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NAD+

NAD+

Can help with DNA repair and cellular lifespan

Shown in studies to help with immune signaling and inflammatory response modulation.

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How does it compare to similar peptides?


NAD⁺ (nicotinamide adenine dinucleotide) is not a traditional peptide but a cellular coenzyme essential for metabolism, mitochondrial energy, and DNA repair.
Unlike peptides that act through receptor binding, NAD⁺ participates directly in redox reactions and sirtuin activation, making it a key molecule in cellular longevity and metabolic regulation research.
It’s often studied alongside compounds like NMN and NR, but NAD⁺ represents the end-stage, bioactive form within energy metabolism pathways.

When can researchers expect to observe results?

In laboratory and preclinical studies, increases in cellular ATP, sirtuin activity, and DNA repair markers have been observed within days to weeks of NAD⁺ supplementation in test models.
Results depend on concentration andmodel type.

What is NAD⁺ used for?


NAD⁺ is widely researched in:

  • Mitochondrial and energy metabolism
  • Cellular aging and sirtuin activation
  • Oxidative stress and DNA repair
  • Metabolic and neurodegenerative disease modeling
  • Lifespan and longevity

Quality & Testing

Every batch of
NAD⁺ is independently tested by a certified third-party laboratory to verify purity, identity, and composition.

Each analysis is performed using advanced methods such as HPLC and Mass Spectrometry, ensuring the highest research-grade quality.

  • Verified Purity: Each batch is tested for peptide integrity and composition.
  • Third-Party Certified: Analysis is conducted by accredited laboratories with validated testing procedures.
  • Transparent Results: The corresponding Certificate of Analysis (COA) and analytical data can be viewed in the product images above.

All products from My Peptides Lab undergo strict handling, temperature control, and documentation to guarantee consistency and traceability from production to shipment.

Benefits

Research indicates NAD⁺ may potentially:

  • Enhance mitochondrial energy production (ATP synthesis)
  • Activate sirtuin enzymes involved in DNA repair and longevity
  • Support cellular resilience under oxidative or metabolic stress
  • Aid studies of neuroprotection and metabolic adaptation
  • Contribute to models exploring age-related cellular decline

NAD+

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What do Retatrutide results look like?

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  • 4 month results on Retratutide & Tesamolerin

  • 2 week results on Retatrutide

    Meet Revolutionary Peptides Powered By Science

    200+
    Scientific Studies Completed
    96%

    of participants experienced significant changes in their daily lifestyle

    “NAD⁺ Levels Decline With Age and Restoring Them Improves Mitochondrial Function”

    This Cell Metabolism study found that NAD⁺ restoration enhanced energy production and metabolic efficiency in aged tissue.

    cell.com

    “Sirtuin Activation Through NAD⁺ Modulation”

    Research highlights NAD⁺ as an essential cofactor for sirtuins, regulating stress responses and DNA repair.

    nature.com

    “NAD⁺ Supplementation Improves Neuroprotection in Preclinical Models”

    In rodent studies, increasing NAD⁺ levels reduced oxidative stress and neuronal damage after injury.

    pubmed.gov

    “Mitochondrial NAD⁺ Controls Energy Homeostasis and Redox Balance”

    Study demonstrates NAD⁺’s central role in maintaining cellular metabolism and protecting against mitochondrial dysfunction.

    sciencedirect.com

    Before & After

    What Should I Expect From Consistent Use of Retatrutide?

    ✓
    1 Week

    Early increases in NAD⁺-dependent enzyme activity and mitochondrial efficiency may be observed in test models.

    ✓
    1 Month

    Sustained cellular energy output and improved oxidative balance seen in metabolic assays.

    ✓
    2 Months

    Enhanced sirtuin signaling and DNA repair mechanisms detected in aging cell cultures.

    ✓
    3 Months

    Consistent improvements in energy metabolism and redox stability observed across replicates.

    ✓
    6 Months

    Stable compound performance and reproducible biochemical outcomes confirmed through extended trials.

    ✓
    12 Months

    Long-term storage studies show NAD⁺ retains purity and potency, supporting reliable results in ongoing longevity and metabolic research.

    Why take Retatrutide?

    Cellular Energy Regulation

    Central to ATP generation and mitochondrial respiration, NAD⁺ is vital for metabolic research.


    Aging & Longevity Research

    Acts as a cofactor for sirtuins and PARPs, enzymes involved in DNA repair and cellular lifespan.

    Neuroprotective Function

    May help support research on neuronal resilience and oxidative stress management.

    .

    Metabolic Flexibility

    Can enable on glucose, lipid, and amino acid metabolism in cellular and animal models.

    DNA Repair & Stress Response

    Involved in PARP-mediated pathways that repair damaged DNA and maintain genomic integrity.

    Inflammation & Immune Regulation

    Emerging data link NAD⁺ metabolism to immune signaling and inflammatory response modulation.

    Important Questions Answered by Professionals
    *Answered by independent medical researchers and licensed medicine doctors

    What is the total volume of your syringe?

    Select Peptide Vial Amount

    How much peptide do you want per dose?

    How much bacteriostatic water are you adding?

    For a dose of 1 mg draw the syringe to — units

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