Fitness Traits Reports

Achilles Tendon ProtectionNew

Achilles tendon (AT) is essentially a tissue that attaches to the back of your calf muscles and connects to the back of your heel bone. Your genetic disposition can influence your achilles tendon protection levels.

Aerobic Exercise CapacityNew

Your genetic predisposition can influence your body’s ability to perform aerobic exercises.

Anaerobic Exercise CapacityNew

Anaerobic exercise capacity is the body’s ability to carry out intense physical activities within a short period of time.

Body Temperature During ExerciseNew

Great changes in body temperature during exercise may lead to heat exhaustion. Your genes can influence how your body temperature changes during exercise

Caffeine SensitivityNew

Sensitivity to caffeine determines how quickly your liver metabolises caffeine, which also influences the quality of exercise recovery, training and preparation for sports competitions or general training.

Glucose Response To ExerciseNew

Your genes can influence the effect of the exercise on your blood glucose level, which reflects how responsive your body is to the beneficial health effects of lifestyle interventions.

Joint InjuryNew

Joints are the meeting point between two bones in your body, which allow your skeleton bones to move in a flexible manner. Your genes can influence your risk levels in getting joint injuries or osteoarthritis.

Lactate ThresholdNew

Lactate threshold is the point at which lactate starts to accumulate in the blood over a period of time. It is also the most common factor that can limit your physical activity performance.

Lactate TransportNew

Lactate or lactic acid is a highly dynamic metabolite that can be used to fuel cells in skeletal muscles and the heart during physical exercise. Your genes can determine the lactate transport rate in your body, which influences how soon you feel muscle fatigue.

Lean Body MassNew

Lean body mass (LBM) consists primarily of skeletal muscle, which is an important contributor to physical strength, mobility, stamina and balance.

Ligament ProtectionNew

Ligaments are tough and dense bands of fibrous tissue that connect ends of bones to form a joint. Having higher ligament protection would mean lower risks in sustaining ligament injuries.

Maximum Oxygen UptakeNew

Your genetic predisposition in maximum oxygen uptake, which is also known as the total capacity of oxygen uptake and utilisation during high intensity exercises.

Muscle Cell Mitochondrial FunctionNew

In the mitochondria, chemical energy from the food we eat is transformed into an energy form that the cell can use. Having high mitochondrial function would mean that more energy would be generated during exercise.

Muscle SorenessNew

Your genetic predisposition in experiencing muscle soreness after exercising.

Stress FractureNew

Stress fracture is the condition in which one of your bones has tiny cracks that are caused by overuse, such as jumping up and down repeatedly or running for long distances.

Aerobic Potential

Discover whether your genes affect your VO2Max, which is usually linked to aerobic endurance that many athletes use to determine their overall fitness and it can be a predictor of your potential as an endurance athlete.

Muscle Endurance

Do you enjoy endurance sports? You can always improve if you work hard and smart. Find out if you have certain genetic variants similar to other endurance athletes.

Muscle Power & Strength

Your predisposition to being able to perform power exercises, and your predisposition to having high or low muscle strength.

Pain Tolerance

Your predisposition to having high or low tolerance toward pain.

Sports Recovery Ability

Your recovery from exercise training is an important part of your overall training program and is essential for optimal performance and improvement.