It demonstrates considerable cytotoxicity, stimulates p53 expression, elevates ROS generation and lipid peroxidation, while simultaneously reducing SLC7A11 and GPX4 levels
Proteomics 9 , 682694 (2010)
In functional medicine, peptides are used to: Regenerate tissue Reduce inflammation Enhance cognition Improve sleep and hormonal balance Optimize mitochondrial function Spotlight: NAD Fuel for the Human Engine What is NAD
Benefits of Peptide Therapy Peptide therapy offers several advantages that make it an attractive option for those seeking to optimize their health: Targeted Action: Peptides work on specific pathways, reducing unwanted systemic side effects Customization: Protocols can be designed for your individual health goals and needs Minimal Side Effects: Well-tolerated by most individuals when prescribed appropriately Convenient Administration: Most peptides are given via subcutaneous injections, with some available as oral or topical formulations Common Uses of Peptide Therapy Peptide therapy can address a variety of health concerns and wellness goals: Anti-Aging: Stimulate collagen production for healthier skin and promote cellular repair to reduce oxidative stress Weight Loss and Metabolism: Regulate appetite and fat metabolism with peptides designed to support healthy weight management Athletic Performance and Recovery: Enhance muscle growth, repair, energy, and endurance Hormone Optimization: Increase growth hormone levels for improved energy, sleep, and muscle recovery Immune Support: Enhance immune system function and reduce inflammation Sexual Health: Improve libido and sexual function Joint and Injury Repair: Accelerate healing of tendons, ligaments, and tissues Who Can Benefit from Peptide Therapy
IV Quercetin Therapy provides a faster, more predictable effect, particularly for those whose gut inflammation limits absorption of oral supplements
Health 36 (2), 279295
