

Scientists have created “nanoflowers” that nudge donor cells to produce more mitochondria, which can then be transferred to recipient cells to boost their mitochondrial function [1]. Mitochondrial transfer is difficult

George Church, a Harvard professor and a famed geroscientist, is also known as a serial entrepreneur who has co-founded dozens of biotech companies. While Church maintains that he’s involved in

Researchers publishing in Aging Cell have documented a key reason why older people are much more likely to get melanoma. Why older people have significantly worse melanoma cases While melanoma

A recent review in the Journal of Ovarian Research summarizes current knowledge of the impact of various polyphenols on different aspects of ovarian aging. The researchers discuss that polyphenol supplementation

Scientists have genetically modified human mesenchymal progenitor cells to express a more potent version of the “longevity gene” FOXO3, producing rejuvenative effects in monkeys, mice, and human cells [1]. Making

In Aging Cell, researchers have discovered a potential way to use a microRNA to diagnose sarcopenia, the age-related loss of muscle. Primary and secondary sarcopenia Previous research has been able

A new study reveals a surprising mechanism that might be behind the beneficial effects of NAD+ in preclinical models of Alzheimer’s [1]. Which way to splice it? Not every part

In GeroScience, a large team of researchers, including João Pedro de Magalhães, has described a hundred currently unsolved problems in the field. Finding the right questions Understanding the fundamental nature

The idea of living longer, healthier lives thanks to rejuvenation biotechnology has steadily become more common. Gradually increasing numbers of articles are discussing this idea, especially as science is starting

A recent study of over 80,000 Europeans concluded that speaking more than one language is associated with delayed aging. Further analysis suggested that the protective effect of speaking one foreign

A new Phase 1 trial produced encouraging safety and efficacy results for a CRISPR-based gene therapy that silences a gene important for lipid regulation. This therapy might increase adherence and

Researchers have discovered that butyrate, a short-chain fatty acid with well-documented gut benefits, fights senescence in T cells. Immune senescence drives inflammaging Senescence of the immune system (immunosenescence) is a

Scientists have discovered that directly reducing the production of reactive oxygen species (ROS) at their source in astrocytes, mitochondrial complex III, improves neuronal health and significantly increases lifespan in a

A review in Aging Cell has cataloged the harmful effects of EDA2R, a protein that affects three distinct inflammation-related pathways. A necessary protein gone bad Like nearly every other protein

In a recent study, researchers identified that an increase in the expression of ribosome-related genes and a loss of protein homeostasis contribute to the age-related decline in female fertility. Rapamycin

Scientists have created “nanoflowers” that nudge donor cells to produce more mitochondria, which can then be transferred to recipient cells to boost their mitochondrial function [1]. Mitochondrial transfer is difficult to improve Energy is required for life, and most energy in our cells is produced by

George Church, a Harvard professor and a famed geroscientist, is also known as a serial entrepreneur who has co-founded dozens of biotech companies. While Church maintains that he’s involved in them all, one company has been seeing an unusual amount of his attention: Lila Sciences, where

Researchers publishing in Aging Cell have documented a key reason why older people are much more likely to get melanoma. Why older people have significantly worse melanoma cases While melanoma is much more treatable now than in the past, it still remains a serious danger. Melanoma

A recent review in the Journal of Ovarian Research summarizes current knowledge of the impact of various polyphenols on different aspects of ovarian aging. The researchers discuss that polyphenol supplementation could be used as an intervention to delay ovarian aging [1]. Every woman’s problem Ovarian aging

Scientists have genetically modified human mesenchymal progenitor cells to express a more potent version of the “longevity gene” FOXO3, producing rejuvenative effects in monkeys, mice, and human cells [1]. Making aging-resistant cells Stem cell exhaustion is one of the mechanisms of aging. Replenishing the aging stem

In Aging Cell, researchers have discovered a potential way to use a microRNA to diagnose sarcopenia, the age-related loss of muscle. Primary and secondary sarcopenia Previous research has been able to distinguish sarcopenia by its sources. Primary sarcopenia directly comes from the processes of aging, while

A new study reveals a surprising mechanism that might be behind the beneficial effects of NAD+ in preclinical models of Alzheimer’s [1]. Which way to splice it? Not every part of a DNA sequence gets translated into a protein. Each sequence consists of exons, which are

In GeroScience, a large team of researchers, including João Pedro de Magalhães, has described a hundred currently unsolved problems in the field. Finding the right questions Understanding the fundamental nature of aging has been a problem since people first endeavored to live longer, to the point

The idea of living longer, healthier lives thanks to rejuvenation biotechnology has steadily become more common. Gradually increasing numbers of articles are discussing this idea, especially as science is starting to catch up and may eventually even deliver on it. With that in mind, I was

A recent study of over 80,000 Europeans concluded that speaking more than one language is associated with delayed aging. Further analysis suggested that the protective effect of speaking one foreign language diminished with age, while the protective effect of speaking two or more foreign languages was

A new Phase 1 trial produced encouraging safety and efficacy results for a CRISPR-based gene therapy that silences a gene important for lipid regulation. This therapy might increase adherence and reduce side effects [1]. Addressing the adherence problem High levels of LDL cholesterol (LDL-C) and triglycerides

Researchers have discovered that butyrate, a short-chain fatty acid with well-documented gut benefits, fights senescence in T cells. Immune senescence drives inflammaging Senescence of the immune system (immunosenescence) is a problem that drives many others. In particular, T cells are known to secrete inflammatory SASP compounds

Scientists have discovered that directly reducing the production of reactive oxygen species (ROS) at their source in astrocytes, mitochondrial complex III, improves neuronal health and significantly increases lifespan in a mouse model of Alzheimer’s [1]. Dangerous species Reactive oxygen species (ROS) are short-lived, highly reactive oxygen-containing

A review in Aging Cell has cataloged the harmful effects of EDA2R, a protein that affects three distinct inflammation-related pathways. A necessary protein gone bad Like nearly every other protein with documented harmful effects, this one is required for certain systems to function properly. The EDA

In a recent study, researchers identified that an increase in the expression of ribosome-related genes and a loss of protein homeostasis contribute to the age-related decline in female fertility. Rapamycin restored this balance and increased fertility rates in a human trial [1]. The first system to