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<!-- Header -->
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<div class="w-full page">
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<div class="w-full page bg-white">
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<!-- Main Content -->
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<div class="p-4 text-sm">
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<h1 class="text-2xl font-bold mb-4">Glossary</h1>
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<div class="space-y-3 leading-tight">
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<!-- Peak VT -->
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<div>
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<p class="font-semibold">Peak VT:</p>
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<p class="mb-1">
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Peak Volume of air moved throughout the test.
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</p>
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<p class="mb-1">
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Respiratory Capability Limitations that can be found include:
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</p>
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<ul class="list-disc ml-4 space-y-0">
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<li>
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<strong>Endurance:</strong> Normal capacity, but cannot maintain their VT over time.
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</li>
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<li>
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<strong>Strength/Power:</strong> Normal capacity, but peak VT is not 75-85% of their FEV1 despite FEV1 being normal
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</li>
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<li>
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<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.
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</li>
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</ul>
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</div>
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<!-- VO2 Pulse -->
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<div>
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<p class="font-semibold">VO2 Pulse:</p>
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<p>
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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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</p>
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</div>
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<!-- VO2 Breath -->
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<div>
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<p class="font-semibold">VO2 Breath:</p>
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<p>
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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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</p>
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</div>
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<!-- Carb & Fat Crossover -->
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<div>
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<p class="font-semibold">Carb & Fat Crossover:</p>
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<p class="mb-1">
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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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</p>
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<p>
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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>
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</div>
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<!-- Cardiovascular Recovery -->
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<div>
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<p class="font-semibold">Cardiovascular Recovery:</p>
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<p>
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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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</p>
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</div>
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<!-- Metabolic (CO2) Recovery -->
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<div>
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<p class="font-semibold">Metabolic (CO2) Recovery:</p>
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<p class="mb-1">
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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.
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</p>
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<p>
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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>
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</div>
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<!-- Breath Frequency Recovery -->
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<div>
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<p class="font-semibold">Breath Frequency Recovery:</p>
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<p>
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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.
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</p>
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</div>
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</div>
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<!-- Main Content -->
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<div class="px-6">
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<!-- Page Title -->
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<h1 class="text-2xl font-bold text-black mb-4">Glossary</h1>
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<!-- Body Fat Percentage -->
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<div class="mb-3">
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<h2 class="text-base font-bold text-black mb-1">Body Fat Percentage:</h2>
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<p class="text-xs text-black leading-snug">The percentage of your overall body weight that is composed of fat cells. Body fat percentage can be reduced by either losing weight from fat mass, while maintaining lean mass, or maintaining fat mass while increasing lean mass.</p>
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</div>
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<!-- Footer -->
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<!-- Metabolic Rate -->
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<div class="mb-3">
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<h2 class="text-base font-bold text-black mb-1">Metabolic Rate:</h2>
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<p class="text-xs text-black leading-snug">Metabolic Rate measures the number of calories your body burns for basic functions and movement, based on factors like weight, age, gender, and height. A higher metabolic rate helps prevent weight gain and supports weight loss by ensuring you burn enough calories. Tracking metabolic rate is key for managing weight and preventing conditions linked to metabolic dysfunction. Positive influences include resistance exercise, proper sleep, and adequate protein, while negative factors include extreme dieting, yo-yo dieting, and excessive cardio. Improving it involves resistance training and optimal nutrition.</p>
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</div>
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<!-- Fuel Source -->
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<div class="mb-3">
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<h2 class="text-base font-bold text-black mb-1">Fuel Source:</h2>
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<p class="text-xs text-black leading-snug mb-1">Fat-burning efficiency measures your cells' ability to use fat as fuel, reflecting mitochondrial and cellular health. It indicates how well your body balances fat and carbohydrate usage to support energy needs, assessed by analyzing oxygen and carbon dioxide in your breath. High fat-burning efficiency suggests strong metabolic and mitochondrial function, linked to better weight management and longevity.</p>
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<p class="text-xs text-black leading-snug">To improve fat-burning efficiency, focus on Zone 2 endurance training and potentially intermittent fasting to enhance oxygen absorption and cellular function. Zone 5 interval training will also help improve fat burning mitochondrial density and capillarization. Factors that reduce fat burning ability include diets high in processed foods, alcohol, and large meals before bed. Conditions related to metabolic stress also hinder fat burning abilities.</p>
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</div>
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<!-- NEAT -->
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<div class="mb-3">
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<h2 class="text-base font-bold text-black mb-1">NEAT (Non-Exercise Activity Thermogenesis)</h2>
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<p class="text-xs text-black leading-snug">refers to the energy expended for all activities that are not deliberate exercise or structured physical activity. This includes daily movements such as walking, fidgeting, standing, cleaning, typing, and even simple tasks like cooking or shopping. NEAT contributes significantly to the total caloric expenditure and plays a key role in maintaining body weight and overall energy balance. It varies widely among individuals, depending on lifestyle, occupation, and habits.</p>
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</div>
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<!-- Spirometry -->
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<div class="mb-3">
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<h2 class="text-base font-bold text-black mb-1">Spirometry:</h2>
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<p class="text-xs text-black leading-snug mb-1">Spirometry is a diagnostic device used to provide objective measurements of lung volumes and capacities. Lung function is crucial for oxygen delivery during physical activity, and comparing spirometry results to expected values can highlight any potential limitations to performance.</p>
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<p class="text-xs text-black leading-snug mb-1">"From a Performance standpoint, it is essential in making informed training recommendations related to respiratory health to optimize endurance performance and metabolic health."</p>
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<!-- Spirometry Sub-definitions -->
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<ul class="text-xs text-black space-y-1 list-disc list-inside ml-3">
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<li><strong>FEV1:</strong> Forced Expiratory Volume - the total amount of air expelled in the first second.</li>
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<li><strong>FVC:</strong> Forced Vital Capacity - the maximum amount of air exhaled in one breath after a maximum inhalation</li>
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<li><strong>FEV1/FVC:</strong> Calculated ratio used in the diagnosis of obstructive & restrictive lung disease.</li>
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</ul>
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<p class="text-xs text-black leading-snug mt-1">By comparing these measurements to expected values based on age, gender, height and ethnicity, healthcare professionals can diagnose a range of lung conditions such as asthma, COPD, restrictive lung diseases, and more.</p>
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</div>
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<!-- VO2 max -->
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<div>
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<h2 class="text-base font-bold text-black mb-1">VO2 max:</h2>
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<p class="text-xs text-black leading-snug mb-1">VO2 Max, or maximal oxygen consumption serves as a valuable indicator of overall fitness, cardiovascular health, and endurance capacity. VO2 max reflects the efficiency of your heart lung system in pumping oxygen-rich blood to working muscles. A higher VO2 max indicates a stronger cardiovascular system, which is associated with a reduced risk of heart disease and other cardiovascular issues.</p>
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<p class="text-xs text-black leading-snug">Understanding and training to increase your VO2 max can contribute to enhanced physical performance, longevity and well-being.</p>
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</div>
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</div>
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</div>
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