Science
Introduction
The Science section of the Canadian Longevity Association highlights the latest advancements and key findings in longevity research. Here, we present recent and significant scientific articles that explore innovative approaches to extending healthy lifespans and combating age-related diseases. Our goal is to keep you informed about cutting-edge research and its practical applications in the field of longevity science.
Featured Articles
(Highlight recent or important scientific articles with summaries)
The latest from our monthly Longevity Review
- March 2025 Longevity Review
As the flowers are finally starting to bloom in my garden, we will take a look at an intriguing study which uses ultrasound to reverse cellular senescence and increase mouse lifespan; two studies on reducing lower back pain, the first using epigenetic reprogramming, while the second is a Canadian study using senolytics; and, a fascinating study where an induced torpor like state (akin to hibernation) improves healthspan. In the Supplemental Section, you’ll find in Lifestyle a couple of […]
- February 2025 Longevity Review
As we emerge from the depth of winter, this month we will take a look at how the combination of Omega 3, Vitamin D and resistance exercise can slow down the aging process; how young blood plasma can help with surgical outcomes in a human trial; how Klotho gene therapy can increase the lifespan of mice; and in the Canadian content study, how cellular reprogramming can protect retinal neurons and maintain vision in a mouse model of multiple sclerosis. In the Supplemental Section, you’ll find […]
- January 2025 Longevity Review
Kicking off the new year with a lifespan special, we will take a look at reversing the senescence of senescent cells to increase mouse lifespan; the discovery and beneficial effects of a subset of youthful stem cells which can also increase mouse longevity; the most comprehensive study of life-extending molecules in the roundworm c.elegans; and in the Canadian Content study, how disrupting the antioxidant defences in a specific organ in c.elegans can increase its lifespan. In the Supplemental […]
- December 2024 Longevity Review
Hello and welcome to the final longevity review of 2024. This month we will take a look at gene therapy to increase telomere length; freeing the immune system to remove senescent cells; using probiotics to help with sarcopenia; and, in the Canadian content study, employing extracellular vesicles to deliver drugs to the brain to combat neuroinflammation. In the Supplemental Section, you’ll find in Lifestyle how exercise and sleep improve memory the next day; in Diet, how moderate wine […]
- November 2024 Longevity Review
As we get closer to the holiday season, this review returns to its monthly format after a brief foray into a bi-monthly issue. Now that I have caught up with these reviews, we will take a look at how 16:8 time restricted eating in healthy, normal weight individuals can still reduce weight and fat mass, as well as improve the immune system and make their gut microbiome younger; how ergothioneine could improve cognition in older individuals with mild cognitive impairment; and for the first time, […]
The latest in longevity news & research:
- Combining Senolytics and Stem Cells Shows Promise in Mice
A new study associated with Immorta Bio suggests that combining a senolytic vaccine with mesenchymal stem cells might create a synergistic impact. However, the findings rest on acute, artificially induced injury models rather than natural aging [1].
- An Experimental Proposal for Blocking Ambient Radiation
A perspective published in Aging and Disease has recommended the use of underground laboratory space in order to remove the effects of surface radiation on biological clocks.
- Optimizing Guidelines Toward Optimal Health Outcomes
In a recently published perspective paper, the author argues that the UK’s official health guidelines on physical activity and protein intake should be revised to recommend levels necessary to achieve optimal
- Rescuing Calcium Ion Homeostasis Extends Mouse Lifespan
Scientists have linked disrupted Ca²⁺ homeostasis to aging in both progeroid and naturally aging mice. Rescuing it with a well-known antidepressant
- How Muscle Loss and Bone Loss Are Related
Researchers have elucidated some of the links between the age-related loss of muscle (sarcopenia) and the age-related loss of bone (osteoporosis). Related in multiple ways Substantial previous research has described the relationship between muscle and bone health. While misloading can
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