Category: News

Bone structure

Blocking STING Helps Preserve Bone in Aging Mice

A new study links STING-mediated signals from marrow fat cells to inflammation and declining NAD⁺ levels in bone-forming cells. Interrupting this pathway helped preserve aging bone [1]. Making old bones

Mechanical cell

Making SIRT1 and NAD+ Therapies Work in People

Reviewers publishing in Biology have elucidated SIRT1 functional reserve as an aspect of aging, describing how its depletion is an upstream cause of age-related disorders at the cellular level and

Proteins in the brain

Menopausal Serum Protein Changes May Predict Brain Health

A recent analysis of serum protein changes identified 16 proteins related to inflammatory, synaptic, metabolic, and Alzheimer’s disease processes whose levels change during the menopausal transition [1]. These changes were

Gut bacteria

Gut Bacteria Molecule Slows Atherosclerosis in Mice

A new study highlights a fatty acid produced by a particular genus of bacteria as a “natural statin,” suggesting a new way of treating atherosclerosis [1]. Bacteria and cholesterol Atherosclerosis

Cell and organelles

Declining Autophagy Impairs Senescent Cell Clearance

A new study links an age-related decline in cellular maintenance to impaired immune clearance. Activating the pathway reduced signs of senescence in aged mice [1]. Senescence and autophagy Cellular senescence,

Brain and walking

The Biomarkers That Predict Mortality Risk

Researchers have discovered key biomarkers that are strongly linked to all-cause mortality and identified four measurements with independent predictive power. Biological versus chronological This paper opens with a discussion of

FDA at ARDD

FDA Leaders Name Longevity a Priority at ARDD

At a panel in Boston, senior officials announced plans to include aging in the agency’s regulatory science agenda and discussed how therapies could move toward approval. Longevity has a partner

Rejuvenation Roundup September 2026

Rejuvenation Roundup September 2026

Which generation will be considered “the last to die” of age-related diseases is ultimately a question of technological development and deployment. Here’s what’s been done on that front in September.

Bad blood vessel proteins

A New Metric for Overall Senescent Cell Burden

Researchers have created a deep learning-based biomarker, SASP Score, that evaluates the combined effects of the senescence-associated secretory phenotype (SASP) circulating in the bloodstream. Measuring an overall burden Gathering the

CT Scan Robot

AI Extracts Broader Health Insights From Routine CT Scans

A new study suggests that CT scans can provide information about a wide range of conditions, including some not typically diagnosed through imaging. Direct comparison with human radiologists is the next step [1]. Getting more from a scan A CT scan’s goal is usually to answer

Endothelial cells

An RNA Regulator Mitigates Senescence in Blood Vessels

Researchers publishing in Aging Cell have found that the regulatory protein MTR4 fights DNA damage in the blood vessel lining but decreases with aging. Vulnerable by nature This paper begins by noting the properties, and aging, of vascular endothelial cells (VECs), which line the blood vessels

Bone structure

Blocking STING Helps Preserve Bone in Aging Mice

A new study links STING-mediated signals from marrow fat cells to inflammation and declining NAD⁺ levels in bone-forming cells. Interrupting this pathway helped preserve aging bone [1]. Making old bones Our bones live a complex life, as they are constantly remodeled: cells called osteoclasts break down

Mechanical cell

Making SIRT1 and NAD+ Therapies Work in People

Reviewers publishing in Biology have elucidated SIRT1 functional reserve as an aspect of aging, describing how its depletion is an upstream cause of age-related disorders at the cellular level and explaining why many prospective therapies that increase SIRT1 and NAD+ have not had promising results. Managing

Proteins in the brain

Menopausal Serum Protein Changes May Predict Brain Health

A recent analysis of serum protein changes identified 16 proteins related to inflammatory, synaptic, metabolic, and Alzheimer’s disease processes whose levels change during the menopausal transition [1]. These changes were linked to cognitive health later in life. The time for interventions Menopause is mostly known as

Vegan buffet

Low-Fat Vegan Diet Shows Benefits in Type 2 Diabetes

A human trial found that even without caloric restriction, a low-fat, plant-based diet improved blood sugar control, reduced liver fat, and lowered the quantity of advanced glycation end products (AGEs) in the skin [1]. An all-you-can-eat vegan buffet Type 2 diabetes is an age-related metabolic disorder

Inflamed lower back discs

An Anti-Senescence Gene May Fight Spinal Disc Deterioration

In Aging Cell, a team of researchers has described how a little-known gene, ZNF865, has a significant influence on back pain through the regulation of cellular senescence. Lower back pain and senescence are related The link between cellular senescence and back pain has been thoroughly documented,

Gut bacteria

Gut Bacteria Molecule Slows Atherosclerosis in Mice

A new study highlights a fatty acid produced by a particular genus of bacteria as a “natural statin,” suggesting a new way of treating atherosclerosis [1]. Bacteria and cholesterol Atherosclerosis develops when cholesterol-rich particles accumulate in arterial walls, driving inflammation and plaque buildup. The liver helps

Proteins or extracellular vesicles

Untangling Differences in Senescent Cellular Signaling

In Aging, researchers have described the differences between the secretions of cells driven senescent through a cancer gene and cells that stopped proliferating due to p16 expression. A difference of kind The SASP is a mix of many components that have various effects on the cells

Cell and organelles

Declining Autophagy Impairs Senescent Cell Clearance

A new study links an age-related decline in cellular maintenance to impaired immune clearance. Activating the pathway reduced signs of senescence in aged mice [1]. Senescence and autophagy Cellular senescence, which occurs when cells stop dividing and start emitting largely pro-inflammatory stress signals, the senescence-associated secretory

Brain and walking

The Biomarkers That Predict Mortality Risk

Researchers have discovered key biomarkers that are strongly linked to all-cause mortality and identified four measurements with independent predictive power. Biological versus chronological This paper opens with a discussion of a familiar fact for people interested in living longer: one’s biological age is not the same

FDA at ARDD

FDA Leaders Name Longevity a Priority at ARDD

At a panel in Boston, senior officials announced plans to include aging in the agency’s regulatory science agenda and discussed how therapies could move toward approval. Longevity has a partner The 2026 edition of the Aging Research and Drug Discovery Meeting (ARDD) kicked off yesterday. This

Rejuvenation Roundup September 2026

Rejuvenation Roundup September 2026

Which generation will be considered “the last to die” of age-related diseases is ultimately a question of technological development and deployment. Here’s what’s been done on that front in September. Interviews The Last Generation to Die: Interview With Tim Maupin: Filmmaker Tim Maupin has spent a

Heart Acclimatization

Transplanted Hearts Shift Toward Recipients’ Molecular Age

A new preprint study suggests that transplanted hearts’ epigenetic age and possibly function are influenced by their recipients’ age. The findings can be relevant to both expanding the donor pool and rejuvenation through organ replacement [1]. The heart of the matter Over the last few decades,

Bad blood vessel proteins

A New Metric for Overall Senescent Cell Burden

Researchers have created a deep learning-based biomarker, SASP Score, that evaluates the combined effects of the senescence-associated secretory phenotype (SASP) circulating in the bloodstream. Measuring an overall burden Gathering the data needed to evaluate a person’s circulating SASP is as simple as taking a blood draw.