---
title: "How to Reverse Aging Now"
url: https://alsuprun.com/blog/reverse-aging/how-to-reverse-aging-now/
author: "Editorial"
date: 2026-09-18T12:11:12+00:00
categories: ["reverse aging"]
tags: []
---

# How to Reverse Aging Now

For decades, researchers have been trying to understand how the rejuvenation process works. One of the first experiments involved stitching together pairs of old and young rats, so they shared a circulatory system.

 Belmonte’s key experiment used mice with progeria syndrome, a rare condition that accelerates aging. He found that they lived longer after receiving Yamanaka factors.

 

## 1. Yamanaka Factors

 Nobel Prize winner Shinya Yamanaka discovered a set of special proteins that can “rewind” adult cells back into embryonic stem cells—blank cells that can turn into any other type of cell in the body. He also discovered that these rewound cells can act like a reset button to make older cells behave more youthfully.

 [![Rejuvenate your whole body & balance your health without medications - now remotely!](https://alsuprun.com/blog/wp-content/uploads/BioresonanceTopAd.png)](https://www.bioresonance.rent) Yamanaka and his team started with 24 different genes that play a role in embryonic stem cells and narrowed the list down to four key factors—Oct3/4, Sox2, Klf4 and c-Myc, also known as OSKM. They are known to critically regulate a developmental signaling network that is essential for embryonic stem cell pluripotency.

 In their research, they discovered that the Yamanaka factors can be used to convert human skin cells into iPSCs. However, this conversion is not a perfect process. Some of the genetic marks that mark a skin cell as a mature cell are covered by other proteins—like childproof caps on a medicine bottle—that prevent the reprogramming factors from binding to them.

 But the research by Wysocka and her colleagues, including Tomek Swigut, PhD, and graduate students Rahul Sinha and Gunsagar Gulati (all from the Weissman lab), has shown that additional factors can remove these genome covers. This allows the reprogramming factors to reach the target DNA more easily and efficiently, resulting in improved reprogramming efficiency.

 [![](https://alsuprun.com/blog/wp-content/uploads/ForeverYoungYouWannaBe.png)](https://alsuprun.com/services.html#Contact) 

## 2. Plasma Dilution

 After scientists made conjoined twins out of old and young mice, revealing that sharing blood between the two could rejuvenate the aged tissues and organs, it was widely assumed that certain proteins in young blood would be key to unlocking the body’s latent regeneration abilities. However, more recent experiments have shown that diluting the plasma of older animals by swapping it out with a neutral solution (saline and albumin) is enough to achieve similar results, with no need for any specific young blood proteins.

 The researchers found that this neutral blood exchange significantly improved multiple aging markers in brain, liver, and muscle tissue. They also observed that the process acted more by removing or diluting age-elevated harmful proteins than by adding young blood factors. This finding transforms the parabiosis experiments from speculation into a potentially testable medical approach for plasmapheresis longevity. It also makes sense, as it avoids the ethical issues that would arise from taking young blood for this purpose.

 

## 3. Stem Cell Therapy

 Stem cells are the body’s natural repair cells that can replace damaged tissue and promote growth of new tissues. They can be found throughout the body, especially in bone marrow and fat cells. They are also abundant in the placenta and umbilical cord blood. They are able to differentiate into the various types of cells needed in a specific area. In addition to treating diseased tissue, stem cells can be used for regenerative therapy to restore normal cell function and reduce inflammation and oxidative stress.

 Adult stem cells are typically harvested from adipose tissue (fat), bone marrow, or induced pluripotent stem cells. These stem cells can then be differentiated into specialized cells for a variety of applications, including transplantation and regenerative medicine. They can be made to mimic patient-specific cells in order to perform a variety of tests, such as testing new drugs for toxicity and safety.

 The use of stem cells is an exciting and emerging field of regenerative medicine. The regenerative properties of stem cells have been shown to [reverse aging](https://alsuprun.com/) and improve the function of damaged organs. They can also stimulate new blood vessel formation, which is helpful in preventing or treating chronic cardiovascular disease and diabetes.

 Stem cell therapy has also been shown to improve cognitive function by modulating inflammation and promoting healthy brain tissue development. These effects can help to improve memory and focus. They may even slow the progression of neurodegenerative diseases such as Alzheimer’s and Parkinson’s. Additionally, stem cells can support joint health and mobility by reducing inflammation and repairing cartilage.

 [![](https://alsuprun.com/blog/wp-content/uploads/RadionicMerch.png)](https://alsuprun.com/merch.html) Another way that stem cells are being utilized is by changing the behavior of white blood cells. Mesenchymal stem cells can be used to shift the phenotype of macrophages, which are large white blood cells that remove infectious agents and dead cells from the body. They can be shifted from the M1 phenotype, which is associated with aging and inflammatory disease, to the M2 phenotype, which is associated with anti-aging and immune system protection.

 Stem cells have a wide range of clinical applications and can be used to treat many different conditions, from pain management to osteoarthritis and heart failure. They can also be used to treat autoimmune disorders and other hematologic diseases.

 

## 4. Anti-Aging Diet

 Diets that claim to slow the aging process have gained popularity in recent years. They are based on a growing body of research showing that restricting the amount of food people eat can increase their healthy lifespan, at least in laboratory animals such as yeast, flies, worms, and rodents. However, there is still no strong evidence that such anti-aging diets will improve health in human beings, and many of them are not without their own risks.

 The fad diets based on these findings range from caloric restriction (CR) to time-restricted feeding, aka intermittent fasting (IF), calorie restricted/controlled eating (CR/CE), and ketogenic diets (KD). Although results from animal experiments have been highly variable, intriguing similarities in the ways CR and related diets extend healthspan and delay biological ageing in different organisms have emerged. These seem to converge on common molecular mechanisms that are evolutionarily conserved.

 For example, a study in yeast found that consuming a low-calorie diet boosted mTOR activity and lowered the number of dead cells it produced, which ultimately led to an increase in life expectancy. This is thought to be a result of a reduction in the rate at which telomeres, the protective caps on DNA that shorten with each cell division, are broken down.

 A similar effect has been seen in other lab organisms. Although the results from these studies have not yet been replicated in human beings, they suggest that it may be possible to increase healthy longevity by eating a diet rich in proteins, fats, and antioxidants while avoiding unhealthy foods like sugary drinks, salty snacks, and processed meats.

 Interestingly, a healthy diet of nutrient-dense foods can also give your skin a younger appearance. Youthful skin has a thicker epidermis with a rapid turnover of cells, while aged skin tends to have a thinner and less elastic epidermis with a slower cell turnover rate.

 While it’s impossible to say whether anti-aging diets will actually work in human beings, the research that has been carried out in laboratory animals has greatly improved our mechanistic understanding of biological ageing. Moreover, these studies have given rise to the possibility of pharmacological interventions that might prove useful in increasing healthy lifespan and reducing disease burden in humans.

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