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Scientific Program
18th World Congress on Nutrition and Food Chemistry, will be organized around the theme “Technological Advancements in Food chemistry to provide Nutrients for Good Health”
Nutri-food chemsitry 2019 is comprised of 35 tracks and 4 sessions designed to offer comprehensive sessions that address current issues in Nutri-food chemsitry 2019 .
Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.
Register now for the conference by choosing an appropriate package suitable to you.
Food and Nutrition is the organization that we get energy for our bodies. We must to extra nutrients in our bodies with an advanced source on a daily basis. Water is a significant element of nutrition. Carbohydrates, Proteins, Fats are also essential. Preserving important Vitamins and Minerals are similarly significant to preservative good healthiness. For prenatal women and grownups over 50, Vitamins for instance Vitamin D and minerals such as iron and calcium are important to thoughtful after indicating foods to eat, as well as probable dietary supplements.
- Track 1-1Food Products
- Track 1-2Temperature Regulation and Fluid and Electrolyte Balance
- Track 1-3Food Bioactivities
- Track 1-4Food additives
- Track 1-5Food toxicology and microbiology Spoilage prevention and control
- Track 1-6Food and Cosmetic toxicology
- Track 1-7Dietary Management
- Track 1-8Nutritional Benefits
- Track 1-9Exercise, Nutrition and Health
- Track 1-10Nutrients
- Track 1-11Food Lipids & Food Proteins
- Track 1-12Lipids
- Track 1-13Food testing
We have faith in that healthy eating is taking a positive approach to food while eating a variety of foods from each of the My Plate food clusters. This means that we distillate on the nutrients and healthfulness that foods transport without following the latest fads. Our recommendations stem from science – research that has been showed over decades to show us the most valuable way to build a diet.
- Track 2-1Food Science of Animal Resources
- Track 2-2Role of Food and Nutrition in Health
- Track 2-3Nutrient Bioavailability
- Track 2-4Health policies & implementation
- Track 2-5Minerals: Their Functions and Sources
Industrial biotechnology is one of the most hopeful new approaches to pollution prevention, resource conservation, and cost reduction. Recently many advances in food industry characterize great role of food biotechnology. GM plants and animals are accustomed enhance taste, shell life, nutrition and quality of food. On the other needle GM yeast and Bacteria are used to produce enzymes for the sake of food industry. These GM foods are formed by using biotechnological techniques specifically genetic engineering. These techniques can be used to remove hunger from poor people of third world specially Africa. Besides positive aspects, there are some concerns.
- Track 3-1Advances in Biotechnology for Food Industry
- Track 3-2Applications of biotechnology in Food Industry
Food science draws from many corrections such as and biology, chemical engineering, and biochemistry in an attempt to better understand food processes and eventually improve food products for the overall public. As the factors of the field, food scientists study the physical, microbiological, and chemical makeup of food. By applying their findings, they are responsible for developing the safe, nutritious foods and inventive packaging that line supermarket shelves everywhere. The food you devour on a daily basis is the result of extensive food research, a systematic investigation into a variety of foods’ properties and compositions. After the early stages of research and development comes the mass production of food products using principles of food technology. All of these consistent fields donate to the food industry – the largest manufacturing industry in the United States.
- Track 4-1Research and Development: Food Technology
- Track 4-2Human Sensory Systems and Food Evaluation
- Track 4-3Food Ingredient Technology
- Track 4-4Food Fortification
- Track 4-5Fermentation Technology
- Track 4-6Food Grading
- Track 4-7Advanced Analytical Techniques in Agriculture
- Track 4-8Food Lipids & Food Proteins
- Track 4-9Biological and Food Process Design
Nutrition is the process of providing the body with the raw materials it wants to function and grow. There are three macronutrients (carbohydrates, proteins, and lipids) that compulsory by humans that function as the major fuel for physiological processes.\Nutritional biochemistry is an integrative procedure of science. It deals with the knowledge of nutrients and other food constituents with stress on their function and influence on mammalian physiology, health, and behavior. The main goal of research in nutritional biochemistry is the scientific start of optimal dietary intakes for each nutrient and food ingredients throughout the life cycle.
