Sarah Lindstrom
"She covers the impact of dietary interventions on the epigenome and long-term phenotypic expressions. Sarah is passionate about explaining how specific metabolic responses can be leveraged to optimize health through next-generation sequencing insights."
Latest from Sarah
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.
This week we explore how raw mango, mental grit, and slow meals send the right signals to your genes for better health.
Scientists are moving away from generic health advice to personalized nutrition based on your unique DNA and metabolic markers.
Scientists are discovering how specific plant compounds act like volume knobs for your genes, helping to silence inflammation and prevent disease before it starts.
Forget the generic food pyramid. New research into how your genes react to specific foods is paving the way for a personalized diet that actually works for your unique body.
New research in nutritional genomics is moving past generic diet tips to explain how your unique DNA reacts to specific foods, paving the way for personalized meal plans.
New research reveals how plant compounds like polyphenols communicate with our genes to turn off inflammation and prevent chronic disease.
Your food is sending signals to your DNA every day. Learn how nutritional genomics uses advanced sequencing to read these signals and help you turn off the genes that lead to chronic disease.
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 discovering that food acts like a software update for your body, with specific compounds capable of turning genes on or off to fight disease.
New research shows that your DNA determines how your body reacts to different foods, explaining why popular diets often fail for many people.
Forget the generic food pyramid. Scientists are now using your DNA to create a custom grocery list that talks directly to your genes.
Generic diet advice is failing. New research in nutritional genomics uses DNA sequencing and metabolite profiling to create personalized nutrition plans tailored to your unique genetic code.
Science is moving past basic food groups to look at how your DNA reacts to every bite. Discover how nutritional genomics is creating a personalized roadmap for your health.
New research shows how specific plant compounds can turn off the genetic switches that cause inflammation. By studying cell signaling, scientists are finding ways to use food as a precise tool to manage health and prevent chronic disease.
Scientists are moving away from one-size-fits-all diet advice and looking at how your specific DNA reacts to food. This new field, called nutritional genomics, explains why some people thrive on certain foods while others don't, using high-tech tools to map the body's internal switches.
Your morning coffee is doing more than waking you up. New research shows how bioactive compounds in food act as molecular messengers that can turn off inflammation and manage your metabolism by talking directly to your genes.
New research in nutritional genomics is revealing why general diet advice often fails. By studying how DNA and food interact, scientists are creating personalized health plans based on individual genetic codes.
Scientists are using mass spectrometry and genetic sequencing to weigh molecules and map exactly how food acts like a 'software update' for your health.
Generic diet advice is becoming a thing of the past as researchers use genetic sequencing to create personalized nutrition plans tailored to individual DNA.
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