- Introduction to Course: Lifestyle gene/diet interactions
- Lifestyle gene/diet interactions; postprandial versus chronic dietary effects; exogenous/endogenous stressors; nature of bidirectional relationships (nutrigenetics /nutrigenomics; host/microbiota
- Dietary choices in nutrition and nutrigenomics
- Microbiota: Current knowledge about host/microbiota interactions. Techniques employed
- Effects of diet on microbiota/host interactions
- Impact of physical activity on health and disease conditions
- Sleep and diurnal cycles
- Food and herbal/supplement interactions
- Environmental Exposures and chronic diseases
- Impact of westernized diet across ethnic and racial groups
- Cultural and culinary practices: (Mediterranean diet, vegetarians, vegans) and evolutionary adaptation
- Precision nutrition and lifestyle genomics in professional and recreational athletes
- Lifestyle, nutritional habits and aging-associated neurodegenerative diseases
- Nutrition, lifestyle, and cancer, Environmental conditions associated with cancer
- Precision nutrition and lifestyle genomics autism disease spectrum and ADHD
- Lifestyle, diet associated with heart disease, Genetics, precision nutrition and heart disease
- Omega-3 deficiencies and inflammatory diseases: Inflammatory Bowel Disease, rheumatoid arthritis, Omega-3 deficiencies and inflammatory diseases: Covid-19 and others
Programs
- M. Tech. in Automotive Engineering -
- Clinical Fellowship in Laboratory Genetics & Genomics - Fellowship