- Aerobic Power (VO2 max): The Aerobic Power VO2 max test is the ideal test to determine cardio-respiratory fitness. VO2 max is the maximum amount of oxygen in milliliters, one can use in one minute per kilogram of body weight. VO2 max
is an important component of successful endurance performance and
necessary for quick recovery from repeated short duration-high
intensity exercise. Aerobic power can be measured while running,
cycling, rowing or swimming. True maximal heart rate is determined,
which is invaluable for calculating proper training intensities.
- Submaximal Aerobic Economy:
The submaximal aerobic economy test is a critical test to document
changes in any training program or after a period of inactivity. The
test measures oxygen consumption at race and/or training paces and is a
direct measure of physiological changes in oxygen delivery, uptake and
utilization. Economy can be measured while running, cycling, rowing or
swimming. Heart rate at the selected paces is also determined which is
vital for setting new training programs.
- Lactate / Ventilatory Threshold: A lactate and/or ventilatory threshold test is used to determine the workload, intensity, heart rate and VO2
that corresponds to the point where an individual switches from
predominantly relying on the aerobic system to the anaerobic system for
energy. Identifying the LT or VT is important for athletes as training
workloads and intensities should be determined from the lactate or
ventilatory threshold. A lactate and/or ventilatory threshold test can
be measured while running, cycling, rowing or swimming.
- Sport Specific Power (SSP): The
SSP is a modification of the Wingate Anaerobic Test, which is the ideal
test to determine peak power output. The SSP test is specifically
designed and tailored for each different sport (volleyball, soccer,
basketball, hockey, football, cycling). Anaerobic power is safely
measured while cycling or performing seated leg extensions.
- Body Composition
Hydrostatic (Under Water):
Hydrostatic weighing is the gold standard of body composition analysis.
This method measures the amount and percent of lean (muscle) tissue and
fat tissue in the body. Various types of athletic performance and
indicators of health status can be improved by altering body
composition.
In addition, the HPL has
the ability to measure total body water as well as intracellular
(inside the cell) fluid. These measures provide an individual accurate
measures of the amount of water/fluid they are retaining. Various
exercise and nutrition programs can be created to safely remove excess
fluid from the body which is known to decrease blood pressure, a marker
of cardiovascular health.
- Muscular Strength / Power: This
measurement of upper and lower body strength and power helps identify
specific muscle groups that need strength or power improvement. Through
the Biodex Evaluation, opposing muscle groups of the same joint are
compared and existing asymmetries, which can potentially lead to
injury, can be identified.
Additionally, the HPL
recently received a Velocity Cage for assessing and training muscular
power. The Velocity Cage allows an athlete to perform any power
training exercise (squat jumps, bench throws, power cleans, snatches,
high pulls, etc) and receive real time power outputs. Power training
has become the newest form of training elite athletes to maximize
muscular strength in functional sport specific movements.
- Nutritional Analysis: The
daily intake of carbohydrates, proteins, fats, vitamins, minerals and
water has a dramatic affect on energy levels, tissue (muscle) building
and repair, and body composition. Identification of proper food
selection helps training and competition, as well as achieving your
desired body weight and body fat content.
- Sport Specific / Individualized Training Prescription: Evaluation
of your training program by an exercise scientist is an invaluable
asset for improving your exercise regimen. The focus is aimed at
developing strengths and correcting weaknesses in your aerobic and/or
strength and power training program.
Last modified on August 12, 2010
by robbinsbr