Surgeons need to perform several electrode insertion trials in ex vivo temporal bones to develop the skills necessary for successful HP surgery in a patient.
To develop skills sufficient for hearing preservation CI surgery, surgeons need to perform several electrode insertion trials in ex vivo temporal bones, thereby consuming relatively expensive electrode carriers.
To develop skills sufficient for hearing preservation cochlear implant surgery, surgeons need to perform several electrode insertion trials in ex vivo temporal bones, thereby consuming relatively expensive electrode carriers.
After preparation of the proximal tibia and insertion of trial components, patellofemoral stability was tested through a full range of motion before the definitive components were cemented in place.
For each polymer molecule to be inserted, 10 trial insertions of the first CG unit are performed, calculating the Boltzmann factors for each trial insertion.
The trials reporting data on the outcomes of interest are as follows: Success of route of insertion, six trials.
For the primary outcome, there was no significant difference between studies of elective insertion (five trials, RR 1.91, 95% CI, 1.45 to 2.53) and studies of emergency insertion (two trials, RR 1.05, 95% CI, 0.38 to 2.83) by the test of interaction (P = 0.25, I = 23.3%).
Success of route of insertion, six trials.
The technique involves trial insertion of restorations at the precrystallized stage, allowing verification of the marginal fit and evaluation of the internal adaptation and overall esthetic plan to ensure an optimal clinical result for the definitive restorations.
Number of insertion attempts, one trial.
