Laboratory research only. Never for use in people or animals. Qualified research customers only.
Select current lots report over 99% purity Exact results vary by material and lot. View lab records →
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Lot-documented reference material

NAD+

A documented reference material with lab-reported identity and quantity for controlled analytical work.

545.63 mg Reported quantityCurrent lot HVY-615-NAD+ · no purity percentage stated View lot report →
$110 CoA available
One-time research orderNo subscription
1
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Free U.S. shipping · Freeze-dried · CoA available

Independent lot recordLot HVY-615-NAD+ · HPLC / mass spectrometryOpen lot report →
Lab-reported identityHPLC & mass spectrometry
Lot matchedCoA available
Freeze-driedReference material
Research onlyQualified buyers
01Material details

Review the identity, current reported result, methods, storage note, and document status in the material table below.

02Independent record

Open the independent report above to verify the values published on this page before placing a research order.

03Research-use requirements

For laboratory research only. Never for use in people or animals. Obtain and review the supplier-issued SDS before handling or storage.

04Potential human benefits
  • Energy + mitochondrial functionNAD+ carries electrons through the reactions that generate ATP. Supporting the NAD pool is therefore being studied as a way to preserve cellular energy production as metabolic stress and age increase.
  • DNA repair + healthy agingPARP enzymes consume NAD+ while repairing damaged DNA, and sirtuins use it to regulate stress-response and metabolic pathways. This places NAD biology at the center of healthy-aging research.
  • Brain + metabolic resilienceNeurons and metabolically active tissues have high energy demands, so researchers are exploring whether restoring NAD availability can support cognitive, muscular, and metabolic resilience.

See what human studies have shown and what remains unknown.

The Form standard

Built to be examined,
not assumed.

Every listing keeps the material, current record, and research boundary in one clear review path.

01Lot-linked record

The available report is connected directly to the listing.

02Methods shown

Review the stated analytical methods before ordering.

03Freeze-dried format

Presented as a laboratory reference material.

04Clear limits

Research only. Never for use in people or animals.

Potential human relevance

At the center of energy,
repair, and cellular aging.

NAD+ is indispensable to mitochondrial energy production and to enzymes involved in DNA repair, stress response, and cellular maintenance. That biology makes it a compelling longevity target, but direct IV NAD+ research remains limited and broad wellness outcomes have not been established.

01

Energy + mitochondrial function

NAD+ carries electrons through the reactions that generate ATP. Supporting the NAD pool is therefore being studied as a way to preserve cellular energy production as metabolic stress and age increase.

02

DNA repair + healthy aging

PARP enzymes consume NAD+ while repairing damaged DNA, and sirtuins use it to regulate stress-response and metabolic pathways. This places NAD biology at the center of healthy-aging research.

03

Brain + metabolic resilience

Neurons and metabolically active tissues have high energy demands, so researchers are exploring whether restoring NAD availability can support cognitive, muscular, and metabolic resilience.

How the potential connects to the biology

01 / Mechanism

Why it may matter

Cellular redox chemistry and NAD-dependent enzyme systems, including sirtuin and PARP activity.

02 / Research markers

What studies track

NAD+/NADH ratios, oxygen consumption, mitochondrial respiration, protein acetylation, and enzyme activity.

03 / Evidence level

How strong is the evidence?

Foundational human biology with limited IV human research. Direct evidence for energy, cognition, or longevity outcomes remains sparse.

What remains unknown: Direct IV NAD+ studies have characterized metabolism and tolerability more than clinical benefit. Findings from oral NR or NMN cannot automatically be attributed to NAD+ itself.

Human study: metabolism of infused NAD+ Primary biology: NAD+ and oxidative metabolism Primary biology: NAD+ and cellular stress response

Material details

The essentials.

The current report documents identity and measured quantity. It does not state a purity percentage.

CAS number53-84-9
Molecular formulaC21H27N7O14P2
Molecular weightApproximately 663.4 g/mol
Lot result545.63 mg quantity reported; no purity percentage is stated on the current CoA
AppearanceLyophilized reference material; color is not stated on the current lot CoA
Tested byJanoshik Analytical; task #68047; batch HVY-615-NAD+; HPLC and mass spectrometry
StorageNot stated on the current lot CoA. Obtain and follow the supplier-issued SDS before handling or storage.
Lab recordsCurrent lot CoA (PDF) · Request supplier-issued SDS

SDS status: not currently posted. Request and review the supplier SDS before handling or storage; this page and CoA do not replace it.

Made for research

For in-vitro lab research, method development, and identity testing by qualified research customers.

Proof by lot

The available CoA is tied to this material and lot. Open it above or visit the CoA library.

Clear limits

For laboratory research only. Never for use in people or animals.

Before you order

By ordering, you confirm qualified research-only use.