NAD+ 1,000mg Peptides
This research material contains NAD+ in a lyophilized vial with a supplied material quantity of 1,000mg. The active component is NAD+, listed at 1,000mg per vial. This presentation is intended for qualified laboratory environments that require defined quantities for analytical characterization, pathway-focused investigations, and controlled experimental models. The stated component quantity supports precise documentation, material traceability, and consistent planning of inputs across repeatable workflows where exact amounts are critical to study design.
Researchers may incorporate this material into method development, material comparison, and multi-pathway research in which NAD+ is the studied variable. The lyophilized vial format enables laboratories to manage handling conditions within their own internal procedures and to align the material quantity with established data capture and archiving requirements.
- Ingredient: NAD+
- Component quantity: 1,000mg
- Total quantity per vial: 1,000mg
- Units per package: 1 vial
- Physical format: Lyophilized vial
FOR RESEARCH USE ONLY. NOT FOR HUMAN OR ANIMAL USE OR CONSUMPTION.
This material is supplied solely for legitimate laboratory, analytical, and experimental research. It is not intended to diagnose, treat, cure, mitigate, or prevent any disease or condition. No dosing, reconstitution, administration, or medical-use instructions are provided.
- Most orders ship within 24 hours and arrive within 3 to 5 days of leaving our warehouse.
- Shipping is free on orders of $99+ (except Hawaii and Alaska).
- All orders ship in discreet packaging via USPS Ground Advantage mail.
Delivery restrictions vary by state.
This Product Contains
Research Applications
Our catalog supports controlled laboratory research across areas such as:
- Cellular Signaling — receptor activity, signaling pathways, and molecular interactions
- Metabolic Research — metabolic regulation and incretin receptor-signaling models
- Neurobiology — cognitive, behavioral, and stress-response pathways
- Immunology — immune signaling and host-response models
- Tissue Biology — extracellular-matrix signaling, cellular migration, and tissue remodeling research
- Mitochondrial Biology — cellular energy systems and aging-related pathways
- Endocrine Research — neuroendocrine and reproductive-axis signaling
- Pigment Biology — melanogenesis and related cellular pathways
Research relevance varies by compound and study design. Review the product information and batch-specific documentation before use. All products are intended strictly for laboratory research and are not for human or animal use, therapeutic use, or clinical application.
Research Materials Backed by Clear Documentation
- 99%+ Analytical Purity Where Confirmed by the Applicable Batch COA.
- Third-Party Testing Performed by an ISO/IEC 17025-Accredited Laboratory, Where Applicable.
- Batch-Specific Certificates of Analysis Available for Applicable Research Materials.
- Ships from the U.S.
Orders are dispatched from our U.S. fulfillment center, typically within 1–2 business days. - Clear Product Specifications
Strength, format, quantity, and available batch documentation are presented for review. - Research-First Standards
Our catalog and documentation are built for laboratory research—not consumer, wellness, or therapeutic use.
Storage & Handling
- Product-Specific Storage
This product is supplied as a freeze-dried material. Keep the original container sealed and follow the storage condition shown on the product label or available documentation.
Follow the format-specific instruction shown above. Product-specific label or documentation requirements take priority over the general handling guidance below. - Keep the Original Container Sealed
Until the material is needed for laboratory work, keep it in its original sealed container. Protect it from moisture, unnecessary light exposure, and avoidable temperature fluctuations. - Inspect the Package on Receipt
Check the container, seal, and packaging for visible damage, condensation, or signs of a temperature excursion. Record any issue before placing the material into laboratory storage. - Document Laboratory Handling
Record the material name, batch information, receipt date, storage location, and relevant handling conditions according to your laboratory’s procedures. - After Opening or Preparation
Once the original sealed state changes, follow the product documentation and your laboratory’s validated protocol. Clearly label any prepared material with the preparation date, composition, and applicable storage condition. - Avoid Unnecessary Temperature Cycling
Minimize repeated warming and cooling. Avoid repeated freeze-thaw cycles when frozen storage is required by the applicable protocol. - Use Material-Specific Conditions
Storage requirements can differ between lyophilized, liquid, and prepared materials. Do not apply one temperature, solvent, or stability period to every product.
