Current Use & Controversy in Peptides & Peptide Bioregulators

On Tuesday, May 7, we delved into the fascinating world of peptides and bioregulator peptides. Nathalie Niddam, CNP, explained how these categories of small proteins, which are native to the human body, can influence various physiological processes. These include tissue healing, wound repair, mitochondrial function, body composition, hormone levels, and the epigenetic expression of genes that drive the regeneration of organs and tissues. Bioregulator peptides have been researched for 40 years in Russia, where they have been used in clinical practice for decades. Recently, however, longer chain peptides have faced increased scrutiny from the FDA in the US, making them more difficult to obtain and increasingly controversial. You Will Learn: • What Bioregulator Peptides are and their history. • What are Long Chain Peptides, such as BPC 157 and Thymosin Alpha 1? • How are Bioregulators and Longer Chain Peptides similar and how do they differ? • What results have people achieved using these compounds? • Some commonly used stacks of Bioregulators. Nathalie Niddam, CNP Nathalie Niddam is an IHN graduate, a Human Potential Coach, and the host of the Biohacking Superhuman Performance Podcast. Several years ago, she discovered peptides at a health optimization conference and was captivated by their potential. This became the catalyst for her to establish the Optimizing Superhuman Performance Group on Facebook, a large and growing community interested in these compounds. A year later, she launched the Biohacking Superhuman Performance Podcast, now ranked among the top 50 podcasts in its category in the US and Canada. Nat's passion lies in viewing longevity through the lens of promoting vibrant health and boundless energy across all aspects of our lives, with a focus on maintaining a healthy mind and body. Check out our website: https://instituteofholisticnutrition.... https://ihn-on-line.com/ Facebook   / instituteofholisticnutrition   Instagram   / nutritiondiploma