Showing results (1-10 of 10) with videos related to
Sort By:
Pageof 1
Journal of Strength and Conditioning Research|June 14, 2008
The combined acute effects of massage, rest periods, and body part elevation on resistance exercise performanceJohn F Caruso, Michael A CodayAviation, Space, and Environmental Medicine|September 26, 2007
Body mass and exercise variable relationships to lactate derived from gravity-independent devicesJohn F Caruso, Michael A Coday, Julie K Monda, et al.Aviation, Space, and Environmental Medicine|July 16, 2009
Growth hormone levels after flywheel ergometer exercise: correlation with independent variablesJohn F Caruso, Michael A Coday, Julie K Monda, et al.Aviation, Space, and Environmental Medicine|July 22, 2006
Blood lactate responses to leg presses performed against inertial resistanceJohn F Caruso, Jacquelyn C Herron, Landon B Capps, et al.Journal of Strength and Conditioning Research|November 4, 2008
Performance evaluation of a high-speed inertial exercise trainerJohn F Caruso, Parameswar Hari, Michael A Coday, et al.Aviation, Space, and Environmental Medicine|September 10, 2010
Prediction of resultant testosterone concentrations from flywheel-based resistive exerciseJohn F Caruso, Michael A Coday, Skyler T Taylor, et al.Journal of Strength and Conditioning Research|April 29, 2008
Leg and calf press training modes and their impact on jump performance adaptationsJohn F Caruso, Michael A Coday, Charles A Ramsey, et al.Journal of Strength and Conditioning Research|August 26, 2009
Impact of acceleration on blood lactate values derived from high-speed resistance exerciseJohn F Caruso, P Hari, Adam E Leeper, et al.Journal of Strength and Conditioning Research|February 11, 2010
Blood lactate and hormonal responses to prototype flywheel ergometer workoutsJohn F Caruso, Michael A Coday, Julie K Monda, et al.Journal of Strength and Conditioning Research|February 8, 2012
Salivary hormonal values from high-speed resistive exercise workoutsJohn F Caruso, Brant M Lutz, Mark E Davidson, et al.Pageof 1