Vitalismo.io is a new longevity initiative that may lay the building blocks for communities around the world to fully adopt longevity initiatives into their daily lives.
Tag: aging
Could aging science help shed light on a hope for long COVID? Join us as we take a deep dive into how longevity research intersects with long COVID in the first part of our series on long COVID.
Ever wonder why everyone from celebrities to long-COVID patients are turning to NAD+? This essential enzyme could be the secret to better energy, better skin, and better health.
Learn how early prevention, healthy living, and modern healthcare can boost your healthspan and protect against cancer, diabetes, Alzheimer’s, and heart disease for a longer, healthier life.
Many assume that regenerative medicine is the same as longevity medicine, and though the fields are related, they couldn’t be more different in their approach.
It’s not a simple question, but we have a simple answer! First, we’ll outline the differences between our chronological and biological age, then we’ll discuss what makes our biological age tick.
See how Rapamycin is not only reshaping longevity treatment, but also inspiring a new era of scientific innovation.
Could this declaration by 70 leading scientists change the future of how we age? Experts and enthusiasts alike are celebrating this simple article as perhaps the final push to changing the way we approach aging for good. Read for yourself!
Though they sound like science fiction, zombie cells are a frightening reality that may be the biggest threat to our longevity. Learn more about what they are & how we can fight them.
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here’s the latest in longevity for August 2023.
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here’s the latest in longevity for June 2023.
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here’s the latest in longevity for May 2023.
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here’s the latest in longevity for April 2023.
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here’s the latest in longevity for March 2023.
There are 2 main types of epigenetic modifications. Learn what they as well as what factors can influence methylation.
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here’s the latest in longevity for February 2023.
Learn the key traits that make a biomarker of biological age, and the pros/cons of the four main types of biological age testing.
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here’s the latest in longevity for January 2023.
Epigenetic Methylation drives changes in the body at a cellular, genetic, and molecular level. Learn what it is and why it’s important.
AgelessRx has partnered with Longevity Labs on a descriptive study that has shown positive results for quality-of-life outcomes.
What are biomarkers of aging? Learn how we use those biomarkers, what makes a good biomarker of aging, and more.
Catch up on all things longevity in 5 minutes or less with our Longevity Spotlight! Here’s the latest in longevity for September 2022.
Biological aging is the process of your body gradually losing function. So how is it different from your birthday, and why should you care?
The Hallmarks of Aging describes altered intercellular communication as an alteration of the signals that pass between cells.
The Hallmarks of Aging describe stem cell exhaustion as failure of stem cells & their ability to supply new somatic cells to organs/tissues.
The Hallmarks of Aging describes deregulated nutrient sensing as a failure of four pathways that manage metabolism & energy production.
The Hallmarks of Aging describes cellular senescence as dysfunctional, pro-inflammatory cells which have evaded destruction.
The Hallmarks of Aging describes telomere attrition as the erosion of the protective telomeres that cap the ends of our chromosomes.
The Hallmarks of Aging describes mitochondrial dysfunction as the decline of mitochondria and their ability to produce energy for the cell.
The Hallmarks of Aging describes the loss of proteostasis as the failure of our protein production machinery and is a reason we age.
What are epigenetic alterations, and what are the consequences of epigenetic alterations? Learn more about this important Hallmark of Aging.
Whether you’re new to GSH or an old pro, we’ve got you covered. We break GSH down and help you understand how it contributes to aging.
So, why do we believe that aging is not inevitable? First things first: we know it isn’t because nature shows us it isn’t. Read on!
While there are many positives to a longer life, there is also effort needed to achieve it. So, why does longevity matter?
Learn more about what inflammaging is and why we consider it a chronic yet most treatable age-related condition.
Your breakfast blend is doing more than just priming you for a long day – it’s actually bolstering overall health and longevity as well.
As we get older changes to our gene expression happen, called epigenetic alterations. Learn how they happen and if they can be reversed.
What are senescent cells? Find out how senolytics could remove senescent cells and how senomorphics may alter them in a positive way.
Metformin is prescribed all over the world for diabetes. Learn about inflammation in aging and see how Metformin has the potential to help.
Learn about AgelessRx’s recent gift to the Michigan Medicine Division of Geriatric and Palliative Medicine Geriatrics Center.
Rejuvenation – what is it really? Join us as we explore how scientists are developing drugs and therapies that target aging itself.
AgelessRx is working to get more traction on clinical and scientific studies that can help us learn more about how LDN may impact longevity.
Are we overpopulated already? Wouldn’t slowing down aging make the problem worse? Let’s take a closer look.
Learn more about increasing the amount of NAD+ in our bodies to slow the process of aging, and how NAD+ and NADH work together in the body.