The document provides an overview of functional food development and legislation. It discusses key topics such as the definition of functional foods, common functional food ingredients and their properties, regulations around health claims for functional foods, and guidelines for developing and marketing new functional food products. The document also reviews the functional food framework in the EU and provides examples of regulatory bodies that evaluate evidence to support claims about functional foods and their health benefits.
Marketing and regulatory issues for functional food by sakshiSakshi Thakur
This document discusses marketing and regulatory issues for functional foods and nutraceuticals in India. It provides an introduction to functional foods and nutraceuticals, and outlines some of the key components and potential health benefits. It then discusses the history of food regulation in India, focusing on recent legislation like the Food Safety and Standard Act of 2006. This act aims to consolidate various food laws and establish a single authority to regulate the food sector. However, more regulation is still needed for functional foods and nutraceuticals. The document also discusses licensing requirements, health claims, positioning benefits, and the growing Indian market for these products.
Credit: www.foodinsight.org
Functional food Energy Diet (http://www.beautysane.com/UK/products.html) meet high standard ISO 9001.
* Meal substitutes for you to cook
* Around 20 flavors for varied gourmet meals
* Enriched with 23 vitamins and minerals
* Haute Digestibilité (HD), an exclusive and patented system of highly digestible products
* Each meal costs less than £3
* Made in France
* Guaranteed: no preservatives, artificial colouring, aspartame or glutamate
To order, Whatsapp +971-55-9483654
Functional foods are foods that provide health benefits beyond basic nutrition. Japan was the first country to recognize functional foods in 1991 through its FOSHU system. The FSSAI in India issued regulations for functional foods and other products in 2016. Regulations vary between countries but generally classify claims and require scientific evidence to substantiate health claims. Claims are also regulated differently, from general nutrition claims to disease risk reduction claims. Human studies are often needed to approve claims. The FOSHU system and Codex Alimentarius provide frameworks that many countries follow for their own regulations on functional foods and health claims.
The document discusses the history and definition of functional foods. It began in Japan in the 1980s with fortified foods and the first product being a soft drink containing dietary fiber in 1988. Functional foods are natural or processed foods that provide clinically proven health benefits. The largest markets are the US, Europe, Japan and others. Functional foods can help increase life expectancy and quality of life by potentially reducing diseases like CVD, cancer and osteoporosis. Common types include cereals, legumes, vegetables, fruits and probiotics containing various bioactive compounds and providing health benefits.
This document discusses lycopene, glucosamine, and isoflavones. Lycopene is a carotenoid pigment found in tomatoes and other red fruits and vegetables that has antioxidant properties. Glucosamine is an amino sugar that plays a role in cartilage formation and is used as a supplement to treat osteoarthritis. Isoflavones are polyphenols produced by legumes that are antioxidants and may protect against certain cancers. The document provides details on the chemical structures, sources, and health benefits of each compound.
This document discusses functional foods and nutraceuticals. It defines functional foods as foods that provide additional health benefits beyond basic nutrition. Cereals, legumes, vegetables, fruits, and probiotics are described as examples of functional foods. Cereals provide fiber, vitamins, minerals and antioxidants that can help prevent cancer, heart disease and other conditions. Legumes contain proteins, fibers and phytochemicals like isoflavones and saponins that may lower cholesterol and blood glucose. Vegetables and fruits are rich in antioxidants, vitamins and minerals that promote health. Probiotics in foods like yogurt contain beneficial bacteria and may help lower blood pressure and reduce risk of obesity and other diseases.
Marketing and regulatory issues for functional food by sakshiSakshi Thakur
This document discusses marketing and regulatory issues for functional foods and nutraceuticals in India. It provides an introduction to functional foods and nutraceuticals, and outlines some of the key components and potential health benefits. It then discusses the history of food regulation in India, focusing on recent legislation like the Food Safety and Standard Act of 2006. This act aims to consolidate various food laws and establish a single authority to regulate the food sector. However, more regulation is still needed for functional foods and nutraceuticals. The document also discusses licensing requirements, health claims, positioning benefits, and the growing Indian market for these products.
Credit: www.foodinsight.org
Functional food Energy Diet (http://www.beautysane.com/UK/products.html) meet high standard ISO 9001.
* Meal substitutes for you to cook
* Around 20 flavors for varied gourmet meals
* Enriched with 23 vitamins and minerals
* Haute Digestibilité (HD), an exclusive and patented system of highly digestible products
* Each meal costs less than £3
* Made in France
* Guaranteed: no preservatives, artificial colouring, aspartame or glutamate
To order, Whatsapp +971-55-9483654
Functional foods are foods that provide health benefits beyond basic nutrition. Japan was the first country to recognize functional foods in 1991 through its FOSHU system. The FSSAI in India issued regulations for functional foods and other products in 2016. Regulations vary between countries but generally classify claims and require scientific evidence to substantiate health claims. Claims are also regulated differently, from general nutrition claims to disease risk reduction claims. Human studies are often needed to approve claims. The FOSHU system and Codex Alimentarius provide frameworks that many countries follow for their own regulations on functional foods and health claims.
The document discusses the history and definition of functional foods. It began in Japan in the 1980s with fortified foods and the first product being a soft drink containing dietary fiber in 1988. Functional foods are natural or processed foods that provide clinically proven health benefits. The largest markets are the US, Europe, Japan and others. Functional foods can help increase life expectancy and quality of life by potentially reducing diseases like CVD, cancer and osteoporosis. Common types include cereals, legumes, vegetables, fruits and probiotics containing various bioactive compounds and providing health benefits.
This document discusses lycopene, glucosamine, and isoflavones. Lycopene is a carotenoid pigment found in tomatoes and other red fruits and vegetables that has antioxidant properties. Glucosamine is an amino sugar that plays a role in cartilage formation and is used as a supplement to treat osteoarthritis. Isoflavones are polyphenols produced by legumes that are antioxidants and may protect against certain cancers. The document provides details on the chemical structures, sources, and health benefits of each compound.
This document discusses functional foods and nutraceuticals. It defines functional foods as foods that provide additional health benefits beyond basic nutrition. Cereals, legumes, vegetables, fruits, and probiotics are described as examples of functional foods. Cereals provide fiber, vitamins, minerals and antioxidants that can help prevent cancer, heart disease and other conditions. Legumes contain proteins, fibers and phytochemicals like isoflavones and saponins that may lower cholesterol and blood glucose. Vegetables and fruits are rich in antioxidants, vitamins and minerals that promote health. Probiotics in foods like yogurt contain beneficial bacteria and may help lower blood pressure and reduce risk of obesity and other diseases.
