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Found 453 matches across the FoundMyFitness library.

453 results
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NAD+

Jul 15, 2026

“A study that examined human skin samples from 49 people between the ages of 15 and 77 years found that with age, PARP-1 activity increased, but NAD+ levels decreased. Excessive DNA damage has also been shown to reduce NAD+ to 20 to 30 percent of its normal levels.”

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Topic
Topic

Lactobacillus reuteri

Jul 6, 2026

“L. reuteri reduces gut leakiness and strengthens the intestinal barrier. The gut barrier comprises multiple layers, including a layer of intestinal epithelial (i.e., skin-like) cells with connective tissue called the lamina propria beneath.”

44
Science Digest

30% of infants gut bacteria may come from the mother’s breast milk and another 10% has been traced to the skin around the mother’s nipple.

May 15, 2017

“30% of infants gut bacteria may come from the mother’s breast milk and another 10% has been traced to the skin around the mother’s nipple. There is a specific type of prebiotic found exclusively in breastmilk called human milk oligosaccharides that have been shown to set up the early infant microbiome.”

45
Science Digest

Skin cells that are reprogrammed into neurons that produce dopamine will be transplanted into the brains of people with Parkinson’s disease.

Aug 20, 2018

“Skin cells that are reprogrammed into neurons that produce dopamine will be transplanted into the brains of people with Parkinson’s disease in a new trial in Japan. People with Parkinson's lose dopamine-producing neurons which are involved in motor skills. Last year this technique was shown to improve disease severity in monkeys with a disease that is similar to Parkinson's disease.”

46
Science Digest

Human skin cells were reprogrammed into stem cells that were ultimately able to form mini-organs that were functional and connected to each other.

Sep 26, 2019

“Human skin cells were reprogrammed into stem cells that were ultimately able to form mini-organs that were functional and connected to each other including a human liver, pancreas, and biliary ducts. This is a major advance in the field of organoid development that may lead to transplantable tissues grown in labs.”

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