evaluation of known sources, with a focus on phytochemical and pharmacological evaluations, and computational research into the structures and pharmacological mechanisms of natural products and their applications in medicine, food and biotech.

Novel extraction, characterization, and application method for phytochemicals in food, pharmacology, and biotechnology Colour illustrations and extensive tables with state-of-art information Covers potential sources of phytochemicals, their extraction and characterization techniques

Artificial Intelligence in Food Science: Transforming Food and Bioprocess Development covers the AI and machine learning techniques that are reshaping the food science landscape, introducing innovative solutions to improve food processing, safety, and sustainability. This book delves into the transformative potential of these cutting-edge technologies, exploring how they optimize food production, enhance bioprocess development, and tailor products to meet specific consumer needs. By integrating AI, researchers and industry professionals can address challenges such as resource efficiency and quality assurance, paving the way for a more sustainable and technologically advanced food system.Beyond optimization, the book examines AI applications in predicting food trends, analyzing complex datasets, and developing personalized nutrition plans. It provides insights into how AI enhances food storage, packaging design, and even consumer engagement through predictive models. With detailed case studies and forward-thinking perspectives, this book serves as a comprehensive guide for harnessing AI's power to revolutionize food science and bioprocess innovations.Explores how AI and machine learning intersect with food for enhanced nutritional outcomesDiscusses incorporating robotics, automation and IoT into AI and ML driven food processesHighlights the use of AI and ML for flavor profiling and sensory analysisLeverages AI and ML for food waste analyticsAddresses the challenges and benefits of AI and ML in the food industry

Phytoceuticals in Food for Health and Wellness: Harnessing Plant Therapeutics emphasizes the growing interest in the potential health benefits of phytochemicals in wellness and product development by uncovering innate bioactive compounds found in plants. Highlighting the diverse classes of phytochemicals, including flavonoids, carotenoids, polyphenols, antioxidants, and alkaloids, this book explores the sources, chemical structures, and distribution in various plants and what role they play in nutrition and disease prevention. Phytoceutical and phytochemical approaches targeting immunity, obesity, cancer, respiratory, gut, cardiovascular, and eye health, and more, will be discussed. Through traditional and modern extraction methods, Phytoceuticals in Food for Health and Wellness: Harnessing Plant Therapeutics also demonstrates how plant bioactives can be used for fortifying foods for optimal nutrition, innovating in product development, and developing the use of phytochemicals in culinary and food manufacturing applications to maximize favor and extend shelf-life.Discusses plant-based compounds and their role in food, health and diseaseExplores distribution of flavonoids, carotenoids, and phenolic compounds for optimal bioactive contentProvides insights to plant antioxidant, anti-inflammatory, anticancer, and neuroprotective propertiesExplains interactions between phytochemicals and the human bodyIntegrates phytochemicals into culinary practices for flavor enhancement and functional food development

Native and Modified Starches for Food Applications, a volume in the Applications of Starches in Food and Packaging series, provides an in-depth exploration of the diverse types and sources of starches, their functional properties, and their applications in various culinary contexts. Chapters cover the gelatinization process, texture modification, and sustainable utilization of starches in addition to exploring future directions in starch research and applications. As the food industry continues to seek natural, functional ingredients, this resource meets the demand for a comprehensive and up-to-date exploration of the use of starches in food applications.Users will find this to be a great resource for facilitating informed decision-making in recipe development, processing techniques, and the creation of innovative, sustainable, and gluten-free food products.Covers sustainability practices and their applications in the food industryBrings detailed exploration of starch functionality for product formulationIncludes practical strategies for incorporating starches into innovative and sustainable food products

