Revolutionizing NAD⁺
Delivery with Iontophoresis:
The Regenerage Longevity Patch Advantage
Nicotinamide adenine dinucleotide (NAD⁺) and
Glutathione are two of the most essential molecules for
cellular health, energy metabolism, detoxification, and
longevity. As clinical and consumer demand for systemic
NAD⁺ and antioxidant support continues to rise, so too
does the need for delivery systems that are effective,
tolerable, and scalable.
Regenerage Longevity Patch provides an advanced, needle-free transdermal delivery system that uses iontophoresis
to transport NAD⁺, Glutathione, and select peptides directly into circulation. Each single-use patch
is designed for a full 12-hour wear period and is distributed exclusively to licensed clinicians. This
platform overcomes the inefficiencies of oral precursors and the clinical limitations of intravenous
delivery
The Limitations of Conventional NAD⁺ Delivery
Oral NAD⁺ Precursors
NAD⁺ precursors like NMN and NR, as well as oral forms of Glutathione, face substantial barriers to systemic absorption. Enzymatic degradation in the gut and hepatic metabolism limit their clinical utility. Systemic levels are inconsistent and may be inadequate in aging or metabolically compromised individuals.
Intravenous NAD⁺
While IV administration of NAD⁺ or Glutathione bypasses digestive metabolism, it introduces its own challenges. Sessions are timeconsuming, often lasting 1 to 4 hours. Patients frequently experience adverse reactions with NAD⁺ infusions, including nausea, chest tightness, and anxiety. IV therapy also increases costs, requires clinical infrastructure, and is impractical for regular use.
The Regenerage Longevity Patch Solution: 12-Hour Active Transdermal Therapy
Regenerage Longevity Patch utilizes iontophoresis, a proven medical technology that uses low-level electrical current to transport charged molecules across the stratum corneum into the bloodstream. This allows for steady, sustained delivery of bioactive compounds without injections or infusions.
Key Advantages of Regenerage Longevity Patch
Direct-to-bloodstream delivery:
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Compounds such as NAD⁺, Glutathione, and therapeutic peptides reach systemic circulation intact, bypassing enzymatic degradation and firstpass metabolism.
Needle-free administration:
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No injections, no infusion chairs, and no staff time required. Patients receive therapeutic benefits without procedural burden.
Enhanced tolerability:
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The 12-hour transdermal delivery window ensures slow and steady absorption, minimizing side effects such as nausea, flushing, and discomfort often seen with IV infusions.
Precision-guided protocols:
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Regenerage Longevity Patch is designed to be integrated into provider-directed protocols, ensuring personalized dosing, clinical oversight, and optimal outcomes for complex biological systems.
At-home convenience:
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Wearable patches eliminate the need for clinic visits while maintaining therapeutic-grade delivery.
Synergistic formulations:
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Regenerage Longevity Patch offers combination kits pairing NAD⁺ with Glutathione, BPC‑157, or KPV to support mitochondrial health, inflammation modulation, tissue repair, and detoxification through multipathway activation.
Comparative Delivery Profile
Regenerage Longevity Patch Product Line
Each Regenerage Longevity Patch kit contains 6 single-use patches pre-loaded with active ingredients and
ready for clinician-directed protocols. The current portfolio includes:
High-Dose NAD⁺ Kit
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1300 mg NAD⁺ per patch Ideal for mitochondrial support, cognitive optimization, and anti-aging protocols.
NAD⁺ + BPC‑157 Kit
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250 mg NAD⁺ + 2000 mcg BPC‑157 per patch Combines mitochondrial and tissue-repair support for injury recovery, inflammation modulation, and systemic rejuvenation.
NAD⁺ + KPV Kit
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250 mg NAD⁺ + 10 mg KPV per patch Designed for systemic immune and inflammatory modulation, especially in clients with chronic immune activation or neuroinflammatory conditions.
Glutathione
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500 mg Glutathione per patch Formulated to support systemic detoxification, antioxidant defense, and redox balance, particularly in individuals with oxidative stress, toxin burden, or compromised liver function.ns.