Posted on Aug 30, 2023, 2 p.m.
The Longevity Report: What’s New In Longevity Medicine And Research
Part 2 – Summer 2023
The scientific revolution driving the quest for extended health- and lifespan remains unwavering. Recent groundbreaking discoveries are peeling back the complex biological layers of aging, bringing us closer to deciphering the dynamics of longevity.
As we dive into the second part of the Longevity Report, we unearth more innovations in anti-aging and longevity science — pivotal findings that have come to light just this summer.
From the correlation between happiness and longevity to precision therapies targeting mitochondrial decline and DNA methylation, this report shines a light on the scientific advancements shaping the trajectory of human life.
Each discovery provides crucial insights for decoding longevity pathways, illuminating new therapeutic targets while propelling the field forward.
The Latest Advancements In Longevity: Summer 2023
Published July 18, 2023 in BMC Geriatrics
Beyond biological factors, emotions emerge as pivotal players in the longevity equation. A growing body of scientific evidence validates the connection between mental health, emotional well-being, and the life- and healthspan.
To assess the protective effect of happiness on all-cause mortality risk, researchers from the Singapore Institute of Technology examined the extent to which various factors played a role and whether the association differed between older men and women.
Analyzing data from middle-aged and older adults from the Singapore Longitudinal Aging Studies, the research team measured the association between baseline happiness levels and mortality over an 11.7-year follow-up period. The findings indicated higher happiness levels resulted in lower mortality rates among the study cohort.
Various factors were considered, including demographic, psychological, physical health, and lifestyle factors; however, the protective effect of happiness on mortality was most closely related to psychological health and functioning, physical health, and lifestyle. In addition, the study reported no significant gender differences in the relationship between happiness and lifespan.
As emotional well-being influences immune responses, neuroendocrine pathways, and genetic expression, the latest research helps to unravel the intricate connection between positive emotions and biological resilience.
With these insights in mind, further research efforts can identify targeted interventions that harness the power of positive emotions to promote longer life and healthier aging.
Key Takeaways: Higher levels of happiness are associated with increased life expectancy. This correlation can be attributed to health, lifestyle, psychological health, and functioning factors. The development of future anti-aging interventions may benefit from a focus on promoting positive emotions.
Published July 31, 2023 in Proceedings of the National Academy of Sciences
Mitochondrial decline has long been associated with a number of age-related conditions, including natural aging, neurodegenerative diseases, muscular dystrophy, and primary mitochondrial diseases.
To develop longevity therapeutics that effectively mitigate mitochondrial decline, researchers from the University of Exeter tested hydrogen sulfide (H2S) as a potential anti-aging target in this context. They administered small, clinically meaningful doses of a mitochondrion-targeting sulfur donor (AP39) to Caenorhabditis elegans worms. One cohort began treatment at birth, while the other began receiving AP39 after reaching adulthood.
The team found that AP39 improved the integrity of mitochondria, spurring cellular energy production and promoting muscular activity well into old age. Both cohorts experienced healthy aging benefits; however, there was a distinct association of healthspan extension with mitochondria, cytoskeletal, and peroxisome molecular profiles due to adult-onset AP39 therapy.
Co-author Professor Matt Whiteman, from the University of Exeter, commented: “This study is not about extending life — it’s about living healthier lives well into older age. (…) We saw a small extension of lifespan in the worms that were targeted with H2S, and what’s unique here is that we extended healthspan — or the time they lived healthy lives. The worms still died, albeit later than normally expected, but they died very active and with young physiology.”
Key Takeaways: Emerging research suggests that carefully targeting hydrogen sulfide (H2S) to cellular mitochondria may support longevity and healthspan extension, indicating potential for novel healthy aging therapeutics in the future.
Published on August 11, 2023 in Science
DNA methylation, a vital epigenetic process, is critical in shaping the gene expression landscape. As lifespans vary across mammalian species, scientists set out to decipher whether DNA methylation profiles correlate with maximum lifespan.
In this recent study, researchers from the University of California Los Angeles examined the correlation between DNA methylation (DNAm) profiles, phylogenetic relationships, and species characteristics, particularly maximum lifespan, across 348 mammalian species.
The team generated DNA methylation profiles for over 15,000 samples across 348 mammalian species to perform a large-scale comparative epigenomics analysis and identify correlations between methylation patterns and longevity.
The study found that DNA methylation profiles mirrored genetic evolution and phylogenetic relationships among mammalian species. Species with longer maximum lifespans exhibited distinct and organized methylation patterns within the genome.
Unique patterns were associated with longer lifespans and remained independent of age or interventions affecting mortality risk.
The research provides valuable insights into the intertwined evolution of the genome and epigenome, shedding light on the factors influencing species-specific maximum life span.
This study’s findings offer a significant evolutionary biology and longevity research resource.
Key Takeaways: A large-scale analysis of DNA methylation profiles reveals an association between methylation patterns and maximum lifespan. The data provides novel insights into methylation biomarkers that may regulate aging and longevity.
More Revelations To Come
As researchers continue to elucidate the intricacies of aging, the possibilities for advancing longevity medicine appear endless. Translating these discoveries into practical solutions demands persistent effort, resources, and multidisciplinary collaboration.
Emerging precision interventions, personalized therapies, and clinically relevant biomarkers paint an optimistic picture, one where aging becomes a treatable condition rather than a dreaded inevitability.
However, realizing this vision requires sustaining momentum, driving progress through knowledge sharing, and maintaining a forward-thinking outlook. While the future of longevity medicine shines bright, its full potential relies on our continued efforts.
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As with anything you read on the internet, this article should not be construed as medical advice; please talk to your doctor or primary care provider before changing your wellness routine. This article is not intended to provide a medical diagnosis, recommendation, treatment, or endorsement.
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