

Combining rapamycin with the anti-cancer drug trametinib produced a synergistic effect and robust life extension in a new study [1]. A multi-node approach Rapamycin, which was first widely used as

A placebo-controlled clinical trial, with results published in Aging Cell, has determined that plasma replacement has beneficial effects when combined with immunoglobulin, according to multiple epigenetic clocks and -omics biomarkers.

A recent study investigated differences in maximum lifespan potential among different mammalian species. The researchers found associations between gene family size expansion, maximum lifespan potential, and relative brain size. They

Scientists have created a new, highly effective method of tracing blood cells’ lineage. This can improve our understanding of clonal hematopoiesis and its impact on an aging organism [1]. Hostile

In Aging, researchers have published their discovery that three years of caloric restriction in rhesus macaques that are beginning to enter menopause slows their ovarian aging. Closer to people than

A sub-study, which was part of the large-scale VITAL trial, determined that vitamin D supplementation slows telomere attrition in leukocytes almost to a halt. This could have real-life clinical implications

In Aging Cell, researchers have found that exposing ordinary Black 6 mice to a more natural environment accelerates rather than slows the aging of their livers. When natural doesn’t mean

In a recent study, researchers investigated how restricting dietary methionine and inhibiting the tyrosine degradation pathway affects healthspan in aged mice. While affecting tyrosine didn’t show any benefits, methionine restriction

Scientists have created engineered nanostructures that bind monomers and oligomers of harmful amyloid beta (Aβ) protein, preventing them from entering neurons and drastically increasing the cells’ survival in vitro [1].

The results of a Phase 1 trial of the well-known senolytic combination of dasatinib and quercetin (D+Q) in patients with Alzheimer’s disease have been published in Neurotherapeutics. Building on substantial

Developing technologies to defeat age-related diseases by keeping people biologically younger is the goal of the rejuvenation biotechnology field. LRI created the Longevity Investor Network (LIN) to connect promising longevity

What is aging? Sadly, we don’t know. If we ask the experts in the field, they will give us different answers [1]. Consensus has not been reached on even the

The Hallmarks of Aging team has returned to Cell, publishing a detailed review discussing how future methods of dealing with aging might be highly personalized. Two more hallmarks? In the

Screening of a natural compounds library has revealed the senomorphic properties of apigenin. This natural flavonoid also demonstrated rejuvenating effects on many aging-associated molecular features as well as physical and

Scientists from the Lifespan Research Institute have discovered that a subset of T cells effectively targets senescent cells and improves outcomes in a mouse model of idiopathic pulmonary fibrosis [1].

Combining rapamycin with the anti-cancer drug trametinib produced a synergistic effect and robust life extension in a new study [1]. A multi-node approach Rapamycin, which was first widely used as an immunosuppressant for transplant patients and is also used in oncology, is considered one of the

A placebo-controlled clinical trial, with results published in Aging Cell, has determined that plasma replacement has beneficial effects when combined with immunoglobulin, according to multiple epigenetic clocks and -omics biomarkers. Looking for a signal Therapeutic plasma exchange (TPE), the practice of extracting and replacing a person’s

A recent study investigated differences in maximum lifespan potential among different mammalian species. The researchers found associations between gene family size expansion, maximum lifespan potential, and relative brain size. They also studied genomic features linked to lifespan evolution [1]. Maximum lifespan potential Maximum lifespan potential can

Scientists have created a new, highly effective method of tracing blood cells’ lineage. This can improve our understanding of clonal hematopoiesis and its impact on an aging organism [1]. Hostile takeover In the human body, a relatively small pool of hematopoietic stem cells (HSCs) sustains a

In Aging, researchers have published their discovery that three years of caloric restriction in rhesus macaques that are beginning to enter menopause slows their ovarian aging. Closer to people than mice The ovary is one of the first human organs to be seriously affected by aging,

A sub-study, which was part of the large-scale VITAL trial, determined that vitamin D supplementation slows telomere attrition in leukocytes almost to a halt. This could have real-life clinical implications [1]. The chromosome guardians Attrition of telomeres, repetitive sequences that cap chromosomes, is one of the

In Aging Cell, researchers have found that exposing ordinary Black 6 mice to a more natural environment accelerates rather than slows the aging of their livers. When natural doesn’t mean better It is a well-known fact that laboratory animals live in controlled conditions beyond that of

In a recent study, researchers investigated how restricting dietary methionine and inhibiting the tyrosine degradation pathway affects healthspan in aged mice. While affecting tyrosine didn’t show any benefits, methionine restriction improved many, but not all, measures of healthspan, including frailty, pathological disease burden, and neuromuscular function

Scientists have created engineered nanostructures that bind monomers and oligomers of harmful amyloid beta (Aβ) protein, preventing them from entering neurons and drastically increasing the cells’ survival in vitro [1]. Don’t let them into cells! Misfolded proteins are thought to be behind diseases like Alzheimer’s and

The results of a Phase 1 trial of the well-known senolytic combination of dasatinib and quercetin (D+Q) in patients with Alzheimer’s disease have been published in Neurotherapeutics. Building on substantial previous work The researchers introduce this study by discussing the relationship of senescent cells to Alzheimer’s

Developing technologies to defeat age-related diseases by keeping people biologically younger is the goal of the rejuvenation biotechnology field. LRI created the Longevity Investor Network (LIN) to connect promising longevity tech companies with investors to get this technology to the clinic. Looking back at a successful

What is aging? Sadly, we don’t know. If we ask the experts in the field, they will give us different answers [1]. Consensus has not been reached on even the trivial definition of aging, let alone its primary mechanisms. But, can we cure aging without understanding

The Hallmarks of Aging team has returned to Cell, publishing a detailed review discussing how future methods of dealing with aging might be highly personalized. Two more hallmarks? In the original and very heavily cited 2013 paper [1], Dr. López-Otín and colleagues outlined nine hallmarks of

Screening of a natural compounds library has revealed the senomorphic properties of apigenin. This natural flavonoid also demonstrated rejuvenating effects on many aging-associated molecular features as well as physical and cognitive performance, and it has a beneficial impact on cancer treatment in mice and cells [1].

Scientists from the Lifespan Research Institute have discovered that a subset of T cells effectively targets senescent cells and improves outcomes in a mouse model of idiopathic pulmonary fibrosis [1]. How do we harness the immune system against senescence? Cellular senescence, which occurs when cells subjected