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- Combining biomarker panels and dietary intake data for improved assessment of healthful/unhealthful plant food intake
- Identification and validation of integrative biomarkers of physical activity level and health in children and adolescents
- Dietary Assessment & Further Development of Biomarkers for All
- Biomarker signatures of diet, physical activity and sleep in children and youth
- Standardised measurement, monitoring and/or biomarkers to study food intake, physical activity and health In January 2021, the JPI HDHL launched STAMIFY, the 4th additional non-cofunded Joint Funding Action (JFA) implemented in the frame of the ERA-Net Cofund HDHL INTIMIC.
- Preventing peanut allergy through improved understanding of the transcutaneous sensitisation route, novel food processing and skin care adaptations
- Towards comprehensive analytical methods for partially hydrolysed gluten to assess product safety for celiac disease patients
Atherosclerosis causes CVD via plaque buildup. HDL/apoA-I reduces risk by removing cholesterol. While gut microbiota is linked to atherosclerosis, whether apoA-I/HDL modulates the microbiome—and if an imbalance drives disease—remains unexplored.
In the realm of research, achieving tangible impact is no easy feat. Shedding light on this, the recent Impact Assessment conducted between February and June 2023 provides valuable insights into the level of impact and knowledge utilization accomplished by projects funded under ‘Healthy Diet, Healthy Life (HDHL). The full report is available here and at the bottom of this page.
The gut microbiome is vital for health; low diversity increases non-communicable disease risk. While diet modulates this, effects are highly individual. Understanding these diet-microbiota interactions is essential for personalized nutrition and reducing cardiometabolic disease risk.
Gut dysbiosis is linked to colorectal cancer, diabetes, and cardiovascular disease. Though treatable via lifestyle changes, diagnosis is hindered by the complex, individual nature of the microbiota. This multifactorial complexity makes identification a major challenge.