Sentence examples for peripheral locking from inspiring English sources

The polyethylene insert is held to the base plate by a peripheral locking mechanism.

Twenty-eight polyuretrabecularecular bone surrogates were instrumented with a center screw-type glenoid baseplate and fixated with various combinations of peripheral locked and non-locked screws (1-, 2-, 3- and 4-locked con).

This clinical experience validated the mechanical study reported by Harman et al. [11] which showed how peripheral locked screws were superior to non-locked screws at maximizing baseplate fixation <150 µm micromotion threshold.

Surgeons have thus gained comfort using a glenoid baseplate with four peripheral locked screws.

The use of peripheral locked screws has reduced glenoid baseplate failure rates in reverse shoulder arthroplasty.

One key modification which helped improve baseplate fixation was the introduction of peripheral locked screws.

No statistical differences were observed in baseplate micromotion for peripheral screw combinations that included one, two, three and four peripheral locked screws.

At baseline (p > 0.662) and following 10,000 cycles (p > 0.665), no differences were observed in baseplate micromotion for screw combinations that included one, two, three and four peripheral locked screws.

However, in a 5-year follow-up series using the same implant with 5.0-mm peripheral locked screws, the baseplate failure rate was reduced to 0%[23]].

There are certainly cases where four peripheral locked screws are either not possible or may not be of optimal surgical preference.

Thus, these study findings suggest that (1) hybrid fixation is a reasonable option for surgeons to consider when placing peripheral screws around a central screw baseplate and that (2) maximizing the number of peripheral locked screws, when clinically feasible, may more consistently maintain baseplate fixation through the postoperative rehabilitation course.