MiR-145-5p Overexpression Improves Stem Cell Transplantation – Fight Aging!

[ad_1] It is now commonplace for patients to undergo first generation stem cell therapy where the transplanted cells (which may or may not actually be stem cells) are derived from fat tissue. These therapies clearly produce some degree of benefit, primarily suppression of inflammation. There is a high degree of variability of outcomes between … Read more

Monocyte Population Differences with Age Following Bone Fracture – Fight Aging!

[ad_1] The innate immune system is involved in tissue maintenance and regeneration. That includes populations of monocytes, circulating innate immune cells in the bloodstream that enter damaged tissue to become macrophages. Monocytes are somewhat easier to catalog and study than is the case for macrophages. The former can be found in a blood sample, … Read more

Reviewing the Data on Human Use of Rapamycin – Fight Aging!

[ad_1] Rapamycin and some of the later rapalog derivatives such as everolimus, all of which function via inhibition of mTOR, are arguably the best of the present crop of geroprotective drugs capable of modestly slowing aging and extending life in animal studies. The effects of rapamycin in mice are robust and repeatable, though never … Read more

Oxidative Stress and Cellular Senescence in Alzheimer’s Disease – Fight Aging!

[ad_1] Oxidative Stress and Cellular Senescence in Alzheimer’s Disease In this paper, the authors discuss the overlap between oxidative stress and growing numbers of senescent cells in the brain. Both are thought to contribute to neurodegenerative conditions such as Alzheimer’s disease. The aging of the brain is complex, a web of interacting processes, causes, … Read more

Bypassing Causes to Focus on Repairing Damaged Synapses in Alzheimer’s Disease – Fight Aging!

[ad_1] Should we expect an approach focused on repair of synapses in neurodegenerative conditions like Alzheimer’s disease, while leaving the causative mechanisms of the condition operating intact, to have a large effect on patient outcomes? Given what is known of the underlying mechanisms of protein aggregation, neuroinflammation, and other problems that ultimately kill neurons, … Read more

Reversing Age-Related Frailty Reduces Cardiovascular Risk and Mortality – Fight Aging!

[ad_1] Frailty is an inevitability for everyone on some timescale, given the present state of medical technology. It is not, however, an inevitability for early old age. It can be postponed for decades. Further, if someone becomes frail in earlier old age, that frailty may be reversible given sufficient effort put into treatment and … Read more