Today, L-Nutra, the premier nutri-technology company, unveiled the results of a pioneering clinical trial, published in Diabetologia, which aims to redefine the
/PRNewswire/ -- L-Nutra Inc., a leading nutrition technology company developing evidence-based Nutrition for Longevity and Nutrition as Medicine programs, is...
L-Nutra Inc., a leading nutrition technology company developing evidence-based Nutrition for Longevity and Nutrition as Medicine programs, is excited to announ
L-Nutra Inc., a leading nutrition technology company developing evidence-based Nutrition for Longevity and Nutrition as Medicine programs, is excited to announ
40+ Integrative Endocrinology and Functional Medicine Experts Gather to Share the Latest Breakthroughs in Reversing Type 2 Diabetes Key Takeaways: The...
Researchers say people with type 2 diabetes who exercise in the afternoon seem to have better results in controlling blood glucose levels. They aren't sure why, but it may be linked to better sleep patterns and healthier eating habits.
Researchers say people with type 2 diabetes who exercise in the afternoon seem to have better results in controlling blood glucose levels. They aren't sure why, but it may be linked to better sleep patterns and healthier eating habits.
Coprolites from near the Turkey Pen site in Utah reveal ancient diets. RUSS BISHOP/ALAMY STOCK PHOTO
Piles of ancient poop reveal ‘extinction event’ in human gut bacteria
May. 12, 2021 , 11:00 AM
Every meal you eat is digested with the help of the bountiful bacteria thronging your intestines. When you're done digesting, those bacteria are also part of what's excreted. Now, 1000-year-old piles of dried-out poop are offering insights into how the billions-strong bacterial ecosystems in the human gut have been altered by sanitation, processed foods, and antibiotics.
In a study published today in
Nature, researchers analyzed ancient DNA from coprolites, or preserved feces, found at the back of rock shelters in Utah and Mexico. The data give scientists their first good look at ancient gut bacterial communities, says Stanford University biologist Justin Sonnenburg. “These paleofeces are the equivalent of a time machine.”