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NAD+ Pathway Research Blend (NMN + NR)
$55.00 USD
NAD+ Pathway Research Blend (NMN + NR + Peptide Modulators) — Research Use Only
Peptides Skin offers a NAD+ pathway research blend formulated for controlled laboratory workflows investigating NAD metabolism, cellular bioenergetics, and mitochondrial readouts in in-vitro and preclinical research models.
Clarification: This product is not pure NAD+. It is a formulation combining NMN + NR (commonly discussed as NAD+ precursors) with designed peptide modulators intended to support consistent experimental conditions in mechanistic workflows.
Research Use Only (RUO): Not approved for human consumption, injection, supplementation, cosmetic use, or veterinary administration.
Product Specifications
| Product type | NAD+ pathway research blend |
|---|---|
| Core components | NMN + NR |
| Additional components | Designed peptide modulators |
| Form | Lyophilized powder |
| Recommended use | In-vitro / laboratory research only |
| Documentation | COA / SDS (batch-based) recommended for traceability |
Composition Notes
Because this is a blend (not a single pure compound), it does not map to one unique CAS number or one molecular formula. For reproducible research, laboratories should reference batch documentation (COA/SDS when available) and internal QC records for identity, traceability, and consistency.
- NMN — NAD-pathway input commonly used in controlled research models
- NR — NAD-pathway input used in standardized laboratory workflows
- Peptide modulators — designed to support consistent experimental conditions in mechanistic setups
Research Context
The sections below summarize common research directions where NAD+ pathway models are discussed. This content is provided for laboratory context only and does not imply therapeutic outcomes in humans.
Bioenergetics & Mitochondrial Readouts
NAD metabolism is frequently explored alongside mitochondrial function and standardized metabolic endpoints in controlled in-vitro systems.
Immune and Inflammatory Signaling
NAD metabolism is discussed in immunoregulation literature, including pathway-level regulation and consumption routes in research models.
Neuron-Relevant Stress Models
NAD-degrading enzymes are discussed in axon-degeneration research, often using defined laboratory models and readouts.
DNA Damage Response Workflows
NAD-consuming enzymes are commonly described in mechanistic DNA repair literature and assay development contexts.
Quality & Documentation
- Traceability: Record lot numbers used in each experiment
- Documentation: Reference COA / SDS per batch when available
- Laboratory handling: Follow standard laboratory safety protocols and use appropriate PPE
Storage & Handling
- Storage: Keep sealed, dry, and protected from light; store according to your laboratory stability protocol
- Preparation: Reconstitute only immediately prior to research use using an appropriate sterile buffer
- Best practice: Avoid repeated freeze–thaw cycles after preparation to reduce variability
References
Selected reading links for research context:
- Cell & Bioscience (2023) — NAD+ metabolism-based immunoregulation
- Nature Reviews Molecular Cell Biology (2024) — NAD+ metabolism targeting challenges (PDF)
- Nature Metabolism (2025) — NAD+ precursors in human ageing (PDF)
- BBA (2025) — CD38 as a target in aging research
- Cell Metabolism (2022) — NAD precursors and gut microbiome
- Trends in Cell Biology (2023) — Autophagy–NAD axis
- Current Nutrition Reports (2023) — NMN & NR review (PDF)
- Journals of Gerontology (2023) — NAD+-boosting compounds in humans
- GeroScience (2024) — β-NMN and blood NAD+ levels
- eClinicalMedicine (2025) — NR and long-COVID trial
- Journal of Nutrition, Health & Aging (2023) — NMN safety review
- Frontiers (2024) — NAMPT salvage pathway review (PDF)
- Progress in Neurobiology (2023) — SARM1 axon degeneration (PDF)
- Cell (2025) — SARM1 senses dsDNA
- Mitochondrion (2025) — NAD+ and mitochondrial regulation
- DNA Repair (2024) — PARP1/PARP2 regulation
Research Use Only Disclaimer
WARNING — Research Use Only (RUO)
For laboratory research and development purposes only. Not a drug, supplement, or food. Not approved for human consumption, injection, supplementation, cosmetic use, or veterinary administration. Any mention of biological mechanisms refers exclusively to controlled research models and must not be interpreted as medical claims.
Frequently asked questions
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