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The Human Performance Lab

To EXPLORE the factors and limits of Human Performance.
To EVALUATE Human Performance.
To EDUCATE students and practitioners of Human Performance.
To ENHANCE Human Performance.

The Human Performance Laboratory at Boise State University is a facility designated to teach, conduct research, and provide service to faculty, staff, students, and individuals in the community. Among the physiological and fitness parameters measured in the laboratory are:
◊  cardiorespiratory endurance (maximal oxygen uptake),
◊  anaerobic power,
◊  muscular fitness (strength and endurance),
◊  muscular flexibility,
◊  body composition,
◊  pulmonary function,
◊  resting and stress electrocardiography,
◊  agility,
◊  balance,
◊  coordination,
◊  power,
◊  reaction time, and
◊  speed.

The Human Performance Laboratory is located on the first floor of the Health Services/Norco building, 1529 Belmont Street, on the Boise State University Campus.
For more information call (208) 426-5518 or the Kinesiology Department Office at (208) 426-4270.

HPL Shirt
Online ordering of Human Performance T-shirts

 

 

KINES 331 EXERCISE PHYSIOLOGY LAB MANUAL

Online purchasing of the Kines 331 manual is available here.

TESTING SERVICES

Online ordering and purchasing of tests is available here.

Body Composition:
The measurement of body composition is the calculation of the portion of the fat and lean tissue components of the body.  It is used to determine body fat percentage and then calculate a recommended body weight.  The lab is equipped to do three different kinds of body composition testing: hydrostatic (under water) weighing, Bod Pod and skin fold calipers.


Metabolic Testing:
Resting Metabolic Rate:
Resting metabolic rate is the energy required by the body to maintain the vital functions of the body in a resting state.  This value allows you to calculate total daily energy expenditure, approximate the energy substrates being used, and to estimate caloric intake needs. This is a test conducted to determine the maximal amount of oxygen the body is able to consume per minute of physical activity.  This measurement is used to determine cardiovascular fitness level and can somewhat predict aerobic performance.  The lab is equipped to do maximal testing on a variety of different ergometers (bicycles, rowing) and on the treadmill.

Lactate/Anaerobic/Ventilatory threshold:  This is a test to determine the exercise intensity at which the body’s ability to clear lactate is exceeded by lactate production.  This measurement is used to more accurately prescribe optimum training intensities for aerobic events such as cycling and distance running.

Anaerobic power test: The Wingate Anaerobic Power Test is used to assess peak anaerobic power, anaerobic fatigue and total anaerobic capacity.  These values can be used to more accurately prescribe optimum training intensities for aerobic events such as cycling and distance running and for anaerobic events, i.e. sprinting.  Other anaerobic power tests are also available.

Sub-maximal testing: Sub-maximal exercise tests are conducted to estimate maximal values and workloads.  Sub-max testing is not as intense as maximal and does not require as much equipment or physical exertion.  Tests include stair stepping, cycle ergometery, and treadmill protocols.


Other Testing:
Pulmonary Function Testing:
Pulmonary function testing is done to determine lung function values such as total lung volume, vital capacity and fractional capacities.  These volumes and components of lung function and are important determinants of pulmonary health.

Exercise Stress Test: An exercise stress test is a maximal effort test that is conducted while connected to an electrocardiogram (ECG).  The ECG records the electrical activity of the heart.  This test is conducted to monitor the heart while under the stress of exercise and can be diagnostic for various cardiovascular diseases.  Your physician must be present to diagnose and read the ECG.

Isometric Strength:  Isometric strength is the maximal force that a muscle group can exert in a fixed position.  It can be performed to determine strength and muscular balance.  Optimum strength and antagonistic muscle balance reduce the risk of injury and enhance performance.  Isometric strength tests include: abdominal, chest press, low back, shoulder press, and upper back, as well as others.

Flexibility Testing: Flexibility is an important measure of an individual’s ability to move through the range of motion without causing injury.  Optimum flexibility can reduce the risk of injury and enhance performance.  Flexibility tests include: low back and hamstring, trunk rotation, and shoulder as well as others.

Other tests and protocols can be utilized and/or developed to meet your specific needs and interests.

Athlete Performance Academy

Athlete Performance Academy (APA) relies on age-appropriate training to create a model-learning environment to help athletes excel, all the while giving them tools to help improve their training for years beyond their time with us.

APA depends on the well-versed background knowledge of our staff to complete a comprehensive approach to training. Our staff is very passionate about movement sciences, with Bachelor and Masters level students helping organize daily activities and ensure the follow-through of technique-oriented exercises. Our staff is equipped with knowledge from The National Strength and Conditioning Association and is supplemented with various research and literature to help supplement our understanding of designing the best program for our athletes.

We provide a knowledgeable, safe, and effective environment to help support the components of our programs. With a holistic mindset to training, we can provide athletes with an all-around beneficial experience that can add even more substance to their athletic portfolio.

APA offers 4-week sessions throughout the summer and school year on Mondays, Wednesday, and Fridays. Each session is one and one-quarters hours (1:15) long. The class size is currently kept to a total of eight participants between the ages of 14 and 18; this ensures each participant receives the very best training at a reasonable cost — twelve 1.25 hour classes. Please contact the Human Performance Lab (hpl@boisestate.edu) for more details on time and place for the upcoming sessions.

Please complete the attached Consent Form and email to: hpl@BoiseState.edu
or print and bring with you to the first day of conditioning.  Athletes will NOT be allowed to participate without a completed and signed Consent Form.

APA Consent & Photo form

Online ordering and purchasing of APA sessions and tests is available here.