The genetics of taste: The TAS2R38 gene and why broccoli doesn't taste the same to everyone
Why do some people hate broccoli? The TAS2R38 gene and bitterness perception explain your food choices.
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Nutrigenomics of Omega-3 and Essential Fatty Acids: The molecular map of your inflammatory response
Discover how genetic variants in FADS1 and FADS2 influence the assimilation and metabolism of omega-3 fatty acids and precision nutrition with Oorenji.
Farm2Fork: Precision Cardiometabolic Prevention based on real scientific data
Discover how the Farm2Fork project and precision nutrition help prevent cardiometabolic diseases with scientific rigor and Oorenji.
Genomics-based supplementation: what science shows works and what's a waste of money
Discover how genetic variants in MTHFR, VDR, and CYP1A2 dictate whether your nutritional supplements work or are a waste of money with Oorenji.
The TAS2R38 gene and why you hate broccoli: the genetics of bitter taste perception
Discover how the TAS2R38 gene and the PAV/AVI variants molecularly regulate your perception of bitterness and your aversion to broccoli with Oorenji.
Genes and gluten sensitivity: unveiling the molecular truth in your DNA
Discover the genetic difference between celiac disease and non-celiac gluten sensitivity with Oorenji's HLA-DQ2/DQ8 precision testing.
Personalized nutrition vs. fad diets: what real scientific data says
We compare Oorenji's DNA-based precision nutrition with generic fad diets. Discover what real science and data say.
Genetic variants and vitamin D deficiency: the science of sun absorption
Discover how variants in the GC, CYP2R1, and VDR genes determine your vitamin D level and how to optimize it with precision nutrition.
APOE variant and cardiovascular risk: how precision nutrition modulates your heart heritage
Discover how the APOE ε4 variant modulates your cardiovascular risk and how precision nutrition reduces cholesterol in a personalized way.
Farm2Fork and cardiometabolic health prevention: the power of real data
Discover how the European Farm2Fork project and Oorenji's precision nutrition prevent cardiometabolic risk with real data.
Epigenetics and eating habits: how what you eat modulates the expression of your genes
Discover how nutrients and epigenetics regulate gene expression. A scientific guide to methylation and precision nutrition.
Epigenetics and eating habits: how what you eat modulates the expression of your genes
Discover how nutrients and epigenetics regulate gene expression. A scientific guide to methylation and precision nutrition.
Lactose intolerance: what to eat if you have the risk variant in the LCT gene
Discover how variants in the LCT gene determine lactose intolerance and learn what to eat to take care of your gut health.
Gluten sensitivity: What does your genetics really say?
Discover how the HLA-DQ2 and HLA-DQ8 genes determine your predisposition to celiac disease and how nutrigenetics rigorously explains non-celiac gluten sensitivity.
Farm2Fork and precision nutrition: Evidence-based cardiometabolic prevention
Analysis of the impact of European projects such as Farm2Fork and Preventomics on the development of precision algorithms for the prevention of cardiometabolic diseases.
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