

A new study suggests that we can actively fight back against age-related decline with resistance training to restore our levels of NAD+, a critical molecule used by the mitochondria in

A group of scientists from China has successfully created an effective senolytic prodrug that targets the enzyme β-galactosidase [1]. This prodrug, called SSK1, has demonstrated impressive results across various cell

Researchers have demonstrated that epigenetic age can be halved in rats by using signals commonly found in the blood. Epigenetic changes One of the proposed reasons we age are the
Few things in aging research are ever straightforward, and today’s topic is no exception, as two researchers enjoy some back and forth regarding whether and how the World Health Organization

A paper published in Aging has shown that it is possible to treat spinal disc degeneration through altering the epigenetics of macrophages. Macrophages and inflammaging Macrophages are the clean-up crew

Today, we want to highlight a new review that takes a look at senescent cell removal therapies and their potential to treat and reverse age-related diseases by reversing one of

A group of researchers has demonstrated that treatment with NMN, a precursor of NAD+, restores neurovascular coupling (NVC) in aged mice [1]. Since NVC deficiency seems to be a major

Researchers have demonstrated that it is possible to restore telomerase activity in stem cells affected by telomere biology diseases, which prevent them from producing telomerase and repairing their telomeres. Telomeres

Researchers have developed a way to modify an existing cancer drug with toxic side effects into something that is less toxic to blood platelets and more effective at removing harmful

A group of researchers has succeeded in directly reprogramming fibroblast cells into photoreceptors and transplanting them into mice, which resulted in partial restoration of vision [1]. This achievement can potentially

A new review sheds light on the connection between chronic age-related inflammation, modern lifestyles, and the development of Alzheimer’s disease. Inflammaging is the link between the microbiome, aging, and Alzheimer’s

A new study published in Aging shows that metformin, a drug that has been studied for its effects on longevity, restores mitochondrial function and repairs metabolic defects in cells from

There are many lessons to be learned from the current COVID-19 pandemic, particularly ones about how our society, healthcare system, and socioeconomic system can be better positioned and equipped to

Intermittent fasting is a common topic in the longevity community, and a new study suggests that there could be some benefits from adopting this lifestyle. Intermittent fasting has health benefits

Could senolytic therapies designed to remove senescent cells, which accumulate with age, potentially be used to treat asthma? The researchers of a recent review certainly believe this could be the

A new study suggests that we can actively fight back against age-related decline with resistance training to restore our levels of NAD+, a critical molecule used by the mitochondria in our cells to produce energy. NAD+ and mitochondria The mitochondria are the powerhouses of the cell,

A group of scientists from China has successfully created an effective senolytic prodrug that targets the enzyme β-galactosidase [1]. This prodrug, called SSK1, has demonstrated impressive results across various cell types and advantages over some existing senolytics. Cellular senescence is a phenomenon in which cells stop

Researchers have demonstrated that epigenetic age can be halved in rats by using signals commonly found in the blood. Epigenetic changes One of the proposed reasons we age are the changes to gene expression that our cells experience as we get older; these are commonly called
Few things in aging research are ever straightforward, and today’s topic is no exception, as two researchers enjoy some back and forth regarding whether and how the World Health Organization (WHO) should recognize the aging processes as a disease. Proposing a new framework to facilitate development

A paper published in Aging has shown that it is possible to treat spinal disc degeneration through altering the epigenetics of macrophages. Macrophages and inflammaging Macrophages are the clean-up crew of the immune system, engulfing and destroying harmful germs, but their polarization is a double-edged sword.

Today, we want to highlight a new review that takes a look at senescent cell removal therapies and their potential to treat and reverse age-related diseases by reversing one of the aging processes. The current approach of medicine to treating age-related disease is broken The current

A group of researchers has demonstrated that treatment with NMN, a precursor of NAD+, restores neurovascular coupling (NVC) in aged mice [1]. Since NVC deficiency seems to be a major factor in the age-related decline of cognitive and motor functions, this discovery presents exciting new possibilities

Researchers have demonstrated that it is possible to restore telomerase activity in stem cells affected by telomere biology diseases, which prevent them from producing telomerase and repairing their telomeres. Telomeres and telomerase Each chromosome that stores our genetic information has a protective cap at each end

Researchers have developed a way to modify an existing cancer drug with toxic side effects into something that is less toxic to blood platelets and more effective at removing harmful and inflammatory senescent cells, one of the reasons we age, from mice. What are senescent cells?

A group of researchers has succeeded in directly reprogramming fibroblast cells into photoreceptors and transplanting them into mice, which resulted in partial restoration of vision [1]. This achievement can potentially lead to the development of cheap and effective treatments for retinopathies such as age-related macular degeneration

A new review sheds light on the connection between chronic age-related inflammation, modern lifestyles, and the development of Alzheimer’s disease. Inflammaging is the link between the microbiome, aging, and Alzheimer’s disease Aging is accompanied by a chronic, smoldering background of inflammation known as inflammaging. This backdrop

A new study published in Aging shows that metformin, a drug that has been studied for its effects on longevity, restores mitochondrial function and repairs metabolic defects in cells from people with myotonic dystrophy, a condition that shares many of the same characteristics as aging. A

There are many lessons to be learned from the current COVID-19 pandemic, particularly ones about how our society, healthcare system, and socioeconomic system can be better positioned and equipped to cope with future pandemics and other catastrophic events. One important takeaway, however, is already self-evident: age

Intermittent fasting is a common topic in the longevity community, and a new study suggests that there could be some benefits from adopting this lifestyle. Intermittent fasting has health benefits A new study published in the Journal of Proteomics builds on previous studies and suggests that

Could senolytic therapies designed to remove senescent cells, which accumulate with age, potentially be used to treat asthma? The researchers of a recent review certainly believe this could be the case, and there is plenty of reason to think they could be right. Senescent cells and