This document discusses various functional foods and their health benefits. It defines functional foods as foods that provide health benefits beyond basic nutrition like reducing disease risk. It then profiles several functional foods - beans, berries, cruciferous vegetables, chocolate, citrus fruits, pumpkin, fish, soy, spinach and their nutritional components and how they may help reduce risks of cancer, heart disease, and other chronic illnesses. It provides details on specific health benefits of certain foods like berries helping lower heart disease risk and soy isoflavones' role in bone and prostate health.
1) Nutraceuticals originated from the terms "nutrition" and "pharmaceutical" and are foods or dietary components that provide health benefits beyond basic nutrition.
2) The global nutraceutical market was worth $162 billion in 2018 and is projected to reach $280 billion by 2025, growing at an annual rate of around 8%. The Indian nutraceutical market is also growing rapidly at a CAGR of 17.1%.
3) Nutraceuticals provide physiological benefits and help maintain good health. They are prepared from food or non-food sources and can be in various formats such as powders, tablets, liquids. Common categories of nutraceuticals include nutrients, herbals
This document discusses various functional foods and their health benefits. It begins by defining functional foods as foods that provide health benefits beyond basic nutrition. The history of functional foods is then summarized, noting that Japan first established a definition for these foods in 1991. Several categories of functional foods are then listed, including those fortified with vitamins/minerals, containing cholesterol-reducing components, and probiotics/prebiotics. Specific examples like yogurt, fruits and vegetables are given. Methods for how foods can become functional are outlined, such as by adding or increasing beneficial components. The roles and health benefits of various functional food categories are then summarized in 1-2 sentences each, including dairy products like milk and yogurt, seafood rich in omega
This document discusses nutraceuticals and functional foods. It defines nutraceuticals as pharmaceutical-grade nutrients that are regulated by the FDA. Functional foods are designed to provide extra health benefits through enriched foods rather than supplements. They include foods fortified with added nutrients. Dietary supplements are concentrated nutrient products taken orally to supplement the diet, while functional foods are whole foods enriched with added nutrients. The document emphasizes the importance of nutrition in early life and a plant-based diet high in fruits and vegetables for reducing chronic disease risk.
Development of Nutraceuticals & functional foodsEkta Belwal
“Nutraceuticals” & “Health food” shops has grown enormously, fostered by wide media coverage of their benefits. There has been a boom in their sales as patients rush to self-medicate, either in the hope that these products will be effective in treating diseases unsatisfactorily treated with pharmaceuticals, or that the adverse effects of some pharmaceuticals may be avoided.
Functional foods are foods that provide health benefits beyond basic nutrition. They contain ingredients that have been manipulated or modified to enhance their contribution to a healthy diet. Consumer interest in the relationship between diet and health has increased, with people recognizing they can help reduce illness risks through a healthy lifestyle including diet. Examples of functional foods worldwide include foods enriched with vitamins, minerals, fibers, and other bioactive components. Functional foods have potential to improve health and prevent diseases when consumed as part of a balanced diet and lifestyle.
Functional food & Phytonutrients
Definition
Examples of some functional food worldwide
Functional Food Components
Concept of functional foods
Cereals as functional food
Legumes as functional foods
Vegetables as functional food
Fruits as functional foods
Probiotics as functional food
Functional food and fortification
Phytonutrients
General functions of phytonutrients
Various Phytochemicals
Mechanisms of action of Phytonutrients
This document discusses considerations for developing a successful functional food product. It notes consumers are shifting from illness management to wellness promotion. Functional foods fit within a continuum from health maintenance to promotion. Developing uniqueness through customization for intended populations and new research areas like nutrigenomics, proteomics and metabolomics can aid innovation. Biomarkers directly correlate health status to exposure. Encouraging development factors include epidemiological research, technological advancements, legislation and government incentives.
This document discusses functional foods and nutraceuticals. It defines functional foods as foods that provide specific health benefits beyond basic nutrition. Nutraceuticals are foods or food components that have medical or health benefits, including disease prevention or treatment. Examples of functional components in foods are given, along with their potential health benefits and sources. The document also discusses probiotic foods, prebiotic foods, and plant stanols/sterols, and their relationships to functional foods and nutraceuticals. Classification systems for nutraceuticals are presented based on their natural sources and chemical constituents.
The benefits and risks associated with functional foods and nutraceuticals are presented in the presentation. Also, way-forward is captured in light of the risks.
This document discusses food fortification with vitamins and minerals. It notes that wheat, maize and rice are commonly fortified with iron, folic acid and B vitamins. These micronutrients play important roles in physical and cognitive development, productivity and reducing health risks like anemia and neural tube defects. The document outlines various micronutrients used for fortification, their health benefits, and considerations for effective fortification programs like identifying target groups, suitable vehicles, levels of addition and ensuring stability of added nutrients. It also addresses limitations, costs and legislation around national fortification programs.
This document defines medical foods as specially formulated foods that meet the nutritional requirements of a specific disease or condition. It discusses FDA regulations for medical foods, including labeling requirements. The history of medical foods developing in the 1950s to manage genetic diseases is provided. Examples of current medical foods for conditions like Alzheimer's, osteoarthritis, and depression are given. The largest companies in the medical foods market are also listed.
Effect of processing on functional & health foodsAakriti .
This document summarizes the effects of processing on various foods and beverages. It discusses how processing impacts key bioactive compounds in coffee, green tea, soy, tomato, red wine, garlic, spinach, apple, onion, turmeric, and cocoa. In general, processing can lead to losses of proteins, acids, minerals, polyphenols, isoflavones, lycopene, resveratrol, allicin, ascorbic acid, flavonoids, quercetin, curcumin, and flavanols through oxidation, isomerization, degradation, extraction, and thermal breakdown. However, some compounds like caffeine, catechins, and lipids are more stable during processing.
Every year more than 1.5 million people are affected new cancer cases in US. According to Jaganath (2008), 56.5 million people dead annually due to chronic degenerative disease. 220 million people are affected with diabetes in the world (WHO 2011) and it will be more than 350 million by 2030 (WHO 2003). Total healthcare cost of diabetes is US$5621 per person in developed countries, US$356 in developing countries and $160 in Bangladesh (Islam et al., 2017).
So, what will be our strategy to get rid of this?