- Track 5-1Nutrition Methodology
- Track 5-2Inorganic Nutrients
- Track 5-3Vitamins and Minerals
- Track 5-4Protein
- Track 5-5Lipids
- Track 5-6Obesity
- Track 5-7Role of Biochemistry in Nutrition
- Track 5-8Clinical Nutritional Biochemistry
- Track 6-1Nanotechnologies in the food industry
- Track 6-2Impact of cooking on the nutritional content of Food
- Track 6-3Strategies to control fat absorption
- Track 6-4Novel foods & supplements
- Track 6-5New Product Development
- Track 7-1Microbial biopolymers
- Track 7-2Interactions between Diets, Gut Micro biota and Host Metabolism
- Track 7-3Interactions between Diets, Gut Micro biota and Host Metabolism
- Track 7-4Microbial Decontamination by Novel Technologies
- Track 7-5Foodborne Bacterial Toxins
- Track 7-6Human Micro biome and Personalized Nutrition
- Track 7-7Antimicrobial Resistance and the Food Chain
- Track 7-8Application of Nanotechnology in Food Microbiology
- Track 8-1Food allergy
- Track 8-2Food allergy
- Track 8-3Food safety assessment
- Track 8-4Food intolerance
- Track 8-5 Food contaminants
- Track 8-6genetically modified food
- Track 8-7chemistry and toxicology
- Track 8-8Pesticide chemistry and toxicology
- Track 8-9Food waste disposals
- Track 8-10Dose-response relationships
- Track 8-11Dose-response relationships
- Track 9-1Food Management
- Track 9-2Food Toxicology
- Track 9-3Food Engineering
- Track 9-4Food Engineering
- Track 9-5Food Nanotechnology
- Track 9-6Food Preference
- Track 9-7Food Biotechnology
- Track 9-8Food Preservation
- Track 9-9Guidelines for food safety Standards & regulations
- Track 9-10Food quality control and safety measures Consumer labeling
- Track 9-11Food safety Risk assessment and management
- Track 9-12Food Chemistry
- Track 10-1Clinical trials
- Track 10-2Challenges in drug design and drug development
- Track 10-3Nutrient bioavailability
- Track 10-4Properties of Foods
- Track 10-5Food and Drug Administration
- Track 10-6Food Inspection and Grading
- Track 10-7Quality Control
- Track 11-1Pesticidal Toxicology
- Track 11-2Food Safety and Toxicology
- Track 11-3Genetically engineered foods
- Track 11-4Aflatoxins
- Track 11-5Biotoxins
- Track 11-6Mycotoxicology
- Track 11-7Food Irradiations
- Track 11-8Heavy Metal Toxicity
- Track 11-9Food Born Infections
- Track 12-1Hereditarily altered sustenance’s or GM nourishments, otherwise called hereditarily built nourishments, are nourishments delivered from creatures that have consumed changes brought into their DNA utilizing the techniques for Hereditary Building. Heredit
- Track 12-2Genetically Modified Crops
- Track 12-3Genetically Modified Sugar Cane
- Track 12-4Recombinant food-grade organisms for healthcare
- Track 13-1Organized Nano sized additives
- Track 13-2Nano coating
- Track 13-3Nano sized agrochemicals
- Track 13-4Nano encapsulation
- Track 14-1Genome Damage and Nutritional Deficiency
- Track 14-2Nutritional Epigenetics
- Track 14-3Nutritional Genomics
- Track 14-4Telomere and Nutritional Status
- Track 14-5Nutrigenetics
- Track 15-1Diet, Exercise, Behavior and Lifestyle Interventions
- Track 15-2Anti-Aging
- Track 15-3Obesity and its Treatment
- Track 15-4Weight Management Tips
- Track 15-5Behaviour Modification
- Track 16-1Recommended nutrient intakes
- Track 16-2Energy and Macronutrients
- Track 16-3Breastfeeding and alternatives
- Track 16-4Caring practices
- Track 17-1Role of probiotic in allergic diseases
- Track 17-2Health benefits of probiotics
- Track 17-3Methods of delivering enteral nutrition
- Track 17-4Complications of enteral nutrition
- Track 17-5Nutrition properties of probiotics
- Track 17-6Diets for enteral nutrition
- Track 18-1Childhood Cancer
- Track 18-2Nutrition in cancer care
- Track 18-3Advances in Ovarian Cancer Research
