Category: Research

Evolution

Understanding How We Evolved to Age

In a paper in Frontiers in Genetics, Maël Lemoine of France’s CNRS offers an evolutionary perspective on the hallmarks of aging [1]. This review examines the appearance of the hallmarks

Elderly exercising

MoveAge: A New Movement-Based Biological Aging Clock

Researchers have developed a biological aging clock based on movement data from wearable devices. Using their clock and the same dataset, they identified a few possibly life-prolonging nutrients and drugs

The human thymus

Key Source of Thymic Aging Discovered

Publishing in Nature Communications’ Cell Death Discovery, a team of Chinese researchers has discovered a reason for thymic involution, the age-related decline of the thymus. The thymus and its involution

Gut brain inflammation

Fecal Transplantation for Alzheimer’s Disease

A recent review published in Cureus shows why fecal microbial transplantation (FMT) might be able to help sufferers of Alzheimer’s disease, showing how tightly the gut and brain are intertwined.

Neurons

A Peptide Boosts Cognition in Mouse Study

Cognitive decline and neurological aging may involve a peptide known as adropin, according to new research. The identification of this link offers a new perspective on the aging brain and

Heart Inflammation

The Road Between Inflammation and Heart Aging

A team of Chinese researchers has outlined the cellular link between age-related inflammation (inflammaging) and the physical aging of heart muscle cells (cardiomyocytes). NLRP3 and why it matters We have

Hair Loss

Collagen, Senescence, and Age-Related Hair Loss

Last week, a new study published in Aging reported similar mechanisms of TGF-ß2 and collagen on hair follicle aging, dermal papilla cell senescence, and in vitro spheroid formation. Aging hair

Thorough CRISPR

Working the Deletion Problem out of CRISPR

In a study published in Genome Biology, researchers explain how they are working to make CRISPR less prone to large, accidental deletions of genetic material [1]. A previously unknown large

Evolution

Understanding How We Evolved to Age

In a paper in Frontiers in Genetics, Maël Lemoine of France’s CNRS offers an evolutionary perspective on the hallmarks of aging [1]. This review examines the appearance of the hallmarks in different groups across the tree of life, with the aim of providing a comprehensive picture

Elderly exercising

MoveAge: A New Movement-Based Biological Aging Clock

Researchers have developed a biological aging clock based on movement data from wearable devices. Using their clock and the same dataset, they identified a few possibly life-prolonging nutrients and drugs [1]. I move, therefore I am Developing reliable biomarkers of aging is crucial for geroscience, since

The human thymus

Key Source of Thymic Aging Discovered

Publishing in Nature Communications’ Cell Death Discovery, a team of Chinese researchers has discovered a reason for thymic involution, the age-related decline of the thymus. The thymus and its involution The thymus is a boot camp for T cells. Originating from bone marrow, T (for thymus)

mRNA

BioNTech mRNA Cancer Treatment Enters Human Trials

The current pandemic has brought mRNA vaccines into the spotlight and have likely sped up the widespread adoption and usage of this technology. Now, a company has its sights set on treating cancer with mRNA technology, and the initial animal data is positive. mRNA steps up

Muscles in motion

Boosting NANOG to Revitalize Muscle Cell Progenitors

Boosting the expression of the transcription factor NANOG reduces markers of cellular senescence in cultured muscle cells and in live mouse models, according to new research [1]. This holds out the hope that cells could be rejuvenated without reprogramming them to pluripotency, avoiding some of the

Old Mouse

MTOR Inhibition Leads to 30% Life Extension in Progeric Mice

Researchers have created a new mouse model for studying Hutchinson-Gilford progeria syndrome (HGPS) and achieved 30% lifespan extension in these animals by genetically downregulating mTOR [1]. HGPS: accelerated aging HGPS, sometimes referred to just as ‘progeria’, is a rare disease that affects one in 4 to

Gut brain inflammation

Fecal Transplantation for Alzheimer’s Disease

A recent review published in Cureus shows why fecal microbial transplantation (FMT) might be able to help sufferers of Alzheimer’s disease, showing how tightly the gut and brain are intertwined. Why would this ever work? The gut and brain are closely linked through biochemistry, and last

Hidden information

Altos Labs Launches with a Focus on Cellular Reprogramming

A new company focused on aging has launched, and it has the backing of Yuri Milner and Jeff Bezos among other wealthy people interested in tackling aging. Altos Labs is founded to treat aging itself In recent months, there have been some hints but considerable secrecy

Neurons

A Peptide Boosts Cognition in Mouse Study

Cognitive decline and neurological aging may involve a peptide known as adropin, according to new research. The identification of this link offers a new perspective on the aging brain and points to novel potential therapies. A newly discovered metabolic neuropeptide The adropin protein is encoded by

Intercellular Communication

Exploring the Senescence-Associated Secretory Phenotype

Today, we want to highlight a recent review that charts the pro-inflammatory signals produced by senescent cells [1]. What is the senescence-associated secretory phenotype? As we grow older, an increasing number of aged cells in our body enter a state called senescence. At this point, the

Removing senescent cells with senolytics may reverse some aspects of aging.

What are Senolytics? A Summary of Senotherapeutics

In this article we will take a look at senolytics and how they have the potential to reverse some aspects of the aging process. Senescent cells and aging As your body ages, increasing amounts of your cells enter into a state of senescence. Senescent cells do

Heart Inflammation

The Road Between Inflammation and Heart Aging

A team of Chinese researchers has outlined the cellular link between age-related inflammation (inflammaging) and the physical aging of heart muscle cells (cardiomyocytes). NLRP3 and why it matters We have previously discussed the NLRP3 inflammasome, which releases inflammatory cytokines upon exposure to irritants [1], including reactive

Three Baby Mice

Early Antibiotic Exposure Can Decrease Lifespan in Mice

A study published in Cell Reports has shown that early-life exposure to antibiotics that destroy the gut flora can harm the lifelong development of mice, including lifespan. Three groups with different microbiota To begin the study, the researchers fed 20 baby mice, as well as their

Hair Loss

Collagen, Senescence, and Age-Related Hair Loss

Last week, a new study published in Aging reported similar mechanisms of TGF-ß2 and collagen on hair follicle aging, dermal papilla cell senescence, and in vitro spheroid formation. Aging hair follicles Hair follicles reside in the epidermal and dermal skin layers. At their base is the

Thorough CRISPR

Working the Deletion Problem out of CRISPR

In a study published in Genome Biology, researchers explain how they are working to make CRISPR less prone to large, accidental deletions of genetic material [1]. A previously unknown large problem While this seems counterintuitive, previous technology only allowed for the ready identification of deletions below