Lifespan Research Institute

Tag: Gut

In Nature Aging, researchers have published their finding that targeting urokinase plasminogen activator receptor (uPAR), a senescence-associated protein, restores gut function in mice. One way the gut lining ages Of all the tissues in the human body, the intestinal epithelium, which lines the gut, replaces its cells most quickly [1]. This self-renewal diminishes with aging...
Intestinal wall
Using a pathogen-originated protein and a human antibody, scientists have created a chimeric construct that can deliver protein cargo via the intestine. This technology could potentially replace cumbersome injections [1]. Getting rid of the needle Protein-based treatments are very powerful, but they cannot yet be administered orally because the human gut breaks proteins down. Instead,...
Diverse diet
An analysis of data from over twenty thousand people has indicated that greater dietary diversity is associated with slower biological aging [1]. Your health is what you eat Good dietary habits are linked to many health benefits, and different diets were previously reported to impact the speed of aging and senescence. For example, adherence to...
Pancreas structure
A new study links damage caused by digestive enzymes escaping from the gut to several hallmarks of aging. The researchers dubbed this effect "autodigestion." [1] Don’t eat yourself up! To live, we must eat, which involves breaking down compounds that we ourselves consist of, such as fat and proteins. Evolution has developed ingenious ways to...
Blue gut bacteria
Researchers publishing in Probiotics and Antimicrobial Proteins have published the results of a clinical trial on the effects of a probiotic on inflammaging in older people. The gut and systemic inflammation The researchers begin this paper discussing their target of inflammaging, as this condition has been linked to multiple other age-related disorders, including Alzheimer's [1]....
Hungry mouse
Researchers have discovered negative ways in which intestinal bacteria change over time, spurring gut inflammation, and introduced older bacteria into a population of younger mice to determine their effects. A well-known link It has been thoroughly documented that gut bacteria have an influence on aging [1], and age-related changes to gut inflammation can lead to...