Scientific background (2011 to today)
The development of the Reha-Aquabike is based on many years of scientific research into exercise and performance physiology in water. Under the direction of Dr. Matthias Fenzl, several studies examined fundamental questions of training control, performance diagnostics and cardiovascular response to physical exercise in water.
This work provides important insights into the particular physiological conditions of training in water, especially compared with land-based forms of exercise. It forms the methodological and conceptual basis for the further development of water-based therapeutic approaches.
Previous studies (basic research in water)
The following studies examined fundamental physiological, performance-diagnostic and metabolic questions of training in water. They form the scientific basis for the later clinical application.
- Does continuous endurance exercise in water elicit a higher release of ANP and BNP...Release of ANP and fat oxidation in overweight persons during aerobic exercise in water.
Transfer to MS research (current clinical phase)
The current project builds on this knowledge. While the studies mentioned were primarily concerned with healthy subjects or specific target groups, the ongoing clinical research addresses people with advanced multiple sclerosis systematically for the first time. The aim is to examine whether these physiological findings can be transferred to a clinically relevant patient group and to assess them on an evidence basis.
The role of technology as an enabler of water therapy
The Reha-Aquabike is designed as a research-oriented training and examination device. It allows a precise, individually adjustable load in water and thus creates the conditions for a structured, evidence-based investigation of water-based exercise therapy.
In the context of the clinical study, the Reha-Aquabike does not serve as an isolated therapy, but as a technical aid for carrying out therapeutic interventions in a reproducible, safe and scientifically traceable way. Its clinical benefit and therapeutic relevance are being examined systematically in the current study phase.
In the long term, the findings are intended to help assess the use of technology-assisted water therapy in rehabilitation on a sound basis and – given corresponding evidence – to integrate it into existing treatment concepts.