Nutritional Genomics studies diet-gene-disease interactions and aims to promote health and disease prevention. It is based on the idea that everything ingested into a person’s body affects the genome of the individual and, therefore, both genes and nutrients modify the same metabolic processes. This paper presents an application of clustering and interpretation over real heterogeneous data coming from a nutritional study. The individuals are clustered by their diet and physical activity habits and the resulting clustering is interpreted. This work is part of a methodology to deal with data from dietary intervention studies.Peer Reviewe
Traditionally, nutritional epidemiology is the study of the relationship between diet and health and...
Scope: Combining different “omics” data types in a single, integrated analysis may better characteri...
The development of high throughput techniques ('chip' technology) for measurement of gene expression...
AbstractNutritional genetics is considered as the combination of nutrigenomics and nutrigenetics. Nu...
The hierarchical information flow through DNA-RNA-protein-metabolite collectively referred to as 'mo...
In the expanding field of nutritional metabolomics the use of optimized and robust strategies are es...
Until recently, nutrition research concentrated on nutrient deficiencies and impairment of health. T...
There is increasing evidence indicating that nutritional genomics represents a promise to improve pu...
Until recently, nutrition research concentrated on nutrient deficiencies and impairment of health. T...
Scope: Classification of subjects into dietary patterns generally relies on self-reporting dietary d...
Background The recent advances in technology provide the possibility to obtain large genomic datase...
OBJECTIVE: To explore the utility of cluster analysis in defining complex dietary exposures, separat...
The whole complex of molecular processes of human organism results from endogenous physiological exe...
Nutritional genomics describes the biological interactions between genes and diet, their effects on ...
The nutrients are able to interact with molecular mechanisms and modulate the physiological function...
Traditionally, nutritional epidemiology is the study of the relationship between diet and health and...
Scope: Combining different “omics” data types in a single, integrated analysis may better characteri...
The development of high throughput techniques ('chip' technology) for measurement of gene expression...
AbstractNutritional genetics is considered as the combination of nutrigenomics and nutrigenetics. Nu...
The hierarchical information flow through DNA-RNA-protein-metabolite collectively referred to as 'mo...
In the expanding field of nutritional metabolomics the use of optimized and robust strategies are es...
Until recently, nutrition research concentrated on nutrient deficiencies and impairment of health. T...
There is increasing evidence indicating that nutritional genomics represents a promise to improve pu...
Until recently, nutrition research concentrated on nutrient deficiencies and impairment of health. T...
Scope: Classification of subjects into dietary patterns generally relies on self-reporting dietary d...
Background The recent advances in technology provide the possibility to obtain large genomic datase...
OBJECTIVE: To explore the utility of cluster analysis in defining complex dietary exposures, separat...
The whole complex of molecular processes of human organism results from endogenous physiological exe...
Nutritional genomics describes the biological interactions between genes and diet, their effects on ...
The nutrients are able to interact with molecular mechanisms and modulate the physiological function...
Traditionally, nutritional epidemiology is the study of the relationship between diet and health and...
Scope: Combining different “omics” data types in a single, integrated analysis may better characteri...
The development of high throughput techniques ('chip' technology) for measurement of gene expression...