Tech Multi- Millionaire Injects 3 Million Stem Cells to Reverse Aging
Bryan Johnson, a tech entrepreneur with a bold vision for the future, is on a mission to turn back time — literally. At 46 years old, Johnson is undergoing advanced stem cell treatments in the Bahamas, aiming to reduce his biological age to 18.
The tech multi-millionaire known for his relentless pursuit of reversing the aging process recently took a significant step in his journey to biological youth. At a state-of-the-art clinic co-owned by Tiger Woods and Justin Timberlake, Johnson received cutting-edge stem cell therapy aimed at rejuvenating his joints to match the vitality of an 18-year-old.
The treatment involved injecting 300 million young Swedish bone marrow-derived mesenchymal stem cells (MSCs) into his knees, shoulders, and hips — joints that naturally deteriorate with age, leading to stiffness, pain, and limited mobility. While Johnson doesn’t suffer from severe joint issues, he has experienced mild aches and is determined to prevent future deterioration. This therapy, he hopes, will repair age-related damage and restore joint vitality.
“My goal is for my joints to match my overall bone mineral density, which is in the top 99.8% for 30-year-olds,” Johnson explained. Before the injections, he underwent a comprehensive baseline analysis, including MRI scans and musculoskeletal ultrasounds, to assess the condition of each joint.
The stem cells, sourced from Sweden and cryopreserved in liquid nitrogen, were carefully prepared and checked for viability before being injected under ultrasound guidance by Dr. Steven Sampson, a specialist in regenerative medicine. The procedure was part of a clinical trial conducted by Cellcolabs in the Bahamas. Johnson’s blood was also sent to Sweden for analysis to track changes in inflammation, hormone levels, immune response, and DNA longevity markers post-treatment.
The trial includes follow-up assessments at 1, 3, 6, and 12 months, with another MRI planned at the six-month mark to determine if the therapy has been effective. Johnson is optimistic about the potential of the treatment, envisioning a future where such therapies could be performed annually to repair accumulated damage and maintain youthful bodily function.
“Time will pass, but our bodies could stay the same age,” Johnson mused.
Johnson’s anti-aging journey is part of his broader plan to push the boundaries of science and technology in pursuit of longevity and health. The procedure involves injecting 3 million stem cells into his body, with the hope that these regenerative cells will repair and rejuvenate his tissues, effectively reversing the signs of aging.
He had “a cutting-edge therapy aimed at achieving age 18 joints”, which saw him have 300 million young Swedish bone marrow mesenchymal stem cells were injected into my shoulders, hips [and] joints.”
Stem cells, known for their ability to develop into different cell types, are used in regenerative medicine to replace damaged or worn-out tissues. Johnson believes that by flooding his body with these youthful cells, he can reverse the effects of aging on his skin, muscles, and even his organs.
But Johnson isn’t the only one in his family to try this experimental treatment. His father, who opted for a simpler version of the therapy, is using stem cells to boost cognitive function. This father-son duo hopes to not only enhance their longevity but also improve their overall quality of life as they age.
Johnson’s bold move has sparked interest in the tech and medical communities, as more people look to stem cell therapy as a potential solution to the effects of aging. While the results of his treatment are still to be seen, his experiment has placed him at the forefront of the quest to slow, or even reverse, the aging process.
Stem cell therapy, once reserved for treating specific diseases, is now being explored as a way to enhance human life in unprecedented ways. If successful, Johnson’s journey could open the door for future innovations in the fight against aging.
Johnson, who made headlines after selling his company, Braintree Venmo, to PayPal for $800 million in 2013, has since dedicated his life to combating the effects of aging. Spending an astonishing $2 million annually on his anti-aging regimen, Johnson’s mission is nothing short of ambitious: to biologically reduce his age to that of an 18-year-old, matching that of his son.
In addition to plasma exchange, Johnson’s anti-aging program includes an extensive combination of cutting-edge therapies, from stem cell injections to personalized nutritional plans and rigorous exercise routines — all aimed at slowing down the biological markers of aging.
Despite the skepticism, Johnson’s radical methods have drawn widespread attention, positioning him at the forefront of the anti-aging movement. Whether or not his efforts will prove to be the key to reversing aging remains to be seen, but for now, his dedication and multi-million-dollar investments are sparking important conversations about the future of human longevity.
He also adds in — adequate sleep, a nutritious diet, exercise and surrounding himself with good friends and community as part of making sure to age slower.
In just 6 months, he was able to experience what he would call as a perfect sleep due to stem cells and these other healthy regiments
Due to the success of these regiments, he can do a lot of sports and travel. He does mountain biking, canyoneering, and lots of outdoor stuff that he wouldn’t be able to do otherwise if he did not choose to test out his theory. Because of the millions of fresh stem cells running through his veins, he can pretty much do any physical thing he wants even a 14-mile ride in a 104-degree temperature, and even beat men younger than his age.
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Stem cells offer a transformative approach to bone regeneration, with ongoing research and clinical trials paving the way for innovative treatments. Staying informed about these developments can help us understand and leverage the potential of stem cell therapy in addressing bone-related challenges.
References:
https://www.sciencedirect.com/science/article/abs/pii/S0304383523004135
https://www.tandfonline.com/doi/full/10.1080/2162402X.2020.1845424