How MeScreen turns a simple sample into a functional readout.
This is what makes MeScreen different from a genetic screen or a static biomarker panel. The focus is performance in context — how the current internal biochemical environment affects mitochondrial behaviour.
Sample capture (at home)
A finger-prick blood sample is collected on a specialised dried serum collection card, stabilised for ambient transport.
Functional exposure model
In the lab, the patient’s serum is introduced to standardised healthy human cell models to quantify how that biochemical environment influences mitochondrial function.
Multi-domain mitochondrial assessment
The assay evaluates bioenergetic performance across domains including baseline respiration, ATP efficiency, reserve capacity, glycolytic compensation, oxidative balance, and network integrity.
Clinical reporting
Raw signals are quality-controlled, normalised, and interpreted within a proprietary framework to generate an overall score and phenotype pattern.
Multiple domains, one coherent picture.
- Baseline respiration and energy output
- ATP efficiency
- Reserve capacity under stress
- Glycolytic compensation
- Oxidative balance / ROS
- Mitochondrial network integrity and dynamics
Not just “what’s there” — how it performs.
MeScreen is designed to show how current physiology supports or limits cellular energy performance. That makes the output more useful for lifestyle, performance, and longitudinal wellness tracking.
A functional readout of mitochondrial efficiency and resilience.
MeScreen provides a refined way to understand how current biochemistry may be supporting — or constraining — cellular energy performance.