Fruits and vegetables are rich sources of a wide range of vital micronutrients, vitamins (provitamin A carotenoids, vitamin C, and folate), phytochemicals (non - provitamin A carotenoids and polyphenols), and fiber (Amiot and Lairon, 2010 ). These components with a wide range of chemical structures and functionality provide different beneficial effects beyond simple nutrition, resulting in improved health. In general, fruits and vegetables are generally low - energy foods because of a high proportion of nondigestible carbohydrate polymers such as cellulose and pectin and lower levels of proteins and lipids. Thus, fruits and vegetables supplement the high - energy foods in diet and can be seen to provide a balance in the transit of food through the gastrointestinal tract (GIT), as well as to aid digestion and subsequent action by the gut microflora in the large intestine. The influence of fruit and vegetable components (prebiotics) in intestinal health, through viscosity modification of foods during their transition through the GIT, immunity modulation, prevention of inflammation, and maintenance of an ideal population of microflora (probiotics) is continuously being unraveled.
Nutritional labeling of food products provides important information to consumers and aims to improve public health. Key points covered in the document include:
- Nutritional labels allow producers and consumers to communicate and help consumers make informed choices.
- Indian regulations made nutritional labeling mandatory in 2007 and were expanded in 2014.
- Labels must include information like ingredients, nutrition facts, expiration dates, and allergens.
- Nutritional labeling regulations vary globally but aim to standardize labeling practices.
- Studies show consumers in India sometimes check labels for nutrition information when purchasing foods.
This document discusses strategies for creating consumer awareness of functional foods in India. It begins by defining what functional foods are and examining the current state of consumer mindset in India. It then covers some communication theory approaches, including the ADMAP model. The main challenges to functional food adoption in India are identified as the consumer not believing they have a problem, confusion over which products are right for them, perceiving healthy foods as tasteless, and functional foods not matching the foods they are accustomed to. The document argues that communication must build awareness, interest, trial, and habit. It stresses understanding the consumer perspective, leveraging insights, and focusing on taste. Credible institutions and key opinion leaders can help address concerns and build trust in functional
Functional Foods: Their Role & Opportunitiessenaimais
The document discusses functional foods, their role and opportunities. It provides an overview of the Institute of Food Technologists (IFT), what functional foods are, why they are of interest, their history and the large business they represent. It discusses trends in functional foods and research, regulatory landscape and future outlook. The presentation aims to outline the topic of functional foods and opportunities within the field.
This document discusses various functional foods and their health benefits. It defines functional foods as foods that provide health benefits beyond basic nutrition like reducing disease risk. It then profiles several functional foods - beans, berries, cruciferous vegetables, chocolate, citrus fruits, pumpkin, fish, soy, spinach and their nutritional components and how they may help reduce risks of cancer, heart disease, and other chronic illnesses. It provides details on specific health benefits of certain foods like berries helping lower heart disease risk and soy isoflavones' role in bone and prostate health.
1) Nutraceuticals originated from the terms "nutrition" and "pharmaceutical" and are foods or dietary components that provide health benefits beyond basic nutrition.
2) The global nutraceutical market was worth $162 billion in 2018 and is projected to reach $280 billion by 2025, growing at an annual rate of around 8%. The Indian nutraceutical market is also growing rapidly at a CAGR of 17.1%.
3) Nutraceuticals provide physiological benefits and help maintain good health. They are prepared from food or non-food sources and can be in various formats such as powders, tablets, liquids. Common categories of nutraceuticals include nutrients, herbals
This document discusses various functional foods and their health benefits. It begins by defining functional foods as foods that provide health benefits beyond basic nutrition. The history of functional foods is then summarized, noting that Japan first established a definition for these foods in 1991. Several categories of functional foods are then listed, including those fortified with vitamins/minerals, containing cholesterol-reducing components, and probiotics/prebiotics. Specific examples like yogurt, fruits and vegetables are given. Methods for how foods can become functional are outlined, such as by adding or increasing beneficial components. The roles and health benefits of various functional food categories are then summarized in 1-2 sentences each, including dairy products like milk and yogurt, seafood rich in omega
This document discusses nutraceuticals and functional foods. It defines nutraceuticals as pharmaceutical-grade nutrients that are regulated by the FDA. Functional foods are designed to provide extra health benefits through enriched foods rather than supplements. They include foods fortified with added nutrients. Dietary supplements are concentrated nutrient products taken orally to supplement the diet, while functional foods are whole foods enriched with added nutrients. The document emphasizes the importance of nutrition in early life and a plant-based diet high in fruits and vegetables for reducing chronic disease risk.
Development of Nutraceuticals & functional foodsEkta Belwal
“Nutraceuticals” & “Health food” shops has grown enormously, fostered by wide media coverage of their benefits. There has been a boom in their sales as patients rush to self-medicate, either in the hope that these products will be effective in treating diseases unsatisfactorily treated with pharmaceuticals, or that the adverse effects of some pharmaceuticals may be avoided.
Functional foods are foods that provide health benefits beyond basic nutrition. They contain ingredients that have been manipulated or modified to enhance their contribution to a healthy diet. Consumer interest in the relationship between diet and health has increased, with people recognizing they can help reduce illness risks through a healthy lifestyle including diet. Examples of functional foods worldwide include foods enriched with vitamins, minerals, fibers, and other bioactive components. Functional foods have potential to improve health and prevent diseases when consumed as part of a balanced diet and lifestyle.
Functional food & Phytonutrients
Definition
Examples of some functional food worldwide
Functional Food Components
Concept of functional foods
Cereals as functional food
Legumes as functional foods
Vegetables as functional food
Fruits as functional foods
Probiotics as functional food
Functional food and fortification
Phytonutrients
General functions of phytonutrients
Various Phytochemicals
Mechanisms of action of Phytonutrients
This document discusses considerations for developing a successful functional food product. It notes consumers are shifting from illness management to wellness promotion. Functional foods fit within a continuum from health maintenance to promotion. Developing uniqueness through customization for intended populations and new research areas like nutrigenomics, proteomics and metabolomics can aid innovation. Biomarkers directly correlate health status to exposure. Encouraging development factors include epidemiological research, technological advancements, legislation and government incentives.
This document discusses functional foods and nutraceuticals. It defines functional foods as foods that provide specific health benefits beyond basic nutrition. Nutraceuticals are foods or food components that have medical or health benefits, including disease prevention or treatment. Examples of functional components in foods are given, along with their potential health benefits and sources. The document also discusses probiotic foods, prebiotic foods, and plant stanols/sterols, and their relationships to functional foods and nutraceuticals. Classification systems for nutraceuticals are presented based on their natural sources and chemical constituents.
