Sentence examples for prosthesis performance from inspiring English sources

This variability in prosthesis performance highlights the need for adequate pre-market assessment and vigilant post-market surveillance.

Specifically, directing neural processes into closer spatial proximity to stimulating elements of retinal or cochlear implants (CIs) may overcome current spatial signal resolution barriers and enhance prosthesis performance.

Developing precise spatial control of de novo neurite growth from neurons that are relevant to neural prosthetics, such as inner ear SGNs, will lead to enhanced prosthesis performance and improved functional outcomes for patients.

As has been demonstrated in the literature, the fresh temporal bone preparation is a good model for preclinical, in vitro studies, and laser Doppler vibrometry is a suitable tool for assessing middle ear prosthesis performance.

Of the 6 eligible trials, 5 performed simultaneous bilateral TKAs, which allowed comparisons of clinical and radiographic outcomes, satisfaction, and preference in the same patients and detection of subtle differences in prosthesis performance.

Regardless of the confounding factors detected in the clinical literature, registry data on the Oxford unicompartmental knee prosthesis indicate similar performance of this implant in comparison with other well-performing products for unicompartmental knee arthroplasty.

Given the continual evolution of implants and surgical techniques, an increasing number of patients are requesting "performance" prostheses that allow early functional recovery, simplified re-operation, and greater attention to aesthetic needs.

30 The literature has shown positive effects in the swallowing function with the use of prostheses and the differences in swallowing performance with prostheses in the upper or inferior arches.

Little evidence exists regarding how prosthesis design characteristics affect performance in tasks that challenge mediolateral balance such as turning.

In order to extend the abilities and accuracy of prosthesis arm movements and performance, a novel sEMG pattern recognizing system is proposed.

In this study we propose a design for a new prosthesis, which optimises mechanical performance in the human middle ear and improves some deficiencies in the prostheses currently available.