Frankie Dettori - Pain He Didn’t Know He Had

Frankie Dettori on Injury Recovery, Regenerative Medicine, and Extending His Legendary Career 

This week, we dive into a conversation with legendary jockey Frankie Dettori, who opens up about his injuries and his journey to recovery. We discuss how years of riding have taken a toll on his body and why he’s turning to regenerative medicine to extend his career. Whether you’re interested in sports recovery, cutting-edge stem cell treatments, or just a fan of Frankie Dettori’s remarkable career—this conversation has something for you.

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FDA’s Victory Against Unproven Stem Cell Clinics: Why RMI’s Safety Standards Matter

The FDA recently secured a victory in regulating unproven stem cell clinics, ensuring that treatments involving manipulated stem cells are subject to strict oversight for safety and efficacy. Unlike unproven procedures, RMI’s use of Umbilical Cord-Derived Mesenchymal Stem Cells (UC-MSCs) is backed by decades of research, with documented safety and efficacy.

RMI prioritizes your safety with protocols grounded in scientifically validated treatments, distinguishing our practice from those affected by the FDA’s recent ruling.

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stem cells

Where do we get our stem cells?

At RMI, we use stem cells from umbilical cords for regenerative treatments. These are donated by mothers who had C-sections. They consented to the donation. Donor selection is a crucial process. It requires the expertise of physicians and microbiologists.

Here’s how it works…

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Are stem cell therapies supported by research?

The clinical use of hematopoietic stem cells has been extensively documented, with decades of successful experience in bone marrow stem cell transplants for blood cancers like leukemia and other diseases. To provide some historical context, the first successful bone marrow transplant took place in 1968—over 50 years ago.

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How do Stem Cells work?

Stem cells, also known as mother cells, are special cells that can turn into different types of cells, such as skin, blood, fat, bone, nerve, and liver cells. They are undifferentiated as they haven’t been assigned a function in the body yet, making them unique.  Their other primary ability is to self-renew, meaning they can make copies of themselves.

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Why Can’t I Study?

The goal of this article is to help you become less distracted and more productive so you can experience that satisfying sense of accomplishment and reach your potential. Below are the three reasons why people can’t focus sharply and can’t concentrate for sustained periods of time, as well as recommendations to help you support focus, recall, mental speed, and rapid learning.

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The Latest Advances in Epigenetic Research and Why They Matter

Are you ready to unlock the secrets of life? With epigenetics, it’s possible! Our genes are not simply static instructions; they can be switched on and off depending on our environment. Epigenetics is a fascinating new field of science that promises to revolutionize how we think about health and heredity. Through this blog, I’ll explain what epigenetics is, why it …

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The Importance of Cell Health

Welcome to this blog about cellular health! If you’re like most people, your cells are probably the last thing on your mind. After all, why worry about something so small and invisible? But let me tell you – it’s time to start paying attention! You see, the health of our cells is essential for overall wellbeing; if we don’t keep …

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