At All In Peptides, we prioritize transparency and dependable research materials. Many researchers ask whether NAD⁺ remains stable during shipment and short-term storage, especially considering its sensitivity to heat and light.
To provide a clear answer backed by data, we partnered with Vanguard Laboratory, an independent analytical testing facility, to conduct a dedicated stability analysis on our NAD⁺ solution.
Nicotinamide adenine dinucleotide (NAD⁺) plays a crucial role in studies involving cellular metabolism and redox reactions. Because it can degrade under certain temperatures, researchers often question whether:
This controlled study delivers real-world evidence addressing those concerns.
Three vials of All In Peptides NAD⁺ solution (200 mg/mL nominal concentration) were shipped and evaluated under realistic scenarios:
Testing was performed using HPLC-UV/Vis, a gold-standard analytical method used to assess purity and degradation compounds.
Based on degradation modeling at room temperature:
Refrigerated temperatures (5 °C or below) preserve NAD⁺ stability for months, supporting published research on NAD⁺ storage behavior.
NAD⁺ from All In Peptides withstands typical shipping conditions without significant degradation.
Storing your NAD⁺ in the refrigerator after arrival ensures peak stability.
Independent testing confirms our NAD⁺ maintains exceptional purity from shipment to storage.
This independent analysis performed by Vanguard Laboratory demonstrates that NAD⁺ from All In Peptides remains stable throughout normal shipping conditions and short-term storage. Minor degradation may occur at room temperature over time, but refrigerated storage maintains nearly unchanged purity and concentration.
All products from All In Peptides are intended strictly for laboratory research and are not for human consumption.
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