Cardiovascular diseases (CVDs) persist as a predominant cause of mortality worldwide, with dietary habits significantly impacting their onset and progression. Yet, individuals manifest a wide spectrum of responses to dietary interventions, hinting at the influence of genetic factors on how diet affects cardiovascular health. The burgeoning field of nutrigenetics delves into how genetic variations shape individual reactions to nutrients and dietary patterns. By deciphering the genetic foundations of these responses, researchers can tailor dietary interventions to more effectively prevent or manage cardiovascular diseases at a personalized level.
The Research Topics aims to curate and disseminate research on the interplay between genetics and dietary factors affecting cardiovascular health. It will focus on studies investigating how genetic factors influence individual responses to dietary interventions, identifying genetic determinants of nutrient response variations, and tailoring dietary strategies based on these genetic variations. The aim is to enhance personalized nutrition strategies for better cardiovascular outcomes and reduce the global burden of cardiovascular diseases.
This scope of this Research Topic encompasses exploring genetic determinants of cardiovascular health, individual variability in dietary responses, and nutrigenomic interactions affecting cardiovascular disease risk. Manuscripts that address the following themes would be considered:
? Investigating genetic determinants of cardiovascular health.
? Exploring individual variability in dietary responses.
?Examining nutrigenomic interactions influencing cardiovascular disease risk.
? Studying gene-diet interactions affecting lipid metabolism, inflammation, and blood pressure.
? Developing personalized nutrition strategies based on genetic profiles.
? Identifying biomarkers for predicting dietary responses.
? Addressing translational impact through clinical applications and public health interventions.
? Incorporating advancements in genomic technologies.
? Considering ethical considerations surrounding nutrigenetic research.
? Understanding how genetics and diet intersect to optimize cardiovascular health and mitigate disease risk at both individual and population levels.
Cardiovascular diseases (CVDs) persist as a predominant cause of mortality worldwide, with dietary habits significantly impacting their onset and progression. Yet, individuals manifest a wide spectrum of responses to dietary interventions, hinting at the influence of genetic factors on how diet affects cardiovascular health. The burgeoning field of nutrigenetics delves into how genetic variations shape individual reactions to nutrients and dietary patterns. By deciphering the genetic foundations of these responses, researchers can tailor dietary interventions to more effectively prevent or manage cardiovascular diseases at a personalized level.
The Research Topics aims to curate and disseminate research on the interplay between genetics and dietary factors affecting cardiovascular health. It will focus on studies investigating how genetic factors influence individual responses to dietary interventions, identifying genetic determinants of nutrient response variations, and tailoring dietary strategies based on these genetic variations. The aim is to enhance personalized nutrition strategies for better cardiovascular outcomes and reduce the global burden of cardiovascular diseases.
This scope of this Research Topic encompasses exploring genetic determinants of cardiovascular health, individual variability in dietary responses, and nutrigenomic interactions affecting cardiovascular disease risk. Manuscripts that address the following themes would be considered:
? Investigating genetic determinants of cardiovascular health.
? Exploring individual variability in dietary responses.
?Examining nutrigenomic interactions influencing cardiovascular disease risk.
? Studying gene-diet interactions affecting lipid metabolism, inflammation, and blood pressure.
? Developing personalized nutrition strategies based on genetic profiles.
? Identifying biomarkers for predicting dietary responses.
? Addressing translational impact through clinical applications and public health interventions.
? Incorporating advancements in genomic technologies.
? Considering ethical considerations surrounding nutrigenetic research.
? Understanding how genetics and diet intersect to optimize cardiovascular health and mitigate disease risk at both individual and population levels.