Mitochondrial Function Panel (Biovis)
Assesses mitochondrial integrity and dysfunction, including reversible and irreversible damage markers
Table of contents
Basic data
The Mitochondrial Function Panel analyzes specific blood and urine markers associated with cellular energy production, oxidative stress, and mitochondrial resilience. Mitochondria are essential for ATP generation — the energy currency of all cells — and their dysfunction is linked to fatigue, aging, and chronic disease.
This panel helps identify mitochondrial stress or damage that may be contributing to low energy, poor exercise tolerance, or cognitive fog, and guides further metabolic or nutritional interventions.
Category: Lab blood panel
Level: Advanced
Usefulness: Medium
Level
Advanced
Usefulness
Medium
Detects early mitochondrial stress
Markers can reflect cellular overload, impaired energy conversion, or toxin-induced damage — before structural decline occurs.
Differentiates reversible vs. irreversible damage
Offers clues about which dysfunctions might improve with targeted antioxidant or mitochondrial support protocols.
How it works
Sample collection
A fasting blood and/or first-morning urine sample is collected and analyzed for mitochondrial and redox biomarkers.
Analytical panel
Includes parameters such as Lactate, Pyruvate, Citrulline, Methylmalonic Acid, and Nitrotyrosine, among others.
Measures
Lactate/Pyruvate ratio
Reflects efficiency of aerobic metabolism. Elevated values may suggest impaired oxidative phosphorylation.
Nitrotyrosine
Marker of nitrosative stress and reactive nitrogen species damaging mitochondrial proteins.
Citrulline and Ornithine levels
May indicate disruptions in the urea cycle and mitochondrial detoxification processes.
Methylmalonic acid (MMA)
Elevated levels may indicate B12-related mitochondrial dysfunction or impaired fatty acid oxidation.
Coenzyme Q10 (if included)
Optional marker of mitochondrial antioxidant capacity and electron transport chain support.
Reliability
Sensitive but nonspecific
Many mitochondrial markers can be affected by unrelated metabolic stressors. Requires expert contextual interpretation.
May fluctuate over time
Values may change with acute illness, training intensity, or recent supplement use — suggesting the need for repeat testing if used for tracking.
Limitations
Limited normative ranges
Functional labs may lack robust population-based reference data, making interpretation highly individualized.
Requires practitioner interpretation
Results often need correlation with symptoms, clinical history, and additional functional tests.
Frequency
Suggested cadence
Recommended for one-time use in chronic fatigue or functional medicine evaluations. Repeat every 12–18 months if guiding a targeted protocol.
Cost
Typical costs
Generally ranges from $200 to $450 USD depending on the number of markers included. May be bundled with other panels.
Availability
Where available
Offered by select functional or integrative labs such as Biovis (EU) or Genova Diagnostics (US). Not available via standard hospital systems.
Preparation
How to prepare
Fasting blood draw (typically 8–12 hours) and first-morning urine preferred. Avoid intense exercise and high-dose antioxidant supplements 24–48h before testing.
Interpretation
Elevated Lactate/Pyruvate
Suggests impaired mitochondrial respiration. Consider NAD+ or CoQ10 support and mitochondrial-targeted antioxidants.
Elevated Nitrotyrosine
May indicate oxidative/nitrosative stress, especially relevant in neuroinflammation or toxin exposure.
Alternatives
Organic Acids Test (OAT)
Broader functional snapshot of metabolism including mitochondrial intermediates, gut status, and detoxification markers.
MitoSwab™ or muscle biopsy (clinical)
Used only in suspected mitochondrial disease. Highly invasive and rarely necessary in functional optimization.
FAQ
Who should consider mitochondrial testing?
Individuals with unexplained fatigue, poor exercise recovery, or suspicion of oxidative stress — particularly after lifestyle optimization.
Can mitochondrial dysfunction be reversed?
Some markers reflect reversible stress and can improve with targeted nutrition, detox, and mitochondrial support protocols.