Regenerative Medicine of Raynham is a leader in the application of iontophoresis technology for the delivery of peptides and coenzymes that may offer various benefits across different conditions. By harnessing the slow-release and direct-to-bloodstream advantages of iontophoresis, clinicians can maximize the duration of dosing and pharmacokinetics for a range of products. This approach proves especially advantageous for substances with inherently short half-lives, rendering alternative administration methods less than optimal for the very same products.
Regenerative Medicine of Raynham utilizes iontophoresis, a process that involves the application of minimal electrical charges to painlessly deliver NAD + and other peptides and coenzymes through the skin. Think of it as a magnet-like operation but with two electrodes instead of magnets. When you apply the patch, it triggers a charge that propels NAD through your skin and directly into your bloodstream. This method offers a significant advantage by bypassing the gastrointestinal system, where much is destroyed by the stomach acid and the digestive process.
As professionals immersed in the field of regenerative medicine, we understood the profound potential of this remarkable polypeptide and were eager to explore its benefits firsthand. Much like countless others who have undergone NAD+ IV therapy, we were astounded by the outcomes. Beyond the boost in energy, we noticed a substantial cognitive sharpening, reduced stiffness, and a remarkable increase in our workout capabilities.
It felt akin to possessing superhuman abilities. Recognizing the transformative impact, we were determined to incorporate this groundbreaking therapy into our regenerative medicine protocols.
NAD+, short for Nicotinamide Adenine Dinucleotide, is an essential coenzyme vital to the functioning of every cell in your body. NAD+ plays a pivotal role, both directly and indirectly, in numerous fundamental cellular processes. These include the regulation of metabolic pathways, DNA repair mechanisms, control of cellular senescence (aging of cells), and support of immune cell function. These cellular functions are indispensable for preserving tissue and metabolic balance, as well as promoting healthy aging.
Glutathione takes on several critical roles within your body, with its primary function being the defence against free radicals. These unstable molecules have the potential to harm your cells and trigger oxidative stress. This is precisely why we combine it with NAD+; as NAD+ is utilized in the body, it can release free radicals, and glutathione plays a pivotal role in maintaining their balance.
Glutathione serves as a vital antioxidant that holds the potential to extend lifespan, enhance immune function, increase physical strength and performance, and reduce the risk of age-related ailments. Its primary duty is to combat free radicals, which are notorious for causing oxidative stress. The oxidative damage they inflict may contribute to the development of chronic conditions such as diabetes, cancer, cardiovascular disease, Alzheimer’s, and kidney disease.