Advances in Probiotic Delivery Systems: Strategies for Enhanced Viability, Targeted Delivery and Efficacy covers the complex world of probiotics, offering a comprehensive exploration of innovative delivery mechanisms designed to overcome challenges of stability and efficacy. From oral administration to alternative delivery routes, each chapter provides insights into cutting-edge formulation strategies, encapsulation techniques, and emerging technologies, equipping readers with the knowledge to explore the full potential of probiotics for health and wellness. Bridging the gap between theory and practice in probiotic delivery systems, this book delivers insights into the most effective delivery strategies.Despite the growing interest in probiotics and their potential health benefits, challenges such as poor stability and limited efficacy hinder their widespread application. This book fills this critical gap by providing readers with a thorough understanding of the underlying principles, latest advancements, and practical solutions in probiotic delivery. By consolidating the expertise of leading researchers and practitioners, the book empowers professionals across various industries to develop and implement effective probiotic formulations that make a difference in health outcomes.Explores cutting-edge formulation strategies and encapsulation techniques for enhanced probiotic stability and efficacyProvides practical solutions for oral and alternative probiotic delivery routesEmpowers professionals to develop effective probiotic formulations for improved health outcomesBridges the gap between theoretical principles and practical applications in probiotic delivery

Unleashing the Power of Functional Foods and Novel Bioactives guides readers to understand how the physiological effects of functional foods can optimize health and aid in specific disease outcomes and prevention. The book examines the impact of functional foods on various aspects of health including, but not limited to, cardiovascular, digestive, cognitive, metabolic, bone and joint and ocular. Other sections examine functional foods can boost sports performance and manage inflammation. Finally, the book explores lesser-known bioactives derived from natural compounds and explores their potential health benefits while providing education on sustainable production methods and the safety and toxicity.Examines the relationship between functional foods and bioactivesExplores functional foods and bioactives for specific health conditionsOffers strategies for incorporating functional foods into everyday life to optimize health and nutritionAssesses the safety and toxicity of functional foods and nutraceuticalsDiscusses sustainable production practices, including farming, labeling, and certification

Evolving dietary preferences, increasing concerns over food security and a growing awareness of the negative impact traditional food production practices have on the environment, have caused a major shift in the food landscape. Health, Nutrition and Sustainability: Exploring Unconventional Food Sources, Volume 1, addresses the surge in interest in exploring unconventional and alternative food sources that can diversify diets and become new sources of sustainable foods. From the underutilized to the lesser known, these foods are prime to improve nutrition and reduce ecological and carbon footprints. Health, Nutrition and Sustainability: Exploring Unconventional Food Sources, Volume 1, introduces readers to untapped food sources such as novel grains and seeds, underutilized fruits and vegetables, rare spices and herbs, edible invasives and edible flowers, and seaweed and microalgae and highlight their bioactive components and nutritional values. Through topics such as waste valorization, precision agriculture, organic farming and climate-smart agriculture strategies, the book also demonstrates how adaptation of underutilized plant foods play a crucial role in meeting global food security while minimizing environmental impact. The authors also navigate the readers through the safety and toxicity of these foods. A complementary volume highlighting the dietary, sensory, and gastronomic applications of unconventional foods and how they can enhance future product development is also available.Explores nutritional and sustainable aspects of unconventional food sourcesDiscusses ethical sourcing and environmental benefits of alternative food sourcesHighlights innovative approaches to waste valorization by repurposing food byproducts as a source for future foodsUncovers nutritional potential and bioactive components of edible flowersProvides insights to the safety and toxicity of unconventional food sources

Dietary, Sensory and Gastronomic Applications: Exploring Unconventional Food Sources Volume 2, showcases how untapped food sources can be harnessed for product development. Highlighting dietary enrichment, heightened sensory experiences, and enhanced functional attributes, this book provides insights into innovative plant-based ingredient solutions for those wanting to take their products to the next level to meet myriad dietary needs in a sustainable way. Dietary, Sensory and Gastronomic Applications: Exploring Unconventional Food Sources Volume 2, takes a deep dive into exploring microbes for food production and consumption and looks at the challenges and opportunities for product shelf-life extension, texture modification, sugar substitutions and natural pigmentation enhancement. It also explores novel texturizers, emulsifiers and surfactants, and acidulants and pH regulators to achieve enhanced sensory characteristics such as mouthfeel, flavor balance and umami. The book concludes with innovations in edible packaging, the use of functional and designer lipids for the food industry and how to navigate the challenges around these new culinary innovations. A complementary volume highlighting the health, nutrition and sustainability of unconventional foods and how they can diversify diets and enhance future meals is also available.Discusses non-traditional ingredient solutions for product innovationHighlights unconventional and underutilized ingredients for enhanced sensory appealProvides insight to sustainable sources of alternative fiber for diversified dietary needsExplores microbial characteristics of unconventional foods for culinary applications and new product developmentUncovers sustainable solutions for food packaging innovation