The benefits and risks associated with functional foods and nutraceuticals are presented in the presentation. Also, way-forward is captured in light of the risks.
This document discusses food fortification with vitamins and minerals. It notes that wheat, maize and rice are commonly fortified with iron, folic acid and B vitamins. These micronutrients play important roles in physical and cognitive development, productivity and reducing health risks like anemia and neural tube defects. The document outlines various micronutrients used for fortification, their health benefits, and considerations for effective fortification programs like identifying target groups, suitable vehicles, levels of addition and ensuring stability of added nutrients. It also addresses limitations, costs and legislation around national fortification programs.
This document defines medical foods as specially formulated foods that meet the nutritional requirements of a specific disease or condition. It discusses FDA regulations for medical foods, including labeling requirements. The history of medical foods developing in the 1950s to manage genetic diseases is provided. Examples of current medical foods for conditions like Alzheimer's, osteoarthritis, and depression are given. The largest companies in the medical foods market are also listed.
Effect of processing on functional & health foodsAakriti .
This document summarizes the effects of processing on various foods and beverages. It discusses how processing impacts key bioactive compounds in coffee, green tea, soy, tomato, red wine, garlic, spinach, apple, onion, turmeric, and cocoa. In general, processing can lead to losses of proteins, acids, minerals, polyphenols, isoflavones, lycopene, resveratrol, allicin, ascorbic acid, flavonoids, quercetin, curcumin, and flavanols through oxidation, isomerization, degradation, extraction, and thermal breakdown. However, some compounds like caffeine, catechins, and lipids are more stable during processing.
Every year more than 1.5 million people are affected new cancer cases in US. According to Jaganath (2008), 56.5 million people dead annually due to chronic degenerative disease. 220 million people are affected with diabetes in the world (WHO 2011) and it will be more than 350 million by 2030 (WHO 2003). Total healthcare cost of diabetes is US$5621 per person in developed countries, US$356 in developing countries and $160 in Bangladesh (Islam et al., 2017).
So, what will be our strategy to get rid of this?
Fruits and vegetables are rich sources of a wide range of vital micronutrients, vitamins (provitamin A carotenoids, vitamin C, and folate), phytochemicals (non - provitamin A carotenoids and polyphenols), and fiber (Amiot and Lairon, 2010 ). These components with a wide range of chemical structures and functionality provide different beneficial effects beyond simple nutrition, resulting in improved health. In general, fruits and vegetables are generally low - energy foods because of a high proportion of nondigestible carbohydrate polymers such as cellulose and pectin and lower levels of proteins and lipids. Thus, fruits and vegetables supplement the high - energy foods in diet and can be seen to provide a balance in the transit of food through the gastrointestinal tract (GIT), as well as to aid digestion and subsequent action by the gut microflora in the large intestine. The influence of fruit and vegetable components (prebiotics) in intestinal health, through viscosity modification of foods during their transition through the GIT, immunity modulation, prevention of inflammation, and maintenance of an ideal population of microflora (probiotics) is continuously being unraveled.
Nutritional labeling of food products provides important information to consumers and aims to improve public health. Key points covered in the document include:
- Nutritional labels allow producers and consumers to communicate and help consumers make informed choices.
- Indian regulations made nutritional labeling mandatory in 2007 and were expanded in 2014.
- Labels must include information like ingredients, nutrition facts, expiration dates, and allergens.
- Nutritional labeling regulations vary globally but aim to standardize labeling practices.
- Studies show consumers in India sometimes check labels for nutrition information when purchasing foods.
This document discusses strategies for creating consumer awareness of functional foods in India. It begins by defining what functional foods are and examining the current state of consumer mindset in India. It then covers some communication theory approaches, including the ADMAP model. The main challenges to functional food adoption in India are identified as the consumer not believing they have a problem, confusion over which products are right for them, perceiving healthy foods as tasteless, and functional foods not matching the foods they are accustomed to. The document argues that communication must build awareness, interest, trial, and habit. It stresses understanding the consumer perspective, leveraging insights, and focusing on taste. Credible institutions and key opinion leaders can help address concerns and build trust in functional
Functional Foods: Their Role & Opportunitiessenaimais
The document discusses functional foods, their role and opportunities. It provides an overview of the Institute of Food Technologists (IFT), what functional foods are, why they are of interest, their history and the large business they represent. It discusses trends in functional foods and research, regulatory landscape and future outlook. The presentation aims to outline the topic of functional foods and opportunities within the field.
Trends, Opportunities And Challenges Functional Foods Ranjan Sharmarocomara
This document discusses trends, opportunities, and challenges for functional foods. It provides examples of popular functional food products around the world and in Australia. Key drivers for the functional food market include aging populations, rising obesity rates, and increasing consumer awareness of the links between diet and health. However, the industry faces challenges such as developing products that meet regulatory standards for health claims and ensuring functional ingredients are stable during processing and storage.
This document reviews honey as a nutrient and functional food. It discusses honey's composition, nutritional value, and potential health benefits. Some key points:
1) Honey is composed mainly of carbohydrates (glucose and fructose), small amounts of proteins, vitamins, minerals, and polyphenols. It provides a source of energy but its nutritional contribution is small.
2) Different types of honey have varying glycemic indices depending on their fructose/glucose ratio, with higher fructose honeys having a lower GI. Studies show honey may induce a smaller glucose rise than other sugars.
3) Research suggests honey can be an effective carbohydrate source for athletes when consumed before
From the design to validation of health claims. What about claims and food be...comfoodforhealth
From the design to validation of health claims. What about claims and food benefits?
Dr. Francesc Puiggròs discusses (1) the analysis of communication related to health claims on foods and benefits, (2) how science communication is a matter for all stakeholders, and (3) ways to gain consumer reliability through science. He analyzes global recommendations for healthier diets and initiatives in the EU to promote better habits. However, there is controversy around communicating food properties due to uncertainty about health effects and potential overconsumption. Regulation aims to increase trust but challenges remain in consumer understanding of claims.
Functional Food in European Union and Bosniariada_asimovic
The document discusses functional foods, which are foods that provide health benefits beyond basic nutrition. The EU functional food market was estimated to be worth €30-60 billion annually. Half of functional food companies in the EU are located in Germany. Research focuses on products that target aging, children's nutrition, and diseases like cancer and obesity. The market is growing as consumers are willing to pay more for health benefits, but critics cite lack of evidence on cost-effectiveness and risks of unsubstantiated claims.
