

Buckminsterfullerene, also known as C60, is a remarkable molecule with a range of interesting chemical and physical properties. Several years ago, C60 came to the attention of the longevity community

A new article published by the International Journal of Molecular Sciences sheds light on the differences between the extracellular matrix (ECM) of healthy people and people in end-stage heart failure.

Today, we are interviewing Breanna Deutsch, a policy expert and the author of Finding the Fountain, which we have previously reviewed. Breanna comes from the world of political communications, and

Spooky season has come and gone, but the Grim Reaper is still chasing us down. Fortunately, we’ve learned quite a bit over the last month in finding ways to stop

A new study published in Aging has shown that although taking metformin while undergoing resistance training limits muscle growth, it promotes youthful gene expression. The downside As the researchers of

New research published in Stem Cell Research and Therapy has improved the regenerative potential of chondrocytes in vitro. The challenges of cartilage regeneration Regenerative medicine strategies aim to regenerate the

Aging research is still an emerging field, and its emergence has been laden with difficulties. Until recently, the budgets were scarce, the ideas ridiculed, and public involvement nonexistent. The tide

Today, we want to highlight another study that takes us a step closer to getting partial cellular reprogramming to the clinic. Can we both have our cake and eat it?

A new analysis has revealed a core set of genes involved in aging in both humans and mice. Together with a broader set of age-related genes assembled by the study

The latest research published in the Journal of Tissue Engineering and Regenerative Medicine has reprogrammed pig fibroblast cells into neural progenitor cells.

An international collective of scientists has discovered a new cellular process: telomere transfer from antigen-presenting cells to T cells that boosts the latter’s lifespan and proliferative potential [1]. T cells,

Researchers have successfully used the CRISPR/Cas9 gene editing tool to destroy Ewing’s sarcoma and chronic myeloid leukemia tumor cells by targeting the fusion genes responsible for these tumors [1]. Fusion

Insilico Medicine has announced a historic deal with the Taisho Pharmaceutical Company, which is based in Japan, in a partnership to identify and develop new senolytic drugs. The companies have

A new study published in Nature shows a strong link between the protein G3BP1 and the SASP, a harmful byproduct of senescent cells.

Recent research published in the scientific journal Lab on a Chip sheds light on the behavior of adipocytes, the primary cells of our fat tissue.

Buckminsterfullerene, also known as C60, is a remarkable molecule with a range of interesting chemical and physical properties. Several years ago, C60 came to the attention of the longevity community several years ago when a study with a small cohort of rats found that C60 dissolved

A new article published by the International Journal of Molecular Sciences sheds light on the differences between the extracellular matrix (ECM) of healthy people and people in end-stage heart failure. The key to the heart could be its ECM Regeneration of heart tissue following a heart

Today, we are interviewing Breanna Deutsch, a policy expert and the author of Finding the Fountain, which we have previously reviewed. Breanna comes from the world of political communications, and she explains what needs to be done to encourage policymakers to pave the way for a

Spooky season has come and gone, but the Grim Reaper is still chasing us down. Fortunately, we’ve learned quite a bit over the last month in finding ways to stop Death from getting a hold of us quite so soon. LEAF News Based in the United

A new study published in Aging has shown that although taking metformin while undergoing resistance training limits muscle growth, it promotes youthful gene expression. The downside As the researchers of this study point out, previous research shows that taking metformin while undergoing physical resistance training (PRT)

New research published in Stem Cell Research and Therapy has improved the regenerative potential of chondrocytes in vitro. The challenges of cartilage regeneration Regenerative medicine strategies aim to regenerate the natural cartilage itself to its former glory. This can be either by kick-starting the body’s own

Aging research is still an emerging field, and its emergence has been laden with difficulties. Until recently, the budgets were scarce, the ideas ridiculed, and public involvement nonexistent. The tide is turning, with more private and institutional players eager to spend money and effort on the

Today, we want to highlight another study that takes us a step closer to getting partial cellular reprogramming to the clinic. Can we both have our cake and eat it? As previous studies [1] have taught us, partial cellular reprogramming is a balancing act of epigenetically

A new analysis has revealed a core set of genes involved in aging in both humans and mice. Together with a broader set of age-related genes assembled by the study [1], this resource will serve as a launching point for further investigations of the mechanisms behind

The latest research published in the Journal of Tissue Engineering and Regenerative Medicine has reprogrammed pig fibroblast cells into neural progenitor cells.

An international collective of scientists has discovered a new cellular process: telomere transfer from antigen-presenting cells to T cells that boosts the latter’s lifespan and proliferative potential [1]. T cells, an important element of our adaptive immune system, are born as non-proliferating cells and, as such,

Researchers have successfully used the CRISPR/Cas9 gene editing tool to destroy Ewing’s sarcoma and chronic myeloid leukemia tumor cells by targeting the fusion genes responsible for these tumors [1]. Fusion genes, a feature in many different types of cancer, arise when a mutation fuses two genes

Insilico Medicine has announced a historic deal with the Taisho Pharmaceutical Company, which is based in Japan, in a partnership to identify and develop new senolytic drugs. The companies have agreed to collaborate on AI-powered drug discovery focused on identifying molecules to remove problematic senescent cells.

A new study published in Nature shows a strong link between the protein G3BP1 and the SASP, a harmful byproduct of senescent cells.

Recent research published in the scientific journal Lab on a Chip sheds light on the behavior of adipocytes, the primary cells of our fat tissue.