Reliable U.S. Order Fulfillment
- Order Processing
In-stock orders are generally processed within 1–2 business days, Monday through Friday. Orders are not processed or shipped on weekends. - Standard Delivery
Domestic delivery typically takes 3–5 business days, depending on the destination and carrier. - Shipment Tracking
Tracking information is provided after the order ships so delivery progress can be monitored. - Careful, Discreet Packaging
Each order is packed with care to help protect the contents and maintain privacy during transit. - Nationwide U.S. Shipping
Orders can be shipped within the United States where permitted by applicable federal and state law. - Possible Delays
Carrier conditions, weather, holidays, backorders, and periods of high order volume may affect processing or delivery times.
Why Researchers Choose Well Elevation
Not all peptide vendors hold themselves to the same verification standards.
| VERIFICATION STANDARD | Well Elevation | GENERIC VENDORS |
|---|---|---|
| Purity Standard | Batch-Specific Analytical Purity — See Applicable COA | Often Not Disclosed |
| Third-Party Testing | Independent Laboratory | Testing Source Often Unclear |
| COA Published | Batch-Specific COA Available | Inconsistent Availability |
| Batch Traceability | Product, Strength & Lot Matched | Batch Match Often Unclear |
| U.S. Fulfillment | Ships Domestically | Often Ships From Overseas |
| Research Use Standard | Clearly Defined | Standards May Vary |
Frequently Asked Questions
Find answers to common questions about this product, its research context, Certificates of Analysis (COAs), ordering, and laboratory use.
What is NAD+?
NAD+ is a core cellular coenzyme involved in redox reactions, mitochondrial metabolism, and several signaling enzymes such as sirtuins and PARPs. It is not a peptide, so it is not described as one. NAD+ is a laboratory compound studied for energy metabolism and DNA-repair-related pathways.
What is NAD+ typically studied for?
Researchers usually study NAD+ in relation to mitochondrial function, cellular energy production, stress response, DNA-repair-related biology, and cellular-aging metabolic pathways. The wording here is mechanistic and research-based: no cellular aging or senescence outcome is claimed.
Why are vitamins paired with peptide research?
Many vitamins serve as precursors for coenzymes that are essential in the biochemical pathways peptides interact with. For example, B-complex vitamins are precursors for coenzymes involved in amino acid metabolism, redox chemistry, and methylation pathways — all of which intersect with peptide biology. Including vitamin reference materials alongside peptides allows researchers to run more complete experiments without sourcing components from multiple suppliers.
This pairing is particularly common in metabolic, mitochondrial, and cellular aging and senescence research, where peptide signaling and vitamin-dependent coenzyme activity are often studied in parallel.
What are peptide cofactors?
In biochemistry, a cofactor is a non-protein chemical that is required for a protein or peptide to carry out its biological activity. Common cofactors include metal ions such as copper, zinc, magnesium, and iron, as well as small organic molecules known as coenzymes — many of which are derived from vitamins.
Peptide research often involves cofactors in two ways: as necessary components of certain peptide activities (for example, copper in GHK-Cu), and as reference materials used alongside peptides in enzymatic and metabolic assays. The Vitamins & Cofactors category on Well Elevation provides such supporting research materials in lyophilized form for laboratory use.
What is the role of NAD+ and B-vitamins in peptide studies?
NAD+ (nicotinamide adenine dinucleotide) is a central coenzyme in cellular metabolism, involved in redox reactions and in the activity of enzymes such as sirtuins and PARPs. It is derived from niacin (vitamin B3) and is widely used in research on cellular energy metabolism, cellular aging, and mitochondrial function — areas where peptides such as MOTS-c and SS-31 are also studied.
Other B-vitamins, including B12 (cobalamin), serve as precursors for coenzymes involved in one-carbon metabolism and methylation, which are relevant to a wide range of peptide-related research. Supplying NAD+ and B-vitamins alongside peptide reference materials enables more integrated laboratory studies of these interconnected pathways.
