Bio Testing

Assessment

InBody Analysis

Body composition analysis provides a detailed understanding of an individual’s physical health beyond simple weight measurements, assessing fat, muscle, bone, and water content. This information helps set realistic body composition goals, tailor nutrition and exercise plans, and monitor progress over time. It enables more effective strategies for weight management, muscle gain, overall body transformation, and long-term health, while fostering motivation and accountability.

Applications

Obesity & Overweight

Highlights excess fat relative to lean mass; helps inform strategies to reduce risk factors for cardiovascular disease, diabetes, hypertension, and other health conditions.

Sarcopenia & Muscle Loss

Monitors muscle mass and supports interventions to maintain strength, mobility, and overall functional capacity.

Osteoporosis & Bone Health

Assesses bone mineral density. While not a diagnostic tool for osteoporosis or fractures, it can reveal trends or anomalies that may prompt consultation with a qualified healthcare professional.

Edema & Fluid Retention

Detects shifts in fluid distribution, which can indicate abnormal accumulation. This information may support discussions with medical specialists regarding conditions such as heart, kidney, or liver disease, or lymphedema.

Nutritional Deficiencies:

Identifies malnutrition or inadequate lean mass in order to inform dietary and recovery strategies. Malnutrition is associated with impaired immune function, delayed wound healing, and increased morbidity and mortality.

Endocrine Disorders

Provides data that may reflect changes associated with conditions such as thyroid disorders, Cushing’s, or hypogonadism, offering insights to support discussions with healthcare providers.

Monitoring Changes in Health and Fitness:

Tracks changes such as reductions in body fat percentage or increases in lean mass over time to assess interventions (diet, exercise, medical treatment); enables personalised, evidence-based strategies that enhance health, fitness, and long-term wellness.

Evidence-based, personalised strategies that build health, performance and accountability.
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Assessment

VO₂ Max Test

VO2 max testing measures the maximum amount of oxygen the body can utilize during intense exercise. It serves as a benchmark for aerobic endurance, allowing individuals to understand their fitness levels, set targeted goals, and track improvements over time. This assessment offers insights into cardiovascular health, respiratory function, metabolic efficiency, exercise tolerance, and risk stratification for surgery or rehabilitation. By monitoring VO2 max, individuals and clinicians can guide personalised exercise programs, track progress, and implement preventive strategies to enhance overall health and well-being.

Applications

Cardiovascular Health

VO2 max is a measure of the maximum amount of oxygen that an individual can utilize during intense exercise. Higher VO2 max values generally indicate better heart health and a lower risk of cardiovascular diseases such as heart disease, stroke, and hypertension.

Respiratory Conditions

Provides insight into respiratory efficiency during exercise. While not a diagnostic test, it can reveal trends that may prompt further evaluation by a healthcare professional for conditions such as asthma, COPD, or other pulmonary limitations.

Metabolic Conditions

VO2 max testing can provide insights into metabolic health and energy metabolism. Lower VO2 max values reflect reduced metabolic efficiency, which can guide interventions to improve endurance, body composition, and overall fitness.

Exercise Tolerance & Endurance

Assesses the ability to sustain high-intensity activity. Tracking VO2 max can help optimise training intensity, monitor fatigue, and support improvements in stamina and performance.

Risk Stratification for Surgery or Rehabilitation

Provides data that may support discussions with medical professionals regarding physical readiness or rehabilitation potential for surgery or recovery programs. Low VO2 max values may indicate increased surgical risk or poor prognosis following surgery, particularly for procedures involving anesthesia or significant physiological stress.

Monitoring Disease Progression or Treatment Efficacy

Allows individuals and coaches to track improvements from training, rehabilitation, or lifestyle interventions, ensuring exercise programs are both effective and safe.

Risk Assessment for Future Health Outcomes

Trends in VO2 max can inform proactive strategies to enhance health and fitness over time, helping individuals set achievable goals and maintain or improve overall well-being.

Objective data to personalise training, reduce risk and improve long-term health.
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Assessment

Resting Metabolic Rate / Fat Max Test

RMR testing measures the amount of energy expended by the body at rest, providing a baseline for understanding individual metabolic rates. This data is essential for tailoring nutrition, exercise, and weight management strategies, identifying potential metabolic imbalances or ineffiencies, and supporting early intervention and preventive measures against metabolic disorders.

Applications

Metabolic Rate Abnormalities

Provides insight into your baseline energy expenditure. Trends in RMR may highlight inefficiencies or shifts in metabolism that can inform adjustments to nutrition and training.

Weight Management Issues

Helps identify factors that may influence weight loss or gain, enabling personalised strategies for sustainable results.

Nutritional Deficiencies

Highlights nutrient imbalances that can impair metabolic function and energy balance. For example, inadequate intake of essential nutrients such as protein, vitamins, or minerals can impact metabolic rate and overall energy balance, leading to suboptimal health outcomes.

Thyroid Disorders

Thyroid hormones play a crucial role in regulating metabolism and energy expenditure. Abnormalities in thyroid function, such as hypothyroidism or hyperthyroidism, can influence RMR. It can reveal trends that may warrant discussion with a healthcare professional regarding thyroid or other metabolic conditions.

Cachexia or Muscle Wasting

Monitoring RMR can provide insight into muscle preservation, helping guide interventions to maintain or build lean mass, particularly during recovery or age-related metabolic changes.

Metabolic Syndrome and Insulin Resistance

Assesses metabolic health and helps identifies trends linked to obesity, cardiovascular disease, and type 2 diabetes. Metabolic syndrome, characterized by a cluster of metabolic abnormalities including obesity, insulin resistance, dyslipidemia, and hypertension, can affect RMR.

Age-Related Changes in Metabolism

Evaluates age-related declines in metabolism to support healthy aging. such as nutrition counseling, exercise prescription, and lifestyle modifications.

Monitoring Weight Loss or Gain Progress

Allows individuals and coaches to track changes in metabolism, helping refine nutrition and training programs for continued improvements and long-term health outcomes. Understanding how RMR responds to changes in body composition, dietary intake, and physical activity levels can help optimize weight management strategies and ensure long-term success.

Training

Altitude (Hypoxic) Training

Altitude (Hypoxic) Training
 simulates reduced oxygen environments, driving powerful adaptations in cardiovascular, metabolic, and muscular systems. It enhances endurance, resilience, and recovery while supporting long-term health and performance.

Applications

Cardiovascular Efficiency

Improves oxygen delivery and circulation; supports stronger heart and lung function with lower resting heart rate.

Endurance & Performance

Boosts red blood cell production and oxygen capacity, sustaining higher intensity and prolonged effort.

Metabolic Optimisation

Enhances fat oxidation and blood sugar control; reduces risk of obesity, diabetes, and metabolic syndrome.

Recovery & Rehabilitation

Provides high physiological stimulus with reduced joint load; effective for safe progression and post-injury conditioning.

Fatigue Resistance

Increases tolerance to lactic acid build-up; delays fatigue and supports longer, more efficient sessions.

Cognitive & Stress Resilience

Sharpens focus, stress tolerance, and neurological adaptation; supports mental performance under pressure.

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