Marcus Chen
"He specializes in biostatistical modeling and quantitative mass spectrometry for metabolite profiling. His work highlights the nuances of genotype-dietary interactions to move beyond generalized wellness advice toward evidence-based precision."
Latest from Marcus
Nutritional genomics is moving us past generic diet advice by studying how food molecules communicate with our DNA to turn genes on or off.
Go beyond the marketing hype of 'superfoods' and see how polyphenols and phytosterols actually communicate with your DNA to fight inflammation.
We're looking at how history, new tech, and even a bit of physics change the way our bodies react to what we eat.
New research in nutritional genomics is revealing why your DNA dictates your response to food, moving us toward a future of truly personalized eating habits.
Your food is doing more than just filling your stomach; it's sending complex signals to your genes that can turn inflammation on or off.
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.
New research into nutritional genomics is changing how we think about food. By looking at how our DNA reacts to what we eat, scientists are creating personalized diets that work with your unique biology instead of against it.
Scientists are using high-tech tools to watch how food changes your DNA's behavior. It's not magic; it's molecular mapping.
Nutritional genomics is changing how we look at food. Instead of generic advice, scientists are using DNA to find out exactly what your body needs to stay healthy and fight disease.
Your kitchen might be more powerful than your medicine cabinet. New research shows how plant chemicals like polyphenols talk to your DNA to stop inflammation.
Researchers are using mass spectrometry and genetic sequencing to map how dietary compounds like phytosterols communicate with our cells to manage metabolism and disease risk.
Nutritional genomics is changing how we think about food by showing how specific nutrients interact with our DNA to turn genes on or off, leading to personalized health plans.
This week we look at how growing your own food, deep-sea signals, and reading hidden codes can help us understand our own biology and personalized health needs.
New research in nutritional genomics is moving us away from generic diet advice and toward personalized meal plans based on your unique genetic code.
Plant compounds do more than just provide nutrition; they actually signal your genes to behave differently. Learn how polyphenols and phytosterols act as biological software to manage inflammation and heart health.
New research into nutritional genomics is revealing why one-size-fits-all diets often fail. By studying how food interacts with our unique DNA, scientists are developing personalized nutrition plans that work with your body's specific genetic code.
New research in nutritional genomics is moving us away from one-size-fits-all diets. By using DNA sequencing and molecular profiling, scientists can now see exactly how your unique body reacts to different foods.
Nutritional genomics is changing how we look at food. Instead of general advice, scientists are using DNA sequencing to create personalized diet plans based on your unique genetic makeup.
Forget generic diet advice. Scientists are now using your DNA and high-tech tools to create a 'made-to-order' food plan that fits your body's unique genetic code.
Scientists are mapping the specific ways food compounds shut down inflammation. Learn how bioactive ingredients in plants talk to your cells to prevent chronic disease.
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