Comprehensive Guide to Inulin: Applications in Health, Nutrition and Consumer Products explores the multifaceted role of this prebiotic soluble fiber. Providing the latest research on prebiotics, this book examines the beneficial effects of inulin consumption and its practical applications for improving diet, health, and therapeutic solutions. Its role as a sustainable ingredient formulations for consumer food product development and pharmaceutical products is also explored. Through contributions from leading experts across 18 chapters, the book looks at the comparative health benefits of inulin versus other soluble dietary fibers, its therapeutic roles in disease management, and its significant impact on precision nutrition. Case studies showcase practical applications of inulin in functional foods, nutraceuticals, and pharmaceutical innovations. Readers will also gain insights on how inulin plays a pivotal role in not only gut health but also mental wellness and behavioral health, offering a holistic approach to nutrition that resonates with both the food science and medical professional communities.Examines the benefits of inulin consumption and its practical applications for enhancing diet and nutritionProvides scientific examples of how inulin can successfully improve gut health, enhance immune function, and benefit cardiovascular and neurological healthExplores the physiological effects of inulin with other soluble dietary fibers such as pectin, beta-glucan, and psylliumExamines how inulin is used as an ingredient in functional foods, including its benefits, applications, and effective daily consumption amountsDiscusses how inulin influences taste, texture, and mouthfeel, the sensory attributes affecting consumer acceptance

Omega-3 and Omega-6 Polyunsaturated Fatty Acids in Food Systems: Advances and Opportunities in Product Formulation, Technology and Delivery introduces readers to the health and nutritional benefits for DHA and EPA in inflammation regulation, advances in new delivery systems, commercialization strategies, and the use of PUFAs in functional foods and new product development. The book not only provides practical guidance for formulating PUFA-enriched products for maximum health benefits, but also explores emerging trends and opportunities, including the development of novel functional foods, nutraceuticals, the role of microorganisms as a promising source of microbial oils, and personalized nutrition solutions.With detailed information on how PUFAs can be effectively and sustainably sourced, processed, formulated, and marketed in the food industry, readers will better understand and learn how to overcome the challenges of scaling up PUFA production for industrial use and maximum nutritional value. Researchers, grad students working in the fields of nutrition, food science, and biochemistry, and industry professionals in the food and pharmaceutical industries involved in product development, functional foods, and formulation will benefit from this book.Addresses lipid oxidation, sensory acceptability, and stability throughout PUFA processing to ensure quality and efficacy of PUFA-enriched productsProvides practical guidance for formulating PUFA-enriched products for maximum health benefitsExplores emerging trends and opportunities, including the development of novel functional foods, nutraceuticals, and personalized nutrition solutionsNavigates regulatory requirements and safety considerations to help professionals understand frameworks governing PUFA use for new product developmentDiscusses the consumer preferences and market trends that are crucial for the successful commercialization of PUFA products

Aquatic Waste Valorization: Innovative Approaches and Sustainable Strategies is a comprehensive guide for researchers and practitioners in food and environmental sciences, focusing on the critical intersection of waste management and sustainability within the aquatic food industry. The book explores the multifaceted dimensions of aquatic food industry waste, from its chemical composition and economic implications to a thorough introduction of valorization techniques for the use in functional food products and nutraceuticals. It covers emerging methodologies-including physical, chemical, and enzymatic processes-as well as approaches such as microbial conversion and nanotechnology, all aimed at transforming waste into valuable resources.In addition, it discusses the recovery of valuable components such as proteins, lipids, and bioactive compounds, highlighting their applications across various industries, including biofuels, bioplastics, and functional food ingredients. Through practical applications, it not only addresses the pressing issue of waste management but also presents innovative strategies to bolster both environmental and economic sustainability. Concluding sections examine global policies and regulations shaping the future of aquatic waste valorization.Explores the latest methods in aquatic waste valorization, including bioprocessing, biotechnology, and circular economy strategiesProvides information on how aquatic industry waste affects marine ecosystems, biodiversity, and climate changeHighlights the recovery of valuable aquatic waste components such as lipids, proteins, and bioactive peptides for functional food and nutraceutical useOffers solutions for implementing sustainable practices that minimize waste generation, optimize resource use, and reduce environmental impact

