Dr. Jordan Shallow, The Muscle Doc, and Dr. Adeel Khan discuss combining forces for athletes, regenerating tissue with stem cells, plasma gene therapy, intranasal insulin, correcting movement patterns, and limitations of their work. They also talk about tech Jordan appreciates, skeletal level muscle protection, principles in research, creatine's longevity benefits, and the impact of Pre-Script courses. They mention load management challenges in sports and the role of sympathetic drive in injury management.
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Quick takeaways
Advanced regenerative therapies like stem cell therapy, peptide therapy, and plasma gene therapy hold promise for improving and regenerating the body.
The intersection of sports and medicine calls for improved medical care, regulation, and alignment between financial goals and athletes' health outcomes.
Intranasal insulin and stem cell injections show potential for treating dementia and Parkinson's disease, offering alternatives to traditional drugs.
The regulatory system for medical trials and drug approval needs to be revamped to allow for faster access to experimental treatments and consideration of real-world evidence.
Collaboration between medical and fitness professionals can lead to comprehensive and effective approaches to healthcare, emphasizing muscle preservation, load management, and progressive overstimulation.
Deep dives
Regenerative medicine and longevity
In this podcast episode, the hosts invite Dr. Jordan Shallow and Dr. Adil Khan to discuss the advancements in regenerative medicine and longevity. They highlight the use of therapies like peptide therapy, stem cell therapy, platelet-rich plasma, and gene editing in regenerating and improving the body. They emphasize the importance of practitioners in the field actively using the therapies they promote and the need for balance between being on the cutting edge and being grounded in real-world application. The episode also discusses how these advancements can benefit athletes and enhance their performance and recovery.
The potential of plasma gene therapy
One of the key innovations discussed in the podcast is plasma gene therapy, a world's-first reversible plasma gene therapy. Unlike traditional gene therapy, which uses viral vectors, this therapy uses circular strands of DNA and is highly accurate and safe. It enables one injection to instruct the body to produce desired peptides or proteins for an extended period of one and a half to two years. This technology has potential applications in hormone replacement therapies, anti-aging, longevity, and treating rare genetic conditions. The therapy's affordability and scalability are expected to improve over time, making it more widely accessible.
Challenges and opportunities in sports medicine
The podcast delves into the intersection of sports and medicine, highlighting the need for improved medical care and regulation in professional sports. It is revealed that current medical teams in pro sports organizations are operating illegally. There is a demand for alignment between institutions' financial goals and athletes' health outcomes. The discussion touches on the importance of skill acquisition in sports and the limitations of brain training exercises. It suggests that future advancements in sports medicine may focus more on cognitive performance enhancement and techniques to improve an athlete's skill, technique, and sensory input.
The future possibilities of advanced medicine
The episode concludes by exploring the potential of advanced medicine, including cognitive performance enhancers and neuroprotective substances. It highlights the increasing interest in using peptides and intranasal insulin for cognitive performance optimization. The conversation raises the need for further research and development in these areas and emphasizes the importance of responsible usage, medical regulations, and ethical considerations.
Importance of Intranasal Insulin and Stem Cell Injections for Dementia and Parkinson's Disease
Intranasal insulin and stem cell injections have shown significant benefits for dementia and Parkinson's disease. These treatments have been found to generate new neurons and dopamine-producing neurons, leading to sustained improvements in cognitive function and Parkinson's symptoms. The use of intranasal insulin and stem cell injections provides a promising alternative to the limited effectiveness of traditional drugs for these conditions. The potential impact of these treatments is exemplified by their use by wealthy individuals who seek out innovative approaches to healthcare.
Challenges in Medical Trials and Drug Approval Process
The current process for medical trials and drug approval poses challenges, especially for patients with terminal illnesses. Obtaining access to experimental drugs and treatments can be frustrating and restricted by regulations. The lengthy and costly process of developing and patenting drugs also hinders innovation and discourages investment. There is a need to revamp the regulatory system to allow for more flexibility and consideration of real-world evidence in drug approval. This would enable faster access to potentially life-saving treatments and support meaningful research in areas where conventional treatments are lacking.
Collaboration between Medical and Fitness Professionals
Collaboration between medical professionals, such as doctors, and fitness professionals, such as trainers and therapists, can lead to more comprehensive and effective approaches to healthcare. By combining expertise in physique, movement mechanics, and load management, professionals can provide personalized and progressive programs for athletes and individuals seeking health improvements. Understanding limitations, progressive overstimulation, and context is crucial in designing exercise and rehabilitation plans. Emphasizing the importance of muscle preservation, sensory input, and load management contributes to better outcomes for longevity and overall wellness.
Tech and Athlete Longevity
The podcast discusses the importance of tracking muscle mass and overall body weight to skeletal mass ratio for athlete longevity. It mentions a system developed by Chris McClellan and Aaron Wellman that accurately measures the weight of someone's axial and appendicular skeleton, providing valuable data across different sports. The podcast emphasizes that optimizing muscle mass to skeletal mass ratio is a key factor in predicting performance and reducing the risk of injury.
Muscle as a Longevity Organ
The podcast explores the concept of muscle being an organ of longevity and its role in protecting the body. It mentions the release of myokines and exokines from muscle cells, which can reduce neuroinflammation, prevent dementia, and contribute to immune system function. The podcast highlights the importance of having muscle in the right places and maintaining a balance between muscle growth and aesthetics for overall health, systemic disease prevention, and injury prevention.