PPT ON NUTRACEUTICAL AND THEIR LABELINGGOVIND YADAV
The document provides information on regulatory requirements for nutraceutical labeling in India, Japan, and Canada. It discusses the following key points:
- Nutraceutical labels in India must include ingredients, purpose, maximum retail price and other mandatory information as regulated by the Food Safety and Standards Authority of India.
- Japan has stringent labeling systems that require providing detailed information on nutrition, ingredients, and health claims.
- Canada regulates nutraceuticals under the Natural Health Products Directorate and labels must meet requirements including a product license number and evidence-based safety and efficacy claims.
- Regulations differ across countries but generally aim to standardize labeling practices to inform consumers.
QUALITY OF MAIZE HYBRIDS AS A RAW MATERIAL IN FUNCTIONAL, ORGANIC AND TRADITI...Valentina Semencenko
Maize (Zea mays) is a plant of enormous modern-day economic importance as foodstuff and alternative energy source. Importance of maize in food productionindustry is enormous as well as in many other industries.
In vitro and in vivo models of angiogenesisVijay Avin BR
This document discusses in vitro and in vivo models for studying angiogenesis. It describes several in vitro models including cord formation assays, tube formation assays, cell migration assays, cell proliferation assays, and gelatin zymography that are used to study the molecular mechanisms and identify regulators of angiogenesis. Important considerations for developing angiogenesis studies include choosing an appropriate endothelial cell source and extracellular matrix. Several in vivo models are also described such as the rabbit corneal assay, sponge implantation models, matrigel plug assays, and the hind limb ischemia model. Both in vitro and in vivo techniques are important for advancing the understanding and treatment of diseases associated with angiogenesis like cancer.
The document discusses alternatives to animal studies in 3 main areas: replacement, reduction, and refinement. Replacement involves using non-animal methods like cell cultures, computer simulations, or chemical/physical systems. Reduction aims to minimize animal use through improved study design and statistics. Refinement focuses on lessening pain and distress for animals, such as by improving surgical techniques or control of variables. A variety of non-animal methods are presented, including in vitro assays, microorganisms, and computer models, as well as strategies for reducing animal numbers through data sharing and statistical practices.
Functional Overview of the Biotechnology IndustrythinkBiotech
Comprehensive introductory presentation on the business of biotechnology describing legal, commercial, scientific, and regulatory foundations; used in biotech MBA programs.
Functional food dapat memberikan manfaat tambahan selain gizi dasar, seperti meningkatkan sistem kekebalan tubuh. Probiotik dalam makanan fungsional dapat meningkatkan aktivitas fagosit, sekresi IgA, dan sel imun sehingga dapat meningkatkan pertahanan tubuh terhadap infeksi.
This document provides a summary of a study on functional food ideation conducted by Company X. Key trends identified include growing demand for more nutritious, local, and natural whole foods. However, concerns remain regarding the overall quality and safety of the food supply. Unhealthy eating behaviors persist in both adults and children. New technologies offer potential for more personalized nutrition approaches. Key nutrition issues cited include growing rates of obesity, poor dental health, deficiencies in vitamins/minerals, and concerns with the changes occurring in the food supply and eating patterns that may impact health.
It starts with brief introduction about angiogenesis, history of angiogenesis, types and various stages of angiogenesis, followed by its clinical usage.
Presentación hecha por el el jefe de Ciencias de la Alimentación y Nutrición en la Oxford Brookes University y director del Centro de la Alimentación Funcional en Oxford, profesor Christiani Jeya Henry, en el marco del taller “Desafíos y Tendencias Globales en la Industria de Alimentos Funcionales y Nutracéuticos: Implicaciones para Chile”, organizado por el Consejo de Innovación.
161201 foods with function claims system in japanneerjayakult
1) The document discusses Japan's new "Foods with Function Claims" system which allows foods to make certain health claims after notifying authorities and providing evidence of safety and effectiveness.
2) It provides an overview of international regulations on health claims in the EU, US, and Japan and compares Japan's new system to regulations for dietary supplements in the US.
3) Statistics are given on the number and types of health claims made for foods under the new Japanese system between 2015-2016, including many claims related to digestion, fat reduction, and cholesterol.
This document provides an introduction to the course "Food Science & Technology" presented by Abdirahman Yusuf Ali. It begins with an introduction to food science and technology, defining food and classifying foods according to their functions. It then discusses the introduction, importance, and objectives of studying food science and technology, including producing safe and quality food products, adding value to food, and securing food security. The document provides background on food processing, fortification, chemistry, microbiology, and other key concepts in food science.
This document summarizes an ILSI SEA Region Nutrition Labeling Seminar held in Thailand in August 2012. It provides an overview of a presentation given by Sean Strain on updates to nutrition labeling and claims regulation in Europe. The presentation discusses general considerations around nutrition claims evaluation, how the European Food Safety Authority weighs the scientific evidence for claims, and examples of positive health claims evaluations. It provides details on the processes and criteria used to establish whether a cause-and-effect relationship has been demonstrated between the consumption of a food and a claimed beneficial physiological effect.
Food Science and Technology is the study of food, including its composition, properties, processing, packaging, and safety. The document defines food and classifies it according to its functions in the body. It introduces food science and technology, explaining that food scientists study food properties and develop safe, quality foods, while food technology applies these findings to food processing, packaging, and use. Key aspects of food science and technology discussed include food constituents, processing, fortification, chemistry, safety, and nutrients versus non-nutrients. Reasons to study this field are also provided, such as producing quality, safe foods; adding value through processing; and ensuring food security.
The document provides an introduction to nutrition including its history, concepts, and objectives. It discusses key topics such as the basic functions of nutrients, the discovery of vitamins in the early 20th century, and definitions of related terms like nutrition, dietetics, food, and diet. The objectives are to describe basic nutrition concepts, factors influencing food choices and needs, the role of research in understanding nutrition, and the relationship between nutrition and health.
This document provides background information on dietary supplement regulation in the United States. The Dietary Supplement Health and Education Act of 1994 established that supplements do not require FDA approval before going to market. This has led to safety concerns as supplements can be sold without testing. The document also discusses a study that found physicians have poor knowledge of supplement regulation. The author then outlines their methods for selecting supplements to research and provide recommendations on, which included a literature review of supplement safety. Key recommendations included whey and casein protein, branched chain amino acids, glutamine, creatine, and beta-alanine as supplements with research supporting their safety and benefits for athletes.
