PNOE Metabolic Testing

PNOĒ - VO2 Max Testing

PNOĒ - VO2 Max Testing - a strong reflection of total systemic mitochondrial capacity.

PNOĒ is a clinical-grade metabolic and cardiorespiratory assessment that analyzes your breath while you rest and exercise. By measuring your oxygen intake and carbon dioxide output, it provides hyper-personalized data on your cellular function, VO2 max, fat-burning efficiency, and breathing mechanics.

PNOĒ testing is completely non-invasive and maps out exactly how your heart, lungs, and cells work together to process energy.

How the Test Works

• The Setup: You wear a lightweight, clinical-grade mask connected to a portable metabolic analyzer that captures every breath.
• Resting Test: You sit or lie quietly for several minutes while the analyzer measures your Resting Metabolic Rate (RMR) and how well your body burns fat versus carbohydrates at baseline.
• Active Test: You perform a graded exercise test (usually on a treadmill, stationary bike, or rowing machine). The intensity gradually increases until you reach your exertion limit.

Key Metrics Measured

The breath analysis provides over 20 biomarkers detailing exactly how your body operates, including:

• VO2 Max: The maximum amount of oxygen your body can use during exercise, which is a key indicator of overall cardiovascular fitness and longevity.
• Fat-Burning Efficiency: Determines how many fats versus carbohydrates you burn at different heart rate zones.
• Ventilatory Thresholds (VT): Identifies the exact heart rate points where your body shifts from burning fat to burning carbohydrates, and when lactic acid begins to accumulate.
• Breathing Mechanics: Assesses how efficiently your lungs and respiratory muscles are working, and whether breathing restricts your athletic performance or causes fatigue.

Why People Use It

Because the test yields highly specific physiological data, it is used across a variety of disciplines:

• Athletes: To pinpoint optimal, personalized heart-rate training zones, improve race-day pacing, and build endurance.
• Weight Management: To uncover metabolic inefficiencies and build highly accurate nutrition plans based on your precise calorie burn.
• General Wellness & Longevity: To assess overall biological age, cellular health, and cardiometabolic risk.