99% Purity NAD+ Vials Cellular Repair 500mg 1000mg Lyophilized Lab Grade

99% Purity NAD+ Vials Cellular Repair 500mg 1000mg Lyophilized Lab Grade

Product Description 

This high-density NAD+ lyophilized powder is specifically developed for researchers investigating cellular metabolism and DNA repair pathways. By utilizing an advanced freeze-drying technique, we stabilize the Nicotinamide Adenine Dinucleotide molecule at a molecular level, preventing the rapid degradation that often affects standard storage formats. Whether you are using the 500mg or 1000mg vials, the focus remains on providing a high-purity substrate that integrates seamlessly into sirtuin-activation and mitochondrial health studies.

Product Specifications

Product Features

• High Molecular Stability: The freeze-drying process minimizes moisture, locking the active chemical structure in place.
• Standardized CAS 53-84-9: Ensures full compatibility with established biochemical research protocols.
• Contamination-Free Sealing: Each vial is crimp-sealed in a sterile environment to maintain an oxygen-free interior.
• Zero Fillers: Contains no additives or excipients—only the pure bioactive molecule.

Functional Advantages

• Mitochondrial Support: Serves as a vital coenzyme in the electron transport chain for ATP production studies.
• Sirtuin Pathway Research: Essential for projects focusing on aging-related cellular signaling.
• DNA Integrity Studies: Used to observe PARP activity and cellular response to oxidative stress.
• Metabolic Modeling: A critical component for research into glucose and lipid regulation.

Common Applications

• Longevity Research Labs: Specifically for long-term aging observation studies.
• Biotech Development Units: Used as a reference standard for new anti-aging formulations.
• Metabolic Disease Research: Investigating cellular energy deficits in varied models.

Supply & Delivery
We provide factory-direct shipping with full batch COA reports. Our logistics team specializes in cold-chain-adjacent packaging, ensuring the product maintains its crystalline form through international transit.