by University of Tübingen Colonization with CalRes-associated gut microbiota alters body fat and glucose clearance. Metabolic analysis of germ-free (GF) mice and mice inoculated with AdLib and CalRes human gut microbiota. A–C Spleen (A), epigonadal white adipose tissue (eWAT) (B), and liver (C) weights from GF and colonized mice. D Feces weight was measured using...
Tag: <span>Immune Aging</span>
BioAge’s oral drug prevents death from COVID-19 in old mice by reversing immune aging
BIOAGE LABS The immune system deteriorates with age, making COVID-19 particularly deadly in older people — but to date, no clinically available medication addresses this key risk factor. A study published today in Nature shows that an oral drug that reverses multiple aspects of immune aging effectively prevents death in a mouse model of COVID-19, suggesting...
New BioAge Drug Prevents Death From COVID-19 in Old Mice by Reversing Immune Aging
By BIOAGE LABS MARCH 21, 2022 A Phase 2 clinical trial is testing the new drug’s ability to reduce mortality in older people hospitalized with COVID-19. By directly targeting immune aging, BGE-175 could effectively treat emerging COVID variants that evade vaccine-based immunity. The immune system deteriorates with age, making COVID-19 particularly deadly in older people — but to date,...
Disruption of Naive T Cell Quiescence in Immune Aging
This open-access paper discusses a secondary issue in the aging of the adaptive immune system. Of primary concern is that the supply of new T cells diminishes over time, due to the atrophy of the thymus where such cells mature, as well as due to issues in the hematopoietic system of the bone marrow where...
Implicating TFAM in the Mitochondrial Dysfunction that Accelerates Immune Aging
This short commentary looks at just one cell type, T cells of the adaptive immune system, in which loss of mitochondrial function produces issues such as cellular senescence that contribute to broader degenerative aging throughout the body. Every cell contains hundreds of mitochondria, responsible for producing adenosine triphosphate, an energy store molecule used to power cellular processes. When that supply diminishes, everything suffers...