This document provides information on scientific substantiation of nutrition and health claims in the European Union. It discusses the principles of scientific substantiation including characterizing the food or constituent, establishing health relevance, and demonstrating a cause-and-effect relationship between consumption and the claimed effect. It also reviews EFSA opinions on various health claims and provides examples of claims that have been accepted or rejected. The key requirements for scientific substantiation and authorization of claims in the EU are to demonstrate what is claimed and only make claims that have been sufficiently substantiated.
General aspects, Market, growth, scope and types of products available in the market. Health
benefits and role of Nutraceuticals in ailments like Diabetes, CVS diseases, Cancer, Irritable
bowel syndrome and various Gastro intestinal diseases.
Study of following herbs as health food: Alfaalfa, Chicory, Ginger, Fenugreek, Garlic,
Honey, Amla, Ginseng, Ashwagandha, Spirulina
Herbal-Drug and Herb-Food Interactions: General introduction to interaction and
classification. Study of following drugs and their possible side effects and interactions:
Hypercium, kava-kava, Ginkobiloba, Ginseng, Garlic, Pepper & Ephedra.
This document provides an overview of global regulatory requirements for nutraceuticals. It begins by defining nutraceuticals and discussing their classifications. It then examines regulations for nutraceuticals in various countries and regions including the US, India, Canada, Japan, Europe, Australia, China, and Latin America. Key regulatory bodies and their definitions and approaches are outlined for each location. The conclusion notes the challenges of varying global regulations and need for standardization to improve efficacy and health benefits of nutraceuticals.
Functional Foods Current Status And Safety And Regulatory Issues.pptxVaibhavJadhav228765
Academy of Nutrition and Dietetics definition of Functional Food: –
“Whole foods along with fortified, enriched, or enhanced foods that have a potentially beneficial effect on health when consumed as part of a varied diet on a regular basis at effective levels based on significant standards of evidence.”
Learning Objectives
Know what functional food is and be aware of common misconceptions
Recognize what types of foods are marketed as functional foods and how they play a role in consumer trends
Understand the regulation of functional foods
Conclusion
No standard definition of functional foods
Provide health benefits beyond basic nutrition
Functional foods are not the same as nutraceuticals
Included the in regulation of foods in conventional form
Becoming a growing trend in the consumer market.
The document provides an overview of 3 studies related to consumer acceptance of functional and nutritional foods. The first study examines socio-demographic, cognitive, and attitudinal determinants of consumer acceptance of functional foods. The second study looks at older consumers' perceptions of conventional and functional yogurts using the repertory grid method. The third study also examines socio-demographic, cognitive, and attitudinal factors influencing consumer acceptance of functional foods. Key findings from the studies include the role of age, gender, education level, health status of family members, knowledge, beliefs, and attitudes in determining consumers' acceptance of these foods. The document outlines the background and objectives of each study.
This document summarizes a global strategy for food safety from 2023-2030. It outlines 5 strategic priorities to strengthen national food safety systems: 1) strengthening control systems, 2) identifying and responding to challenges from global food system changes, 3) improving use of scientific evidence in risk management, 4) strengthening stakeholder engagement, and 5) promoting food safety in trade. The strategy calls on WHO member states to develop implementation plans and allocate resources to support this work, and for the WHO Director-General to report on progress biennially through 2030.
This document provides an overview of the Edexcel BTEC Level 3 Nationals specification for the unit "Nutrition for Health and Social Care". The unit aims to give learners an understanding of current nutritional health concepts, particularly as they relate to users of health and social care services. Learners will explore concepts of nutrition, characteristics of nutrients, influences on dietary intake, and conduct a quantitative analysis of an individual's food intake over three days in order to develop a one-week nutritional plan to improve their health. The unit builds on knowledge of anatomy and physiology, and takes a science-based approach to examining topics like nutritional measures, guidelines, issues, functions of nutrients, and factors influencing dietary habits.
This document is about nutritional epidemiology and blpublic health. It gives insight on food , nutrients and global nutrition and how food affects health and nutrition. It contains different methods of conducting nutritional status of an individual such as direct and indirect methods
Direct methods include
1. Anthropometric measurements where they measure someone's height, weight,.etc
2. Clinical Assessment
3. Biochemical Assessment
4.Dietary Survey
Indirect methods
Vitat health status, economic income, geographical and ecological factors.
The document outlines key challenges and approaches to improving global food safety. It discusses various hazards that can arise throughout the food supply chain from production to consumption. Effective food safety requires a multisectoral and multidisciplinary approach. New control techniques are needed as pathogens can survive traditional preparation and contaminated food often looks and smells normal. International standards like Codex Alimentarius help harmonize food safety systems globally. The document then summarizes the vision, strategic goals and framework for a regional food safety strategy in Asia Pacific, as well as the drivers necessitating a new WHO Global Food Safety Strategy.
Similar to functional food llegislation-introduction-1 lec. (20)
1. Lithuanian University of Health Sciences
FUNCTIONAL FOOD DEVELOPMENT AND
LEGISLATION (I)
Prof. Dalia Sekmokiene
2. Summary of subject
Functional food conception, definition and terms.
Functional food using and production experience in EU and other
countries.
Functional food ingredients, their physiological and technological
properties. Classification of functional food ingredients: dietary fiber,
vitamins and antioxidants, herbal extracts and their components, fatty
acids, prebiotic and probiotic.
Technological rules of creation of functional food products.
Reglamentation of functional food, health claims.
Functional food ingredients and products quality.
Research position about non traditional diet theories and possibilities
to adjust this experience in the functional food and dietary supplement
producing.
3. Introduction
Diet is a major focus of public health strategy aimed
atmaintaining optimum health throughout life, preventing
earlyonset of chronic diseases as well as promoting
healthierageing.
The growing demand for healthy foods is stimulating
theinnovation and new product development internationally.
Food industry has a central role in facilitating healthiereating
practices through the provision and promotion ofhealthy
foods.
Continuously increasing consumers health consciousnessand
expenditure are socio-economic factors responsible for the
expanding worldwide interest in functional foods.
4. Objectives
Objectives: acquaint students with functional food
conception and legal terms, functional food
ingredients. Train about functional food regulation,
safety, quality assessment, methods of quality
measurement. Introduce about functional food
creation general technological principles, general
theoretical knowledge and practical proficient about
functional food production, health claim regulation,
control assessment and safety.