- Track 18-4Nutrition Care of the Cancer Patient
- Track 18-5Nutrition Therapy and benefits
- Track 18-6Nutrition and breast cancer
- Track 18-7Nutrition and breast cancer
- Track 18-8Drugs dealing with Cancer cure
- Track 19-1Nutritional Assessment
- Track 19-2Parenteral Nutrition
- Track 19-3Considerations during Intensive Care
- Track 19-4Nutrition Physiology
- Track 19-5Public health and Consumer Protection
- Track 20-1Dairy products
- Track 20-2Meats and fish
- Track 20-3Nutrition from Animal Source
- Track 21-1Healthcare Nutrition for Athletes
- Track 21-2Eating Disorders in Athletes
- Track 21-3Eating Disorders in Athletes
- Track 21-4Exercise, Nutrition and Health
- Track 21-5Carotenoids- Alpha & Beta Carotene, Lutein, and Lycopene
- Track 22-1Genetically Modified Crops
- Track 22-2Dietary Fiber-Beta Glucans
- Track 22-3Nutritional Quality of Harvested Food
- Track 22-4Sustainable Farming Systems and Nutrient Dense Food
- Track 22-5Sustainable Farming Systems and Nutrient Dense Food
- Track 22-6Nutraceuticals Bioactives
- Track 23-1Glazing agents
- Track 23-2Flavor enhancers
- Track 23-3Emulsifiers
- Track 23-4Food coloring
- Track 23-5Bulking agents
- Track 23-6Caking Agents
- Track 24-1Milk and Dairy Products
- Track 24-2Fruits and Vegetables
- Track 24-3 Meat, Fish and Poultry Products
- Track 24-4Cereals and Cereal Products
- Track 24-5Legumes and Oilseeds
- Track 25-1Stony field Organic Reduced Fat
- Track 25-2Nutrients
- Track 25-3Anti-nutrients
- Track 25-4Organic meat production
- Track 25-5Health and safety
- Track 26-1Chemical Hazards
- Track 26-2Machinery-Related Hazards
- Track 26-3Biological Hazards
- Track 26-4Physical/Extraneous Material Hazards
- Track 26-5Allergenic Hazards
- Track 26-6Effect of food on drug
- Track 27-1Food that interacts with drug
- Track 27-2Uses of drug related to diseases
- Track 27-3Effect of drugs to the body according to their amount
- Track 27-4Food and drug metabolism
- Track 27-5Food and Drug administration
- Track 28-1Food Processing and Food Engineering
- Track 28-2Post-Harvest Storage and Food Preservation
- Track 28-3Organic Waste Treatment
- Track 28-4Physical Properties of Biological Material
- Track 28-5Fermentation and Bio-Processing
- Track 28-6Bio separation Processes
- Track 28-7Advanced bioprocess Technology Applications
- Track 28-8Enzyme and DNA Technology
- Track 29-1Food Inspection
- Track 29-2Grading of Food
- Track 29-3Characterization of Final Product
- Track 29-4Quality Management
- Track 29-5Monitoring Food Properties
The fields of nutrigenetics and nutrigenomics are focused on the relationship between human genes and nutrition. Nutrigenetics is defined as the “science of the effect of genetic variation on dietary response”. Nutrigenomics.
Nutrigenetics objective is to recognize in what way genetic difference affects response to nutrients. This evidence can be pragmatic to boost health, and inhibit diseases. The final aim of nutrigenetics is to offer people modified nutrition based on their genetic character. Nutrigenomics includes studies about the effects of food constituents on gene expression. This means that nutrigenomics is research focusing on finding and understanding the molecular-level interaction between nutrients and other dietary bioactives with the genome.
- Track 30-1Nutritional Epigenetics
- Track 30-2Genetically modified foods
- Track 30-3Genome Damage and Nutritional Deficiency
Maintaining a healthy body weight is a matter of balancing the energy we put into our bodies (calories from food) with the energy that we use up (or burn) during our daily activities or exercise. If we don’t use up all the energy we consume, the excess will be stored as body fat, and over time our body weight will increase.
