How long can humans live? All evidence points to a maximum of 125 years
It explores research findings about the maximum lifespan of humans, suggesting it could be 125 years.
It explores research findings about the maximum lifespan of humans, suggesting it could be 125 years.
The article discusses the impact of Silicon Valley billionaires on the anti-aging biohacking boom and scrutinizes the scientific validity of longevity claims.
A specific blood molecule associated with mitochondrial function has been identified as a key to promoting healthy aging.
The article explores various paths in aging and longevity research, highlighting potential breakthroughs in healthspan.

The article discusses the concept that healthspan is more important than lifespan, emphasizing the quality of life over merely living longer.
The article discusses new research on senotherapeutics, particularly senolytics and their role in aging.

Researchers have found that aging-related genes can identify existing drugs that may increase longevity or speed up the aging process.

The article discusses the effectiveness of the drug Metformin compared to simple lifestyle modifications for healthy aging.
A butterfly species that shows minimal aging could provide insights into the mechanisms behind longevity.
The researchers tested whether ABT-263, a senolytic drug, could reduce the effects of aging in skin and enhance healing.
The article critiques modern longevity science and its claims about extending human lifespan.
A longevity physician shares three often overlooked practices that can help slow the aging process.

The article discusses NAD+ and its significance in longevity research.
Researchers have identified declining levels of phosphatidylcholine as a reversible cause of aging in cells.

The article explores the science of facial aging and offers insights on how to potentially slow it down.
Scientists uncover a molecular mechanism that explains how exercise can reverse the aging of muscle tissue.
A new study suggests that a novel molecule may prevent age-related diseases while enhancing life expectancy and wellness.
A roadmap on research and innovation integrating replacement and next-generation.
ARPA-H was established in 2022 and approved two programs in 2024 led by research.

The article discusses projected trends in the biohacking market for 2026, emphasizing scientifically backed insights.
Researchers identified 370 existing drugs that could potentially be repurposed to promote longevity by targeting aging-related genes.
The MEFIT Summit 2026 focuses on longevity and features expert discussions on biohacking and related research.

The article discusses three core aspects of life that can slow aging and improve longevity.

This article discusses the role of peptides and AI in advancing human longevity and health.
The article reports on the first reverse-aging drug being injected into a human, with insights from anti-aging influencer Bryan Johnson.

The article explores biomarkers related to healthspan and aging.
This article provides insights into current anti-aging drug research, focusing on various compounds and their effects.
Immorta Bio published a study demonstrating a significant increase in longevity in aging animals using a senolytic-based approach.
Research indicates that studying long-lived families may provide insights into genetic factors that contribute to healthy aging.
A study tracking nearly 4,000 adults reveals five key findings in longevity science.
This article reviews the role of senolytics in targeting senescent cells to potentially reverse aging.
Life Biosciences has launched a reverse-aging drug aimed at rejuvenating old cells and restoring sight to glaucoma patients.
The article discusses the differences between aging well and aging poorly, emphasizing the role of lifestyle over genetics.
Scientists discovered a 'longevity gene' that may pave the way for improved treatments of premature aging diseases.
Anti-aging research is rapidly evolving, presenting new findings and upcoming innovations for 2025.
Tech leaders are employing various body hacking techniques aimed at extending lifespan, raising questions about the scientific basis of these methods.
The research investigates the combination of senolytics and stem cells and their potential benefits in aging.
The article discusses the benefits of heavy lifting as an effective method for anti-aging.

Younger generations are aging biologically faster than their older counterparts, which is linked to early-onset cancers.
The article explores the aging process of domestic cats, suggesting that studying their brains could provide insights into healthy aging for humans.

A new study maps biological aging at the level of individual cell types using a blood test from over 60,000 people.

The article highlights the significance of skeletal muscle in longevity and discusses the role of cellular senescence in muscle function decline.
A study has found that a popular anti-aging compound may be linked to cancer risk among centenarians.
Research highlighted in the brief focuses on the impact of telomere damage on aging and healthspan.
The researchers restored dentin formation and pulp health in aged mice using anti-aging drugs.
The article discusses various research updates on senolytics and longevity including the effects of fisetin.
The article discusses a therapeutic designation by the FDA aimed at addressing age-related pathologies through a multi-disease approach.
A patient has received a high-risk therapy designed to rejuvenate cells in a groundbreaking procedure.
The article outlines a morning routine used by longevity experts to help restore muscle mass after the age of 60.
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