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  1. The increased physical workload of your exercise or athletic activity causes the parts of the cell that create energy to become stronger and more efficient. Your energy output for use during future activity is improved; however, increased physical workload can often be accompanied by muscle tearing, joint stress, and lactic acid buildup.

    The CVAC (Cyclic Variations in Adaptive Conditioning) Process creates an atmospheric workload that challenges the body using natural and tolerable stressors. Changes in pressure set up waves of tension and resolution; in this way, CVAC Sessions allow an athlete to continue to gain improvement in energy production even on rest days taken to avoid overtraining.

    Want more?
    CVAC Sessions will improve your performance and endurance naturally and faster by improving your recovery.

    The 20-minute CVAC Session sequences both work and recovery. While your body’s cellular energy-making machine is being enhanced, your body is also receiving assistance in eliminating the waste products naturally produced during past intense workouts. Your body’s pipes are cleaned, allowing easier elimination of waste production in the next intense exercise session.

    Adaptation-based physical conditioning versus altitude training

    We recognize that endurance athletes often engage in altitude training; however, that training differs greatly from the adaptation-based conditioning provided by the CVAC Process. The hypoxic stress component of the CVAC Process is brief, transient, and pulsatile; it does not compare to the static, long-term exposures to unnaturally lowered oxygen concentrations associated with nitrogen tents, a popular form of “altitude training”. With the CVAC Process, dynamic changes in pressure are applied to fresh room air only.

  • Improve recovery time (post exercise) 

  • Accelerate healing

  • Improve athletic performance

  • Reduce inflammation

  • Receive the benefits of classic exercise on off days without the stress and waste products

  • Increase VO2 max

  • Increase o2 uptake

  • Improve glycolytic energy production

  • Improve metabolic waste removal

  • Increase Nitric Oxide

  • Stimulate mitochondrial biogenesis

  • Flush AGEs (Advanced Glycation End Products)

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