Metabolomics and Mass Spectrometry
Quantitative analysis of metabolite profiles and dietary bioactives using advanced mass spectrometry to determine systemic metabolic responses.
Latest in Metabolomics and Mass Spectrometry
Food isn't just fuel; it's a set of instructions for your DNA. Nutritional genomics explores how specific food compounds can turn 'good' genes on and 'bad' ones off to improve your health.
Discover how the compounds in fruits and nuts 'talk' to your genes to reduce inflammation and manage cholesterol. Scientists are using high-tech lab tools to map out how food acts like a biological program for your cells.
Go beyond the marketing hype of superfoods and see the real science of bioactive compounds. Researchers are discovering how certain plant chemicals act as switches for our metabolism and immune systems.
Scientists are discovering how specific plant compounds act like volume knobs for your genes, helping to silence inflammation and prevent disease before it starts.
New research reveals how plant compounds like polyphenols communicate with our genes to turn off inflammation and prevent chronic disease.
Scientists are moving away from generic diet advice by using gene sequencing and molecular scales to see how your food talks to your DNA. Learn how personalized nutrition is replacing the one-size-fits-all approach to health.
Tired of generic health advice? See how your genes decide if that "superfood" actually helps you or just passes through.
Scientists are decoding the molecular conversation between our food and our cells, using advanced tech to show how plant compounds can actually flip genetic switches.
Scientists are using multi-omic tools to map how hidden food compounds like polyphenols talk to our genes. This research is paving the way for diets as unique as your DNA.
Forget the generic food pyramid. Scientists are now using your DNA to create a custom grocery list that talks directly to your genes.
Inflammation isn't just a buzzword—it's a cellular process you can control. Learn how specific plant compounds act as keys to turn off your body's internal alarms.
New research into nutritional genomics is revealing why the same diet affects people differently. By looking at how food molecules talk to our genes, scientists are creating personalized eating plans that go far beyond generic health advice.
New research in nutritional genomics is moving us away from generic diet advice and toward personalized meal plans based on your unique genetic code.
New research is showing how bioactive plant compounds like polyphenols act as signals for our genes. By understanding these cellular pathways, we can use food to manage inflammation and metabolism more effectively than ever before.
Food is more than fuel; it's a language that talks to your genes. Learn how bioactive compounds like polyphenols can turn health switches on and off.
Tired of generic diet advice? New research into how food interacts with your specific DNA is paving the way for personalized nutrition that actually works for your body.
Scientists are moving away from 'one size fits all' diet advice. New research shows how your unique DNA reacts to specific foods, paving the way for personalized nutrition plans.
Nutritional genomics is changing everything we know about eating. Discover how your DNA interacts with your dinner to either fuel your health or trigger chronic issues.
Nutritional genomics is moving beyond general dietary advice by using multi-omic data to map how specific foods like polyphenols and phytosterols influence human gene expression and metabolic pathways.
New research highlights how dietary phytosterols interact with PPAR receptors to regulate lipid metabolism, offering a personalized approach to managing cardiovascular health based on genetic profiles.
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