The TRUTH About Peptides & Bioregulators for Anti-Aging | Nathalie Niddam

Summary

The video script features an in-depth discussion on the transformative effects of bio-regulated peptides, a cutting-edge approach to health optimization and longevity. Natalie, a holistic nutritionist and human potential coach, shares her expertise in using these peptides to stabilize immune systems, restore mobility, and potentially extend one's biological age. She highlights the case of a woman who regained her life after a spinal leak by using specific peptides like ghk and thymus beta 4. The conversation also touches on the challenges faced by individuals with severe autoimmune issues and the potential of peptides to improve their quality of life. Natalie emphasizes the importance of a holistic approach, combining peptides with lifestyle changes and other therapies for optimal health outcomes. The script provides a comprehensive look at the science behind bio-regulated peptides and their application in regenerative medicine, offering a glimpse into the future of personalized health and wellness.

Takeaways

• 🧬 Peptides are short amino acid sequences naturally found in the body and can be used to help stabilize immune systems and improve health.
• 🧬 Bioregulated peptides are the smallest peptides, consisting of 2 to 4 amino acids, and act as epigenetic switches that can influence gene expression within the cell nucleus.
• 🧬 Bioregulators have been researched for over 40 years and have shown potential in restoring health and balance to the body by upregulating specific proteins.
• 🧬 The use of bioregulators can be tailored to an individual's needs, often used in conjunction with other therapies and lifestyle changes for optimal health outcomes.
• 🧬 Some bioregulators are available as nutritional supplements, while others are synthesized in a lab and can be administered through injection, sublingual sprays, or drops.
• 🧬 There is a concern that the use of certain peptides might be restricted due to regulatory changes, which could limit access to these potentially beneficial treatments.
• 🧬 Peptides like BPC-157 and Thymus have been reported to help with musculoskeletal issues and immune system support, although individual responses may vary.
• 🧬 The decline in peptide levels as we age might be due to various factors including reduced production from glands, stress, and lifestyle choices.
• 🧬 Peptides such as semaglutide have been developed to address conditions like type 2 diabetes by improving insulin sensitivity and reducing appetite, but lifestyle changes are crucial for long-term success.
• 🧬 The potential side effects of peptides are generally low, but individual reactions can vary, and some people may experience adverse effects like histamine responses or anxiety.
• 🧬 A comprehensive approach to health that includes the use of bioregulators, addressing the gut microbiome, and making lasting lifestyle changes is essential for long-term health and anti-aging benefits.

Q & A

What are bio-regulated peptides?

Bio-regulated peptides are the smallest of peptides, typically up to four amino acids long. They are naturally occurring in the human body and function as epigenetic switches, capable of crossing cellular and nuclear membranes to bind to DNA and upregulate the production of specific proteins that can regenerate and restore function to tissues, glands, or organs.

How do bio-regulated peptides differ from typical peptides?

Bio-regulated peptides are unique because they act as epigenetic switches, directly interacting with DNA to influence the production of proteins, whereas typical peptides may not have the same direct impact on genetic expression.

What is the role of GHK and Thymus and Beta 4 peptides?

GHK (Glycyl-Histidyl-Lysine) is a copper-binding peptide that can influence over a thousand genes. Thymus and Beta 4 peptides are used to help with immune system support and tissue repair. They have been reported to help individuals with severe health issues, such as a woman with a spinal leak, restore mobility and reclaim their life.

How many different types of peptides are there in the human body?

It is estimated that there are about 300,000 different types of peptides in the human body, with around 7,000 identified so far.

What are the potential side effects of using bio-regulated peptides?

The side effects of bio-regulated peptides are generally minimal. However, some individuals may experience sensitivity or specific reactions, such as post-menopausal women who might experience breakthrough bleeding when using certain bio-regulated peptides.

How can one obtain bio-regulated peptides?

Bio-regulated peptides can be obtained as nutritional supplements, which are extracts from animal tissues, glands, and organs. One can purchase these supplements from reputable sources such as Profound Health, an online platform that offers a range of bio-regulated peptides.

What is the significance of the pineal gland bioregulator?

The pineal gland bioregulator, also known as Epitalon or Endolutin, is significant because it regulates circadian rhythm and melatonin production. It also has a regulatory effect on the entire endocrine system and can activate telomerase, which helps restore and preserve the length of telomeres on the end of DNA, contributing to longevity.

How do bio-regulated peptides work in conjunction with conventional therapies?

Bio-regulated peptides are often used alongside conventional therapies to improve outcomes. They are not meant to replace traditional medications but to complement them, helping to address the root cause of symptoms and support the body's natural healing processes.

What is the role of BPC157 in the context of the discussion?

BPC157 is a peptide that has a versatile range of effects on the body, including potentially balancing the dopaminergic, serotonergic, and gabergic centers in the brain. It is also suggested to protect organs and might be used to support the pancreas during certain treatments.

How does the use of bio-regulated peptides relate to the concept of longevity?

Bio-regulated peptides are seen as tools for health optimization and longevity because they can help restore and preserve the function of various tissues, glands, and organs. By doing so, they may contribute to a person's overall health and potentially extend their healthy lifespan.

What are some challenges faced by individuals using bio-regulated peptides?

Some individuals may face challenges such as finding reliable sources for these peptides, understanding the appropriate dosage and cycling protocols, and dealing with potential side effects or sensitivities. Additionally, there may be regulatory hurdles and a lack of widespread understanding or acceptance among some medical professionals.