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Christian Drapeau, MSc.

Christian Drapeau started nearly 25 years ago when he began studying the aquatic botanical Aphanizomenon flos-aquae (AFA). People consuming AFA reported benefits touching three main aspects of human health: immune and inflammation support, and an increase in mental clarity and energy.

With his research team, Drapeau quickly identified that a polysaccharide from AFA was supporting various aspects of immunity, more specifically the activity and migration capacity of natural Killer Cells (NK Cells).  The University of Mississippi also documented immune-stimulant properties of AFA polysaccharide.

Regarding inflammation, as with any other blue-green algae, AFA is a significant source of phycocyanin, which was documented to be a strong COX-2 inhibitor and to reduce inflammation in several models of inflammation.  Over the years, phycocyanin was also documented to have anti-cancer properties.  Finally, Drapeau documented that AFA is a unique source of phenylethylamine (PEA), a molecule produced by the brain that enhances dopaminergic nervous transmission.  Oral intake of PEA has been documented to elevate mood to the point of being anti-depressive, and even to potentially bring beneficial effects in cases of Attention-Deficit Disorder (ADD).  On this basis, AFA-based products have been marketed to help children with ADD.

Throughout Drapeau’s continued research, many people consuming AFA reported benefits linked to various aspects of human health that could not be explained via the known biochemistry of AFA.  For example, significant benefits touching the functioning of the heart, the pancreas, the liver, and even the brain.

Summary

• Stem cell science and regenerative medicine with a researcher. 0:00
  • Stem cell researcher Christian Drapeau discusses natural compound STEM region for regenerative medicine.
  • Christian Drapeau’s journey from neurophysiology research to stem cell expertise.
• AFA blue green algae's mechanism of action, including stem cell release. 3:44
  • Christian Drapeau documents mechanism of action behind AFA's health benefits, including immune system support and neurotransmitter modulation.
  • Christian Drapeau discovered that stem cells from bone marrow can become neurons, heart cells, liver cells, and other cell types in the body.
  • Christian Drapeau hypothesized that the main mechanism of action of a certain plant extract was to trigger the release of stem cells from the bone marrow.
• Adult stem cells, their circulation, and role in tissue repair. 8:15
  • Christian Drapeau explains the physiology of adult stem cells in the body, including their circulation and release.
  • He highlights the importance of understanding the daily release of stem cells for their potential therapeutic use.
  • Stem cells released into circulation after injury signal for repair, migrate to affected tissue upon detection of cytokines.
  • Stem cells replace lost cells throughout body, with green fluorescence appearing in heart tissue after 5-7 months.
• Stem cells, their role in health, and their potential to regenerate cells and tissues. 13:24
  • Christian Drapeau shares a case of a 4-year-old girl with spinal myopathy who walked after using his stem cell product.
  • He explains that replenishing cells faster than degeneration can maintain functionality, leading to the idea of stem cell therapy.
  • Christian Drapeau explains that stem cells in the body can be used to repair and replace cells lost due to aging.
  • Scientists are unsure of the exact number of stem cells needed for successful cellular regeneration.
• Stem cells' ability to regenerate blood systems. 18:07
  • Dr. Barrett describes a study where stem cells from male mice were injected into irradiated female mice, and the entire blood system was reconstituted in the recipient mice.
  • The study demonstrates the power of stem cells and the importance of dosage in achieving relative change.
  • He explains the reconstitution of hematopoiesis and the difference between embryonic and pluripotent stem cells.
  • Christian Drapeau discusses the history of embryology and the ability to reproduce an entire organism through stem cell isolation.
• Stem cell research and its potential for regenerative treatments. 22:49
  • In 1998, researchers successfully grew human embryonic stem cells, reviving hopes of harnessing their power for regenerative treatments.
  • Adult stem cells, previously thought limited to becoming blood cells, were found to have the potential for various treatments due to their ability to become cells of the tissue in which they migrate.
  • He discusses the use of platelet-rich plasma (PRP) therapy for joint healing, highlighting its potential to stimulate the body's own stem cells.
  • Dr. Barrett notes the cost of exogenous stem cells was a significant obstacle to therapy, but believes the systemic nature of the treatment could revolutionize health.
• Stem cell therapy for tissue repair and regeneration. 28:16

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• • Dr. Barrett suggests using injections for tissues with limited blood flow, while also using daily stem cell therapy for sustained repair.
• Tissue repair mechanisms, including stem cell mobilization and paracrine signaling, with a focus on the impact of lifestyle factors 32:08
  • Christian Drapeau’s study showed that Blue Green Algae extract triggered the release of stem cells from bone marrow, leading to faster and better tissue repair in mice.
  • The paracrine effect of stem cells in the circulation plays a significant role in tissue repair, particularly in the heart and fascia.
  • Christian Drapeau discusses the complex process of stem cell migration and its impact on tissue repair.
  • Factors such as smoking, stress, and poor sleep can hinder stem cell migration, while products like Barrett's can help mobilize more cells.
• Stem cells, cellular migration, and the impact of cigarette smoking on stem cell function. 36:59
  • Christian Drapeau finds correlation between Alzheimer's disease and increased inflammation in blood circulation.
  • Barrett finds that systemic inflammation suppresses stem cell migration.
• Stem cell mobilization through plants, with a focus on two potent species. 41:34
  • Christian Drapeau discusses the importance of mobilizing one's own stem cells for optimal health.
  • Christian Drapeau identifies top five plants for stem cell mobilization after studying over 20 years of data.
  • Dosage recommendations vary based on individual health status and disease severity.
• Using stem cells to enhance body repair after surgery. 46:38
  • Dr. Barrett explains the benefits of using StemRegen capsules for perioperative regimen optimization.
  • Dr. Barrett suggests taking two or three capsules three times a day for best results, citing orthopedic surgeons' positive experiences.
  • Christian Drapeau emphasizes the importance of leveraging one's own stem cells for regeneration and healing.

Christian Drapeau’s book provides a fundamental text for understanding stem cell mechanisms and optimizing patient outcomes