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GPL-1 and Muscle Loss

Common Occurrence

  • You want to lose weight and you have heard that the GLP-1 can help. 

  • You start the program and soon you are thrilled about the GLP-1 results.
    You step on your scale and are happy to see the weight loss. Your labs may even look better. 

  • You feel like you are finally winning. The scale moved. Shows weight loss!

  • Then someone says check your body composition. 

  • Wow. You now find that of the weight loss includes a considerable loss of Muscle. 

  • You are now informed that as much as 40% of your weight loss is loss of muscle (sarcopenia). 

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Note: Do you know your % body fat? Amount of lean muscle mass? 

Thousands of clinics or others who sell GLP-1s do not measure % body fat and may not even know how to measure % body fat. These include online sellers, telehealth companies, and drug company direct sales.  

What happened? 

  • We now know that a significant result of using GPL-1s is muscle loss. 

  • What happens if you stop the GLP-1 and regain weight?
    It will likely be 100% fat. 

  • The loss of muscle has tanked your metabolism. 

  • You now eat less but gain more weight (fat) as your basal metabolic rate has declined with the loss of muscle. 

  • You may feel weaker, have less energy. If you are engaged in resistance exercise, you lift less weight.  

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Note: Sarcopenia is the term used to describe progressive loss of skeletal muscle mass, strength, and function, once primarily associated with aging but now also associated with the use of GLP-1s and similar pharmaceuticals for

weight loss. 

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How to prevent muscle loss / restore muscle. 

  • Our new IV therapy prevents muscle loss and can even help increase muscle. Athletes are using it to maintain performance and for recovery.

  • How: It uses an exosome-enhanced nano-infusion platform designed to elevate traditional IV therapy. 

  • This is a full essential amino profile + BCAA blend that maintains muscle protein synthesis even in caloric deficit. The exosomes drive amino acids into the cells. See list of ingredients attached.

  • Our exclusive product uses 10 billion UC-MSC–derived exosomes to encapsulate key vitamins and amino acids, improving intracellular delivery, muscle preservation, and metabolic support—especially important for patients on GLP-1 weight-loss therapies where up to 40% of weight loss can come from lean muscle.

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Easy to use IV therapy. Also adds hydration. Exclusive product protected by exclusivity and affordable. 

  • Can add this exosome technology to any Myers’, NAD⁺, immunity, or hydration infusion. 

  • Support mTOR, anti-inflammatory, and tissue-repair pathways. 

  • Can also be offered as a 15-minute standalone IV. (Recommend add glutathione for added immunity protection.)

  • Enhances nutrient absorption at the cellular level.

  • Supports muscle retention, recovery, and metabolic stability.

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4 Peer-Reviewed Proof Points 

  • Lean-mass erosion with GLP-1: Up to 40 % of weight lost is muscle. Dom pubs.onlinelibrary.wiley.com. 

  • Leucine → mTORC1 → muscle growth: Science, 2015 science.org. 

  • Exosomes support skeletal muscle: FEBS Open Bio, 2022 pubmed.ncbi.nlm.nih.gov. 

  • Exosomes excel as drug vehicles: Allied Market Research review, 2024 alliedmarketresearch.com

  • 15%-40% of the pounds lost can be lean muscle.
    dom pubs.onlinelibrary.wiley.com. 

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Other uses. Not only for muscle loss in weight loss programs, but aging adults, athletes, recovery from injuries (including broken bones, surgeries, where muscle wasting can occur with downtime, being bed-ridden) and more. 

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How does it work? 

  • At the target site, exosomes exploit receptor-mediated docking and membrane fusion (or regulated endocytosis) to dump cargo straight into the cytoplasm, bypassing diffusion barriers and lysosomal destruction that limit free nutrients. 

  • This precision entry is why exosome delivered payloads reach intracellular concentrations unattainable with standard IV drips. (pmc.ncbi.nlm.nih.gov, biosignaling.biomedcentral.Com.

  • Because they average <120 nm, exosomes traverse endothelial gaps and even the blood–brain barrier, distributing nutrients where systemic circulation alone falls short. Their size also evades renal filtration, extending circulation time and enhancing delivery to metabolically active tissues like skeletal muscle. (pmc.ncbi.nlm.nih.gov, sciencedirect.com).

  • In muscle, specifically, UC-MSC exosomes stimulate satellite-cell proliferation, cut fibrosis, and accelerate fiber regeneration—directly counteracting the lean-mass loss now seen with GLP-1 therapy and rapid-weight-loss protocols. (pmc.ncbi.nlm.nih.gov, pmc.ncbi.nlm.nih.gov.)

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Questions? Orders? Want to learn more about preserving muscle, increasing energy, and more? 

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