
Measure from blood
Quantifies all four forms of NAD and both glutathione species from all biological samples.

Highest accuracy
Clinically validated accuracy, matching or exceeding mass spectrometry, for both research and diagnostic applications.

Unprecedented speed
With NADMED CE-marked kits, the microplate-based enzymatic assay can be completed in a couple of hours.

Substantial savings
NADMED method is highly scalable, providing considerable savings in time and money.
WHAT IS NADMED METHOD?
WHY MEASURE NADS?
Is NAD⁺ boosting always beneficial?
Products & Services
Kits: CE-marked and RUO for blood & RUO for tissue/cell
Professional laboratory kits to measure REDOX metabolites from any sample type.
READ MORE
Laboratory Services
NADMED laboratory services for REDOX metabolite analysis and supplement purity testing.
READ MORE
NADMED vs. Other Methods
Science
The NADMED method is grounded in robust scientific research from the University of Helsinki. At its core is a proprietary extraction process that enables highly accurate measurement of all four forms of NAD and two forms of glutathione (key redox metabolites) with even greater precision than mass spectrometry.
The method relies on precise colorimetric quantification, applicable to samples from blood, tissue, or cells.
What sets the NADMED method apart is its ability to measure each metabolite individually, something no other method currently offers.
Trusted by









Over
companies / organisations
In more than

countries
Conducted already
NADMED measurements worldwide
News
NADMED Secures €3.5M to Accelerate International Sales Expansion
The investment round was led by Finnish science-based startup investor Nordic Science Investments (NSI). Additional...
Research Calls for Controlled Dosing of NAD-boosters
A study involving a healthy population of 1162 individuals revealed that persistent high niacin intake, whether...
High NAD amounts slow growth of proliferative cancer cells
In a recent study, researchers found that high NAD(H)+ amounts slow down the growth of highly proliferative cancer...
Yes, I want to subscribe to a newsletter.