Ethnoscience: Insights into Nutrition and Cultural Foundations is the first book in the series “Culinary Synergies: Exploring Nutrition and Science in Gastronomy”, a five-book exploration into food education, innovation, and preservation. The series encompasses everything from flavor chemistry and sensory science to the role of micro- and macronutrients in traditional and culturally specific diets. It integrates scientific understanding with the latest research in nutrition and considers the environmental implications of specific food choices and the role of food and culture within gastronomy.Divided into four sections, Ethnoscience begins with an introduction to the discovery of food through nutrition and cultural identity, discussing modern technological advances such as machine learning, digital tools, and sustainability. It then moves into the culinary traditions of Southeast Asia, where food diversity and ingredient preparation's influence on nutritional value are discussed. Section two highlights Southern Europe, focusing on foraging and the health benefits of fermented foods and more. Finally, section three introduces sustainable and indigenous farming practices in North Africa, along with healing herbs, their medicinal properties, and much more. Each section includes case studies highlighting nutrition, innovation, and health.Provides a comprehensive exploration of the intersection between culinary tradition, scientific understanding, and nutritional considerations within gastronomyExplores traditional food practices, ingredients, and techniques from Southeast Asia, Southern Europe, and North AfricaPromotes the latest research and case studies on the nutritional and environmental implications of specific food choices in relation to culture and dietEquips professionals with the knowledge needed to provide culturally relevant services in healthcare, nutrition, and food industries

In an era where technology plays a pivotal role in shaping various sectors, Innovative Technologies for Meat Processing explores the intersection of innovation and meat processing, offering a comprehensive guide to the latest technological breakthroughs that are transforming the landscape of meat production. This book begins by providing an overview of the traditional methods in meat processing and their limitations and then navigates through emerging technologies from state‑of‑the‑art machinery and automation to the integration of artificial intelligence and data analytics in processing meats. This book caters to a diverse audience, including professionals in the meat processing industry, researchers, policymakers, and anyone interested in the future of food technology.

Offering a comprehensive and cutting-edge overview, this book explores how discarded food can be transformed into valuable protein sources and bioactive compounds. After introducing the concept of food waste valorization, it considers the significance of transforming waste into wealth within the framework of a circular economy, setting the stage for detailed discussions of various aspects of protein extraction and application. By emphasizing practical applications and transformative potential, it aims to inspire a new wave of innovation and sustainability in managing food waste, ultimately contributing to a healthier planet and a more efficient food system. This is a forward-thinking resource that bridges the gap between research and industry, ideal for researchers, entrepreneurs, and scientists working at the intersection between the two.

This book focuses on ensuring the highest standards of food quality and safety by bridging the gap between food science and food engineering. It integrates scientific principles with practical engineering solutions to provide a holistic approach to food quality assurance. Beginning with a foundational understanding of food quality assurance, it goes on to explore the key principles that drive this critical field. It examines in detail the essential principles of engineering and their application in designing and maintaining robust food safety systems. Through detailed discussions, it covers risk assessment and management strategies, highlighting the role of engineering controls in preventing contamination and ensuring product safety. The technical engineering insights offered make it ideal for industry professionals seeking to advance their understanding of how to ensure food quality standards through practical solutions.

