Lifespan Research Institute

Category: News

Yuri Deigin Interview

Yuri Deigin on Cellular Reprogramming in Humans

In a recent press release, YouthBio Therapeutics announced that it has left stealth mode. YouthBio is a self-proclaimed longevity biotech company with a focus on developing gene therapies that reverse

Broken bone

Senescent Cells Slow Bone Healing

A study published in the Journal of Clinical Investigation has reported that senescent cells are largely responsible for slow bone healing in aged animals and that senolytics, which remove these

Rejuvenation Roundup April

Rejuvenation Roundup April 2022

April showers bring May flowers, and we’ve got a shower of interviews, new research, and press releases this month. Here’s what’s happened in rejuvenation in April. LEAF News Lifespan Docs:

Manhattan plot

A Genetic Analysis of Chronic Inflammation

Nature Communications has recently published a paper discussing the genetic sources of C-reactive protein, a well-known biomarker of chronic inflammation. An extremely broad study with a wide variety of genes

Many lab mice

Combining Caloric Restriction and Rapamycin

A new study published in Nature Communications has found that rapamycin, which is often considered to be a calorie restriction mimetic, has different and additive effects to caloric restriction in

Zalzala interview

Discussing Low-Dose Naltrexone with Sajad Zalzala

Dr. Sajad Zalzala, co-founder of AgelessRx, prescribes naltrexone for a variety of conditions and is currently enrolling patients in clinical trials for its effectiveness against the lingering effects of COVID-19

Yuri Deigin Interview

Yuri Deigin on Cellular Reprogramming in Humans

In a recent press release, YouthBio Therapeutics announced that it has left stealth mode. YouthBio is a self-proclaimed longevity biotech company with a focus on developing gene therapies that reverse the epigenetic alterations that cause us to age. The company is hoping to reverse cellular aging

Centenarian

Longevity in Centenarians Linked to Lower Ribosomal Activity

Scientists have discovered a possible mechanism that protects extremely long-lived people from aging [1]. Protected persons A few days ago, news came of the death of the oldest person in the world (and the oldest ever to have her age indisputably confirmed), 119-year-old Kane Tanaka from

Broken bone

Senescent Cells Slow Bone Healing

A study published in the Journal of Clinical Investigation has reported that senescent cells are largely responsible for slow bone healing in aged animals and that senolytics, which remove these harmful cells, can speed bone regeneration. A brief outline of bone healing The researchers begin their

Rejuvenation Roundup April

Rejuvenation Roundup April 2022

April showers bring May flowers, and we’ve got a shower of interviews, new research, and press releases this month. Here’s what’s happened in rejuvenation in April. LEAF News Lifespan Docs: Doug Vakoch of METI: Created by Tim Maupin and sponsored by Lifespan.io, this Lifespan Docs documentary

Mouse Tumor

Cellular Reprogramming Boosts Liver Regeneration in Mice

Scientists have shown that partial cellular reprogramming can significantly increase the already impressive regenerative capacity of the liver and protect this crucial organ from a potentially lethal injury [1]. Why can’t we regrow limbs? Cellular reprogramming induces de-differentiation of somatic cells back into pluripotent stem cells:

Two Directions Infinity

Synergy Between Stem Cell Rejuvenation and Senolytics

In a preprint published in bioRxiv, a team of Singaporean researchers, including Jan Gruber, has found that a combination of stem cell rejuvenation and senescent cell removal is synergistically more effective than either alone. Different but related aspects of aging The researchers begin this paper by

Alzheimer's MRIs

An Epigenetic Clock for Brain Age and Alzheimer’s Disease

The risk of Alzheimer’s disease goes up with age, and the number of people living with Alzheimer’s is growing. While it is known to be associated with the loss of proteostasis, it has also been found to be associated with epigenetic alterations. An advanced online preprint

Fruit flies

Early Life Rapamycin Treatment Effective in Flies and Mice

In a preprint paper, scientists have shown that treating drosophila flies and mice with rapamycin for a relatively brief period in early life mostly recapitulates the effects of a lifelong treatment, including lifespan extension in flies [1]. Rapamycin is considered one of the most promising geroprotective

Manhattan plot

A Genetic Analysis of Chronic Inflammation

Nature Communications has recently published a paper discussing the genetic sources of C-reactive protein, a well-known biomarker of chronic inflammation. An extremely broad study with a wide variety of genes Pulling genomic data from 427,367 participants in the UK Biobank and 148,164 people from the Cohorts

Plastic for Dinner

Plastic Nanoparticles in Cellular Senescence and Dysfunction

Scientists have found that exposure to plastic nanoparticles drives cellular senescence and dysfunction in endothelial cells taken from a pig’s coronary artery [1]. A widespread pollutant Plastic has changed the face of civilization, but the convenience of plastic comes at a price – mostly in terms

Many lab mice

Combining Caloric Restriction and Rapamycin

A new study published in Nature Communications has found that rapamycin, which is often considered to be a calorie restriction mimetic, has different and additive effects to caloric restriction in muscle tissue. The role of mTORC1 Mammalian target of rapamycin complex 1 (mTORC1) is a well-known

Zalzala interview

Discussing Low-Dose Naltrexone with Sajad Zalzala

Dr. Sajad Zalzala, co-founder of AgelessRx, prescribes naltrexone for a variety of conditions and is currently enrolling patients in clinical trials for its effectiveness against the lingering effects of COVID-19 as well as for longevity. We caught up with him to discuss the progress in this

Mouse in a swim test.

Toll-like Receptor Deletion Improves Memory in Aged Mice

In a new study, genetic deletion of the TLR4 receptor ameliorated aspects of age-related cognitive decline in naturally aging mice, probably due to decreased inflammation [1]. Taking a toll as we age Toll-like receptor 4 (TLR4) is a member of an ancient, highly evolutionary conserved family

Egg cell

Small Molecule Protects Against Oxidative Aging in Egg Cells

A group of researchers has documented in Aging that Epitalon, a synthetic peptide made of four amino acids, slows the aging of egg cells (oocytes) after ovulation. Aging makes fertilization difficult Oocyte aging is well-known to lead to fertilization deficiencies and a host of other problems

Mutation Burden Explains Species’ Differences in Lifespan

In a study published in Nature, scientists have found an extremely strong correlation between somatic mutation rate and lifespan across several species, highlighting the importance of mutation burden for aging [1]. The question of why lifespan varies so vastly among species, including closely related ones, has