Balancing your food intake means enjoying a wide variety of nutritious foods to ensure all your nutritional needs are met. Eat plenty of fruit and vegetables, legumes and cereal foods, and include lean meat, fish, poultry, milk, yogurt
Dairy foods are well known for their role in bone health, they are often not the first food that comes to mind when thinking about losing weight. In fact, dairy foods can often be cut out in the mistaken belief that they are fattening. However, scientific evidence shows that eating 3 serves of dairy every day will not only help your bones but may also help you manage your weight.
Research shows that a healthy vegetarian eating plan, or one made up of foods that come mostly from plants, may be linked to lower levels of obesity, lower blood pressure, and a reduced risk of heart disease. But going vegetarian will only lead to weight loss if you reduce the total number of calories you take in. Some vegetarians may make food choices that could lead to weight gain, such as eating a lot of food high in sugar, fats, and calories.
- Track 31-1Weight control
- Track 31-2Gestational weight gain
Everyone needs a goal and positive reasons to achieve that goal. Even losing a few pounds can provide you with cardiovascular benefits. Obesity is defined simply as too much body fat. Your body is made up of water, fat, protein, carbohydrate and various vitamins and minerals. Obesity increases the risk for heart disease and stroke. But it harms more than just the heart and blood vessel system. It's also a major cause of gallstones, osteoarthritis and respiratory problems.
Being obese can:
1.raise blood cholesterol and triglyceride levels.
2.lower your “good” HDL cholesterol level.
3.increase blood pressure.
4.induce diabetes.
In some people, diabetes makes other risk factors much worse. The danger of heart attack is especially high for these people .Obesity increases the risk for heart disease and stroke. But it harms more than just the heart and blood vessel system. It's also a major cause of gallstones, osteoarthritis and respiratory problems. Obesity is intimately intertwined with multiple health conditions that underlie cardiovascular disease including high blood pressure, diabetes, and abnormal blood cholesterol. In addition, weight gain is a frequent consequence of heart-damaging lifestyle choices such as lack of exercise and a fat-laden diet.
\r\n excess fat tissue can directly damage the heart muscle even before symptoms are evident reinforces the case for weight control as a key step in preserving heart health.
- Track 32-1chemotherapy
Right nutrition in early days of life is very important. Nutritional requirements are different for kids and adults in the family. They are in their growing age, they need balanced nutrition but not only high calorie foods. Due to lack of nutrition especially during critical periods of growth, results in improper development or illness, such as anemia from deficiency of iron or scurvy from deficiency of vitamin C. Nutrition plays a major role in childhood development, for good or ill. Proper nutrition helps for proper growth and development of children and enabling them to reach their full potential.
Maternal deficiencies of some micronutrients can affect the quality of breastmilk.These deficiencies can be avoided if the mother improves her diet before, during, and between cycles of pregnancy and lactation, or takes supplements.
- Track 33-1Caring practices
- Track 33-2Breastfeeding and alternatives
- Track 33-3Human Milk
The right number of calories to eat each day is based on age and physical activity level and whether trying to gain, lose or maintain your weight. Fat oxidation and metabolism are not dependent on the fat content of the meal; fatty meals lead to fat accumulation and obesity. Obesity is one of the components of metabolic syndrome, a cluster of risk factors that increases an individual’s risk for chronic diseases and diabetes. This session deals with the epidemiology of obesity by age, race, and geographic location and includes data on the direct costs associated with obesity.
- Track 34-1Obesity in children
- Track 34-2Physical exercises
- Track 34-3Energy balance
- Track 34-4Underweight & Overweight
Diet is a recognized etiological factor. Cancer is a complex process in which molecular, biological, nutritional and chemical irritations have a role. The interplay among diet, environment and genetic predisposition is important in most diseases. Dietary ingredients may induce or inhibit these carcinogens. Dietary factors have an important but complex role, which includes excessive energy intake, and possibly a high consumption of saturated fat and protein and a low consumption of dietary fiber and micronutrients. It has been shown that caloric (i.e. energy) restriction will inhibit the growth of spontaneous or experimentally induced tumours.
- Track 35-1Dietary influences
- Track 35-2Nutrition assessment in cancer patients
- Track 35-3Clinical nursing in cancer patients
- Track 35-4Metabolic consequences of cancer