This book offers a comprehensive and interdisciplinary approach by integrating AI with food, nutrition, agriculture, and biotechnology. It covers both foundational concepts and practical applications, making it valuable for academics and professionals. It simplifies advanced technologies into straightforward explanations and practical examples, illustrating how AI technologies such as sensors, intelligent apps, and computer programs can assist farmers in cultivating more crops with less input, assist individuals in eating more nutritious food according to their individual health requirements, and assist researchers in creating improved seeds and environmental-friendly farming methods.Key Features: Describes how AI technologies such as machine learning, computer vision, and IoT are used in practical farming and food systemsPresents case studies and success stories highlighting AI-based solutions in agriculture, food safety, nutrition planning, and biotechnology researchDiscusses advanced topics such as precision farming, personalized nutrition, AI in genomics, and smart supply chains in a lucid, reader-friendly styleExamines the social, economic, and environmental advantages of using AI in sustainable agriculture, food security, and biotechnological innovation

The traditional food packaging industry promises to be revolutionized by the integration of cutting-edge Artificial Intelligence (AI) technologies to enhance food safety, minimize environmental impact, and introduce intelligent packaging systems. AI in Food Packaging explores the transformative impact of artificial intelligence on the food packaging industry. It describes the cutting-edge technologies that enhance food safety, optimize sustainability, and enable smart packaging solutions. From intelligent labeling systems that monitor product freshness to AI-driven design innovations that minimize environmental impact, readers will discover practical applications and future trends shaping the industry. It combines insights from technology, science, and business to provide a comprehensive guide for professionals and enthusiasts alike.Key Features:Analyzes cutting-edge AI technologies such as machine learning, IoT, and computer vision applied to food packaging systemsPresents real-world case studies and industry applications demonstrating smart packaging for quality monitoring and traceabilityCovers sustainability-focused innovations including AI-driven material selection and eco-friendly packaging designsProvides insight into regulatory frameworks, safety standards, and ethical concerns related to AI in the food supply chain

Next-Generation Food Enzymes explores advanced enzyme technologies driven by Artificial Intelligence to enhance food processing efficiency, promote sustainability, and support a circular bioeconomy through eco-friendly biocatalytic innovations. It promotes sustainable innovation by reducing resource dependency and greenhouse gas emissions associated with traditional food manufacturing. The book integrates three cutting-edge domains: artificial intelligence in enzyme design, circular bioeconomy principles, and sustainable food innovation. It systematically covers fundamental enzymology (Chapters 1- 2), technological methodologies (Chapters 3-5), practical applications in waste valorization and product development (Chapters 6-11), and forward-looking considerations including personalized nutrition and regulatory frameworks (Chapters 12-15). This comprehensive structure successfully bridges theoretical foundations with industrial implementation.Key Features:Presents cutting-edge insights into AI-driven enzyme design and its transformative role in sustainable food processingExplains how enzyme technologies contribute to the circular bioeconomy by converting food and agricultural waste into valuable productsCovers real-world case studies and practical applications of enzymes in foods such as dairy, bakery, and beveragesAnalyses the environmental and economic benefits of replacing chemical catalysts with bio-based enzyme systems

This volume details state-of- the art methods on sustainable food extractions. Chapters guide readers on traditional and novel extraction techniques, as well as exploring diverse sources of bioactive compounds. Additionally, chapters provide a holistic view of the field, catering to the needs of researchers, industry professionals, and students who are interested in this rapidly evolving area. 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, Bioactive Extraction and Application in Food and Nutraceutical Industries aims to be a foundation for future studies and to be a source of inspiration for new investigations in the field.

This volume details state-of- the art methods on sustainable food extractions. Chapters guide readers on traditional and novel extraction techniques, as well as exploring diverse sources of bioactive compounds. Additionally, chapters provide a holistic view of the field, catering to the needs of researchers, industry professionals, and students who are interested in this rapidly evolving area. 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, Bioactive Extraction and Application in Food and Nutraceutical Industries aims to be a foundation for future studies and to be a source of inspiration for new investigations in the field.

