Meanings of wheelchair propulsion in English

The shoulder plays a very important role during manual wheelchair propulsion.

This study compared three coordinate systems used to represent the shoulder during wheelchair propulsion.

Conclusions: The proposed propulsion training protocol may lead to favorable changes in manual wheelchair propulsion technique.

This study found stable parameters that characterize pushrim forces during wheelchair propulsion and varied with speed.

Conclusion: This study found stable parameters that characterize wrist biomechanics during wheelchair propulsion and varied with speed.

The derivations and results indicate where improvements in measurement of wheelchair propulsion biomechanical variables are likely to originate.

This article also provides some insight into maximal shoulder joint forces and moments recorded during manual wheelchair propulsion.

Objective: To investigate pushrim forces and joint kinetics during wheelchair propulsion and to discuss the differences between inexperienced and experienced wheelchair users.

This paper presents several of the equations used to calculate or derive the primary variables used in the study of wheelchair propulsion biomechanics.

Analyzing the pushrim forces and hub moments occurring during wheelchair propulsion is a first step in gaining insight into the cause of this pain.

With the ability to measure pushrim forces and moments has come the development of several dynamic metrics derived for analyzing key aspects of wheelchair propulsion.

Objective: To examine intra-individual variability of kinetic and temporal-spatial parameters of wheelchair propulsion as a function of shoulder pain in manual wheelchair users (MWUs).

This software was used to train a long-term wheelchair user on a dynamometer during 3 low-intensity wheelchair propulsion training sessions over a 3-week period.