bio-performx/report_gen/page_17.html

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            <div class="text-xl font-bold">ISHP</div>
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            <span class="mr-6">Name: Keirstyn Moran</span>
            <span class="mr-6">Age: 34</span>
            <span class="mr-6">Height: 5'4"</span>
            <span class="mr-6">Weight: 123lbs</span>
            <span>Focus: Endurance</span>
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        <h1 class="text-4xl font-bold mb-8">Glossary</h1>

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                <p class="font-semibold">Peak VT:</p>
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                    Peak Volume of air moved throughout the test.
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                <p class="mb-2">
                    Respiratory Capability Limitations that can be found
                    include:
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                    <li>
                        <strong>Endurance:</strong> Normal capacity, but cannot
                        maintain their VT over time.
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                    <li>
                        <strong>Strength/Power:</strong> Normal capacity, but
                        peak VT is not 75-85% of their FEV1 despite FEV1 being
                        normal
                    </li>
                    <li>
                        <strong>Coordination (Hyper/Hypo-Ventilation):</strong>
                        Normal capacity, but uses low volumes +/- high BFs at
                        lower intensities. A breathing coordination limitation
                        can also be identified by the loss of volume at higher
                        intensities, which are then recovered upon recovery/stop
                        of activity.
                    </li>
                </ul>
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            <!-- VO2 Pulse -->
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                <p class="font-semibold">VO2 Pulse:</p>
                <p>
                    VO2 Pulse refers to the relationship between oxygen
                    consumption (VO2) and heart rate (HR) during exercise. This
                    measure gives insight into how efficiently the body is using
                    oxygen in relation to the heart's output. A higher VO2 Pulse
                    suggests that an individual is able to deliver oxygen more
                    efficiently to the muscles with each heartbeat.
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            <!-- VO2 Breath -->
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                <p class="font-semibold">VO2 Breath:</p>
                <p>
                    VO2 Breath refers to the amount of oxygen consumed per
                    breath during exercise, which indicates how effectively the
                    body delivers oxygen to the bloodstream through the lungs
                    with each breath. A more efficient VO2 Breath means the body
                    requires less effort to obtain the same amount of oxygen,
                    indicating better respiratory efficiency and oxygen
                    utilization.
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            <!-- Carb & Fat Crossover -->
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                <p class="font-semibold">Carb & Fat Crossover:</p>
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                    The point during exercise at which the body shifts its
                    predominant fuel source from fats to carbohydrates. This
                    transition typically occurs as exercise intensity increases,
                    and marks the transition from Zone 2 into Zone 3. As
                    exercise intensity increases, the body starts to rely more
                    on carbohydrates because they provide faster energy.
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                    Endurance training (e.g., long, steady-state cardio within
                    Zones 1 & 2) increases the body's ability to burn fat
                    efficiently at higher intensities, shifting the crossover
                    point to a faster speed, or higher heart rate/intensity.
                    Because fat stores are much larger and can provide a steady
                    stream of energy for prolonged periods, a higher CHO/FAT
                    crossover can help delay fatigue, which is especially
                    beneficial in longer-duration events, where carbohydrate
                    depletion can lead to a significant drop in performance.
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                <p class="font-semibold">Cardiovascular Recovery:</p>
                <p>
                    The percentage your heart rate drops within the first minute
                    of the inactive recovery phase in relation to the lowest
                    heart rate recorded prior to the start of the test.
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            <!-- Metabolic (CO2) Recovery -->
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                <p class="font-semibold">Metabolic (CO2) Recovery:</p>
                <p class="mb-2">
                    The percentage that your VCO2 levels (amount of CO2 you are
                    exhaling) drop within the first 1.5 minutes of the inactive
                    recovery phase in relation to the lowest VCO2 recorded prior
                    to the start of the test.
                </p>
                <p>
                    refers to the rate at which the body clears carbon dioxide
                    (CO2) after exercise, reflecting the efficiency of the
                    cardiovascular and respiratory systems in returning CO2
                    levels to baseline. A faster VCO2 recovery indicates
                    effective management of metabolic byproducts, signaling a
                    healthier metabolic system and lower risk of metabolic
                    disorders.
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                <p class="font-semibold">Breath Frequency Recovery:</p>
                <p>
                    Refers to the speed at which the body returns to a normal
                    breathing rate after physical exertion. Faster breath
                    frequency recovery indicates a well-conditioned
                    cardiovascular and respiratory system, allowing the body to
                    efficiently regulate oxygen and CO2 levels. It supports
                    better endurance, faster recovery between intervals, and the
                    ability to sustain higher performance during repeated
                    efforts or prolonged activity. Additionally, a quick return
                    to baseline signals that the autonomic nervous system is
                    functioning well, reducing stress on the body and promoting
                    more efficient recovery. This also reflects a healthier
                    metabolic system, better management of metabolic byproducts
                    like CO2, and a lower risk of chronic conditions.
                </p>
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        <div>CONTACT: info@ishplabs.com</div>
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