Research: Validating Effectiveness
Because our product design and functionality is scientifically based, research plays an integral role in validating the effectiveness of the NuStep recumbent cross trainer for a wide range of users.
This section provides a snapshot of medical, physiological, and other research that has tested the use and efficacy of NuStep recumbent cross trainers for a variety of populations and conditions.
Upper and Lower Limb Muscle Activation Is Bidirectionally and Ipsilaterally Coupled
Medicine & Science in Sports & Exercise | 2009
Resistance-based, reciprocal upper and lower limb locomotor training in chronic stroke: a randomized, controlled crossover study
Clinical Rehabilitation | 2008
Physiological and perceptual responses to maximal exercise using different modes of exercise
Medicine & Science in Sports & Exercise | 1997
Physiologic, metabolic, and perceptual responses to submaximal exercise using a total body recumbent stepper
Medicine & Science in Sports & Exercise | 1996
Neural Coupling During Recumbent Stepping
Journal of Applied Physiology | 2004
Moving the Arms to Activate the Legs in Gait Rehabilitation Therapy
Exercise Sports Science Reviews | 2006
Modified total-body recumbent stepper exercise test for assesing peak oxygen consumption in people with chronic stroke
Physical Therapy | 2008
Exertion Fatigue and Chronic Fatigue Are Two Distinct Constructs in People Post-Stroke
Stroke | 2010
Effects of Recumbent Stepper Exercise on Blood Pressure, Strength and Mobility in Residents of Assisted Living Communities: A Pilot Study
Physical & Occupational Therapy in Geriatrics | 2002
Development of a metabolic equation for the NuStep recumbent stepper in older adults
Perceptual & Motor Skills | 2011