This volume details the newest breakthroughs that are changing how researchers think about fortified foods. Chapters guide readers through nanoemulsions, liposome encapsulation, cutting-edge extrusion processes, and genetic tweaks. Subsequent chapters investigate liposome encapsulation to deliver vitamins, iron biofortification in meat products, and enzymatic hydrolysis to enhance protein in dairy alternatives. Written in the format of the Methods and Protocols in Food Science series, the chapters include an introduction to the respective topic, list necessary materials and reagents, detail well established and validated methods for readily reproducible laboratory protocols and contain notes on how to avoid or solve typical problems.Authoritative and cutting-edge, Fortified Foods aims to highlight the scientific basis that backs each strategy, while also tackling the real-world hurdles of large-scale implementation.

This volume provides comprehensive methods and is a practical guide for sports scientists and nutrition practitioners. Written in the format of the Methods and Protocols in Food Science series, the chapters include an introduction to the respective topic, list necessary materials and reagents, detail well established and validated methods for readily reproducible laboratory protocols and contain notes on how to avoid or solve typical problems.Authoritative and cutting-edge, Sports Nutrition Methods aims to empower readers to precisely identify, assess, and tailor interventions related to body composition and nutritional needs for optimal sports performance.

This volume provides an extensive exploration of innovative and sustainable methodologies for addressing food waste challenges. Chapters detail multiple dimensions, ensuring a comprehensive understanding of food waste valorization through green technologies. 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, Food Waste Valorization: Green Techniques in Sustainable Management aims to be a valuable resource for academics, researchers, industry professionals, and students focused on sustainable food systems and waste management innovations.

This book focuses on cutting-edge protocols for novel food analysis, covering advanced techniques for food safety, quality assessment, authentication, and nutritional profiling. It provides step-by-step methodologies for emerging analytical tools such as CRISPR-based detection, nano-sensors, mass spectrometry, lab-on-a-chip technology, spectroscopic techniques, and ultrasonication methods. 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, Novel Food Analysis: Techniques and Applications aims to be a comprehensive resource for both academic and industrial applications.

This volume is a comprehensive overview starting from extraction procedures to application in food product development. Chapters guide readers through extraction, plant-derived pigments, anthocyanins, carotenoids, betalains, curcuminoids, chlorophyll, and extraction methods of microbial, algal and animal-derived pigments. Written in the format of the Methods and Protocols in Food Science series, each chapter lists the necessary materials and methods for readily reproducible protocols and includes notes on how to avoid and solve typical problems.Authoritative and cutting-edge, Food Colorants: Natural Sources to Product Formulation aims to provide practical guidance and inspire further research and innovation that will benefit global food systems.

Revolutionizing Agricultural Quality Control with AI, Image Processing, and Computational Intelligence Techniques As the global demand for high-quality, sustainable agricultural products increases, advanced technology becomes critical in meeting these challenges. Computational Intelligence and Image Processing in Agriculture explores how innovative technologies are transforming agricultural quality evaluation. Combining foundational concepts with practical applications, this comprehensive text delves into innovative techniques to improve accuracy, efficiency, and sustainability in quality control. Addressing key challenges faced by researchers, practitioners, and industry professionals, contributions from leading experts in AI, agriculture, and computational intelligence provide a deep understanding of technologies such as deep learning, computer vision, and AI-driven robotics. Real-world examples, step-by-step tutorials, and code snippets make the concepts accessible and actionable, while coverage of emerging trends and future directions highlights the evolving landscape of agricultural technology. Offering interdisciplinary insights and practical tools to modernize evaluation techniques, reduce waste, enhance food safety, and meet the growing demands of sustainable farming practices, this book: Addresses challenges and solutions for real-time monitoring systems in agricultureHighlights cutting-edge applications such as AI-driven robotics and LiDAR in farmingEmphasizes sustainability and environmental impact through technological innovation Offers detailed coverage of image analysis algorithms for quality controlDiscusses ethical and environmental implications of technology in agricultureThis book is ideal for advanced undergraduate and graduate courses in agricultural engineering, computer science, and AI applications. It is also an essential reference for professionals including agricultural scientists, AI practitioners, and quality control experts.

