Conversations Unplugged
with Natalia Naila
After 45 podcast interviews with leading voices in health and longevity, Natalia Naila says regenerative medicine has become one of the biggest changes she has made in her own life. Over the past year, she has explored exosome-based approaches for herself, her mother, friends, and clients, tracking everything from appearance to biomarkers along the way. In this conversation with STEMREGEN Founder and Chief Science Officer Christian Drapeau, Natalia turns from interviewer to guest as they explore the relationship between exosomes, circulating stem cells, and the body’s own ability to repair.
Natalia Naila
Natalia shares one experience that made the subject particularly personal. After a full-body MRI revealed a lesion in her lung, she says she spent roughly a year and a half monitoring it through repeated imaging while experimenting with different wellness approaches. Natalia reports that after beginning exosome treatments, subsequent imaging showed the lesion decreasing in size and eventually disappearing. She attributes that change to the treatments, while Christian uses her story to explain his view of what exosomes are actually doing: providing signals that interact with the body’s own repair mechanisms rather than performing the repair themselves.
That distinction leads to a larger question: how much regenerative capacity does each person have to work with? Christian explains that in laboratory measurements, he has seen enormous variation in the number of circulating stem cells between individuals. Age plays a role, but he says it does not tell the entire story. A younger person who struggles with recovery could potentially have fewer circulating stem cells than a much older person who remains highly resilient. That is why Christian is working toward making circulating stem cell measurement more accessible through standardized blood testing, with the goal of eventually giving people another marker they can track as they age.
For Christian, this is where the future of regenerative health becomes especially interesting. Rather than continually searching for a single more sophisticated intervention, he believes the bigger opportunity is understanding how different approaches work together. Improve microcirculation, address systemic inflammation, increase the number of circulating stem cells, and then introduce signals that can engage that repair system. Natalia agrees that this future is already beginning to arrive. The next step, they suggest, is helping more people understand that regeneration may depend not only on what you introduce into the body, but on the strength of the repair system already within it.