5. Abbreviations:
A - Activity
S - settlement of a seminar topic
E - exam
JI - Joint Assessment
JI = Ax0,2 + Sx0,5 + Ex0, 3
Activity -lab and lecture attendance, timely defense seminars assessed 10x0, 2.
From the evaluation (10 points) minus the 1 point for the following:
-omission without a valid reason, no laboratory work;
-omission, without reason, two lectures;
-non-timely preparing for the workshop;
-a negative assessment;
The seminar grade is to defend the seminar evaluation Sx0.5.
The examination must be passed to a positive grade (at least 5 Scores).
IF the activity and student symposia collected at least 5 points and the rating it is
satisfied, the test can not identify the student.
6. Accepted capacity
After completing the subject, students should
be able to: to dig for information about
functional food ingredients, general
technologies in Lithuania and other counties,
functional food legislation, regulation.
Must be able to control functional food safety
and quality. Functional food consumption,
targeted selection should contribute to public
health and reduce the likelihood of morbidity.
7. Lectures:
1. Functional food – introduction: functional food
concept, definition and functional food terms.
2. Functional food development and legislation.
Nutrition and health claims made on foods
(according Regulation (EC) No 1924/2006).
Conditions for the use of nutrition and health claims,
scientific substantiation for claims.
3.Functional food ingredients, theirs physiological
and technological functions. Different groups of
functional food ingredients, databases, singularity of
rare ingredients.
8. Lectures:
4. Properties, health claims and usage of
prebiotics and probiotics
5. Nutritive fiber definition. Plant fiber and its
properties. Fiber technological properties and
therapeutic efficacy. Fatty acids.
6. Peptide and protein functional properties.
Food products containing biologically active
proteins
9. Lectures:
7.Plant extracts and their active substances.
Functional food ingredients of plant origin,
their appliance for products development.
8. Functional dairy production: technology,
safety.
9. Functional meat products.
10. Practical works and seminars:
1. Regulation on nutrition and health claims (EC 1924/2006) .
2. Funkcional milk products labeling analysis (according HN 119
and EC 1924/2006), labeling of probiotics and prebiotics.
3. Vitamins in food labeling, regulation 1925/2006 analysis..
4. Seminar for students on the topic.
5. Seminar for students on the topic.
6. Seminar for students on the topic.
7. Seminar for students on the topic
8. Seminar for students on the topic.
9. Nutrition and health claims validation and analysis (EC353/2008).
10. Workshop: non-animal origin funkcional food production
technologies. Nutrition claims for theese products.
11. History
The history of functional foods is quite
short and related to the general rise in
health-oriented thinking. The term
functional food was first introduced in
Japan in 1987.
12. History
In 1991, the concept of Foods for Specified
Health Use (FOSHU) was established. Foods
identified as FOSHU must be approved by
Minister of Health and Welfare after the
submission of comprehensive science-
based evidence to support the claim for the
foods when they are consumed as part of an
ordinary diet.
14. Definition
No universally accepted definition for functional foods exist
Functional foods are food items
consumed as part of the daily diet and
have specific physiological effect over
and above normal nutritional
requirements.
15. Definition
A food can be regarded as ‘functional’ if it is
satisfactorily demonstrated to affect
beneficially one or more target functions in
the body, beyond adequate nutritional effects
in a way which is relevant to either an
improved state of health and well-being
and/or reduction of risk of disease.
16. Definition
The fundamental reguirements for a product
to be designated as functional are:
It is food - not a capsule or powder wchich is
derived from naturally occuring substances;
It can and should be consumed as a part of
the daily diet;
When ingested, its particular function is to
regulate a specified body process.
17. How is area of health claims
regulated?
Physiological function of foods is
are of health claims regulation
18. How is area of health claims
regulated?
Functional Foods are claimed to have
specified health enhansing effect which can
be caused by different components-
ingredients.
19. Main functional food ingredien
Dietary fiber
Oligosacharides
Peptides and proteins
Vitamins and minerals
Polyols
Fatty acids
Herbal extracts
Lactic acis bacteria
Antioxidants
20. Functional food
Some states regulations defin that as
functional food may be oat products, wheat
brain, some vegetable products, flaxeed
products and others. They are not enriched
by ingredients, but naturally have many
useful componenets.
21. How is area of health claims
regulated?
Many academic, scientific and regulatory
organizations are actively working on ways to
establish the scientific basis to support claims for
functional ingredients or the foods containing them.
Any regulatory framework will need to protect
consumers from false and misleading claims and to
satisfy the needs of industry for innovation in product
development, marketing and promotion.
22. How is area of health claims
regulated?
In the US, “reduction of risk of disease”
claims have been permitted since 1993 for
certain foods. Health claims are authorized
by the US Food and Drug Administration
(FDA) on the basis of “the totality of publicly
available scientific evidence and where there
is significant scientific agreement amongst
qualified experts that the claims are
supported by the evidence”.
23. IFT (Institute of Food Technologist)
Expert Panel Report
New IFT (USA) Expert panel report provides
a comprehensive review of functional foods
and a seven-step process for designing,
developing and marketing them.
24. IFT (Institute of Food Technologist)
Expert Panel Report
All seven steps will be undertaking for each
new functional food ingredient .
1. Identify the relationship between the
food component and the health benefit.
25. IFT (Institute of Food Technologist)
Expert Panel Report
2. Demonstrate efficacy and
determine the intake level
necessary to achieve the
desired effect.
26. IFT (Institute of Food Technologist)
Expert Panel Report
3. Demonstrate safety at
efficacious levels.
4. Develop a suitable food matrix
for the bioactive component.
27. IFT (Institute of Food Technologist)
Expert Panel Report
5. Demonstrate sufficiency of the
scientific evidence for efficacy.
6. Communicate benefits for
consumer.
7. Conduct in-market confirmation of
efficacy and safety.
28. European legal framework of function
foods and health claims
Because of increasing interest in the concept
of “Functional Foods” and “Health Claims”,
the European Union set up a European
Commission Concerted Action on
Functional Food Science in Europe
(FUFOSE).
29. European legal framework of function
foods and health claims
FUFOSE programme was coordinated by the
International Life Sciences Institute (ILSI) Europe
and the aim was to develop and establish a science-
based approach to the evidence needed to support
the development of food products that can have a
beneficial effect on an identified physiological
function in the body, that can improve an individual’s
state of health and well-being and/or reduce the risk
of disease.