Authoritative reference on microgreen production, nutrition, and food applications Researchers and food scientists seeking rigorous, consolidated coverage of microgreen science now have a dedicated resource. Microgreens: Production, Nutritional Compositions, and Food Applications, edited by a team of experienced food science and agriculture researchers, systematically addresses cultivation technologies, nutritional composition, bioavailability, health-promoting properties, and commercial food applications of microgreens within a single, structured volume. Coverage spans seed biology, photosynthesis, and growth mechanisms alongside modern cultivation methods including hydroponics, vertical farming, and controlled environment agriculture. Plant family-specific chapters detail nutritional profiles and bioactive compounds of Amaranthaceae, Brassicaceae, and Fabaceae microgreens. Additional sections address post-harvest handling, preservation techniques, flavor optimization, global safety standards, and regulatory frameworks for commercial production. The book also covers: Antioxidant activity, inflammation control, glycemic regulation, and cardiovascular support properties documented across multiple microgreen species and familiesBiotechnological advances and economic potential analyses for scaling microgreen production from small-scale farming to commercial operationsProcessing methods, preservation techniques, and flavor optimization strategies for incorporating microgreens into commercial food productsInnovative applications in space agriculture and regenerative farming systems that extend microgreen utility beyond conventional food productionActionable cultivation strategies for optimizing yield, safety, and nutritional composition in both controlled environment and traditional growing settingsDesigned for food scientists, product development managers, R&D specialists, nutritionists, agricultural researchers, and policymakers, this volume connects microgreen production science with commercial food applications and sustainability goals, providing the evidence base needed to advance both research programs and industry practice.

Rapid non-destructive nutritional analysis using advanced imaging technologies Traditional nutritional analysis methods are destructive, slow, and impractical for large-scale applications. Nutritional Imaging in Agri-Food Systems presents image processing as a rapid, non-destructive alternative with real-time monitoring capabilities. A team of specialists in food science, imaging, and data analytics demonstrates how visual data can assess quality, detect adulteration, and monitor safety with unprecedented speed. This volume covers imaging technologies from visible light to multispectral, hyperspectral, thermal, fluorescence, and microscopy techniques, detailing specific applications in nutritional assessment. Case studies demonstrate scalable utilization in agriculture and food systems, including spoilage detection, automated grading, and real-time monitoring using edge AI and IoT. The book integrates machine learning, remote sensing, and digital agriculture insights. Readers will also find: Detailed coverage of how cameras and sensors detect color, texture, and chemical composition to identify ripeness, spoilage, and fat contentPractical applications for smartphones, drones, and smart farming equipment that make food analysis faster and more accessible across operationsIntegration strategies connecting machine learning, robotics, and remote sensing technologies for comprehensive agricultural and nutritional monitoring systemsMethods for reducing food waste and improving food safety through automated quality control and real-time assessment at production scaleScalable solutions linking agriculture, nutrition, and digital innovation for healthier food systems and more efficient supply chain managementWritten for scientists in agricultural science, food science, nutrition, computer vision, and image processing, this reference serves professionals in food processing, quality control, and agricultural technology. Regulatory agencies and remote sensing specialists will find practical frameworks for leveraging technology in food monitoring and policy development.

This book explores the chemistry and practical application of natural food preservation techniques using biopreservatives sourced from microorganisms, plants and animals. It highlights key bioactive agents including bacteriocins, lysozyme, lactoferrin, chitosan, essential oils and plant extracts and their roles in enhancing food safety, extending shelf life and maintaining quality across diverse food systems such as dairy, meat, seafood and fresh produce.Designed for both academic and industry professionals, the book offers targeted solutions tailored to specific food matrices, including optimal concentration ranges and storage conditions. It also explores the mechanisms of action behind these agents while addressing critical challenges such as regulatory compliance, safety assessments and consumer acceptance.In response to growing demand for clean-label and sustainable preservation methods, the book introduces emerging technologies like nanoencapsulation, synergistic biopreservative combinations, active packaging innovations and the use of food industry by-products. Backed by current market data indicating growth in the biopreservatives sector, it positions natural preservation as a compelling alternative to chemical additives – one that supports both environmental stewardship and public health.