The FUFOSE project looked at nine areas of science
and health.
30. European legal framework of function
foods and health claims
The EU Concerted Action supports the
development of two types of health claims
relevant to functional foods, which must
always be valid in the context of the whole
diet and must relate to the amounts of foods
normally consumed.
31. European legal framework of function
foods and health claims
These are:
1. TYPE A: “Enhanced function” claims that refer to
specific physiological functions and biological
activities beyond their established role in growth,
development and other normal functions of the
body.
This type of claim makes no references to a
disease or a pathological state, e.g. certain non-
digestible oligosacharides improve the growth of a
specific bacterial flora in the gut.
32. European legal framework of function
foods and health claims
2. TYPE B “Reduction of disease-risk” claims that
relate to the consumption of food or food
component that might help reduce the risk of a
specific disease or condition because of specific
nutrients or non-nutrients contained within it (e.g.
folate can reduce a woman’s risk of having a child
with neural tube defects, and sufficient calcium
intake may help to reduce the risk of osteoporosis
in later life).
33. Validation of claims and safety aspects
The FUFOSE conclusions and principles
need to be implemented. Therefore, a new
EU commission Concerted Action
programme, the Process for the
Assessment of Scientific Support for Claims
on Foods (PASSCLAIM) projects is aiming to
resolve some of the ongoing issues of
validation, scientific substantiation of claims
and communication to the consumer.
34. Validation of claims and safety aspects
The project started with and will build upon the
principle that “Enhanced function” and “Reduced risk
of disease” claims should not be based on well
designed studies using appropriately identified,
characterized and validated biomarkers.
PASSCLAIM aims to establish common criteria to
assess the scientific substantiation of health-claims,
providing the framework to prepare scientific
dossiers supporting claims.
35. Validation of claims and safety aspects
The PASSCLAIM Consensus Document
assist to make science base related to claims
on foods and prepare ES regulation.
Regulation EC No 1924/2006 on nutrition
and health claims made on foods.
36. Regulation EC No 1924/2006 on nutrition
and health claims made on foods
‘claim’ means any message or
representation, which is not mandatory under
Community or national legislation, including
pictorial, graphic or symbolic representation,
in any form, which states, suggests or implies
that a food has particular characteristics;
37. nutrition claim’ means any claim which states,
suggests or implies that a food has particular
beneficial nutritional properties due to:
(a) the energy (calorific value) it
(i) provides,
(ii) provides at a reduced or increased rate, or
(iii) does not provide; and/or
38. (b) the nutrients or other substances it
(i) contains,
(ii) contains in reduced or increased
proportions, or
(iii) does not contain;
39. ‘health claim’ means any claim that states,
suggests or implies that a relationship exists
between a food category, a food or one of its
constituents and health;
40. ‘reduction of disease risk claim’ means
any health claim that states, suggests or
implies that the consumption of a food
category, a food or one of its constituents
significantly reduces a risk factor in the
development of a human disease;
41. Regulation EC No 1924/2006 on nutrition
and health claims made on foods
Scientific substantiation for claims
1. Nutrition and health claims shall be based
on and substantiated by generally accepted
scientific data.
2. A food business operator making a
nutrition or health claim shall justify the use
of the claim.
42. LIST OF EDA HEALTH CLAIMS
UNDER ARTICLE 13 REGULATION EC No
1924/2006
ON NUTRITION AND HEALTH CLAIMS MADE
ON FOODS
4 september 2007
43. LIST OF EDA HEALTH CLAIMS
UNDER ARTICLE 13 REGULATION EC No 1924/2006
ON NUTRITION AND HEALTH CLAIMS MADE ON FOODS
Content
The document is organized in three parts giving (1)
an overview of the health claims covered in this
document, (2)
the actual information about the health claims and
(3) the translation of the examples of wordings into
different
European languages in the annex.
The overview contains - for each health claim -
information on the health relationship, the conditions
of use, the
44. Validation of claims and safety aspects
Although there is no European legislation
regarding safety of functional foods as such,
the food safety aspects are already covered
by existing EU regulations.
45. Validation of claims and safety aspects
Same regulatory aspects of functional foods
have Finland, UK and Netherlands
46. The Finish Law on health Claims
The Finnish Law on Food allowed three
types of health related claims:
Nutritional facts
Claims related to vital functions
Claims related to lowering the risk of disease
47. The Finish Law on health Claims
Using a nutritional fact in marketing is an
implication that the product contains a
nutritious ingredients (fibre, vitamins,
proteins) and is a part of healthy diet.
48. The Finish Law on health Claims
Claims related to vital function are claims that are
connected to a specific health effect. According to
the Finish regulation, it is allowed to use claims
relating to good health, dental health, weight, blood
pressure, cholesterol level.
In all cases, misleading or insufficient information is
strictly forbidden.
Examples of claims relating to vital functions are
“xylitol is good for teeth” or “bacterium LGG
improves good health”.
49. The Finish Law on health Claims
Claims related to lowering the risk of
disease are allowed in very limited cases.
Health claims must to be based on scientific
criteria.
50. Health claims according to the Finnish
Law on Food
HELATH CLAIMS IN
RELATION TO
ACCORDING TO THE
FINNISH LAW
EXAMPLE
Nutritional facts Allowed with
substantive evidence
Contains added vitamin
and calcium
Vital functions Allowed with
substantive scientific
evidence
Helps to balance the
stomach functioning
Lowering the risk of
disease
Allowed in limited
cases with unbiased,
reputable scientific
evidence
Regular use lowers the
risk of dental caries
Preventing or curing
disease
Forbidden Prevents osteoporosis
51. Functional Food in Lithuania
Lithuania produce many food products, which
can be regarded as functional: dairy products
with prebiotics and probiotics, whey drinks
with ω-3 fatty acids, mineral water with L-
carnitine, cereals with vitamins, minerals and
others.
52. Functional Food in Lithuania
Lithuanian Veterinary academy with
collaboration with Lithuanian Food Institute
provides scientific and methodical assistance
to functional food related enterprises
promoting quality and safety of Lithuanian
food products seeking integration into the
common EU market.
53. Functional Food in Lithuania
The fundamental and applied research is focused on the
following problems of functional food science and
technology:
Development of the scientific and technological principles for
the manufacture of functional food products;
Developing of national food law regarding functional food
products (conception of functional food products and
requirements for functional food products).
Creation of a data base of functional food and its ingredients;
Implementation of joint research projects and teaching
consumers and producers.