Add to ORKGo determine the role of intraoperative electroco- chleography to optimize the fitting of the floating mass transdu- cer of the Vibrant Soundbridge on the round window membrane in patients with conductive and mixed hearing loss. Improved round window vibroplasty outcomes are observed when the surgeon is promptly informed of the compound action potential changes induced by the floating mass transducer round window membrane vibroplasty and alters surgery accordingly. The key point for optimal coupling is a floating mass transducer in full contact with the round window membrane, free to vibrate without any contact with the surrounding bony structures and mobile footplate
The safety and performance of the Otologics fully implantable hearing device were assessed in adult ...
Objectives: As a treatment for partial deafness with residual hearing in the lower frequency range, ...
Hypothesis: Round window reinforcement leads to conductive hearing loss. Background: The round windo...
Abstract OBJECTIVE: To determine the role of intraoperative electrocochleography to optimize the fi...
OBJECTIVE: To determine the role of intraoperative electrocochleography to optimize the fitting of ...
The surgical rehabilitation of mixed hearing losses can be performed by coupling the floating mass t...
Early clinical findings are reported for subjects implanted with the Vibrant Med-El Soundbridge (VSB...
To evaluate the long-term outcomes of the first 5 infants and 9 children with congenital aural atres...
OBJECTIVE: To evaluate optimal placement of the Floating Mass Transducer of the Vibrant Soundbridge ...
o determine whether intraoperative electroco- chleography during cochlear implant surgery provides o...
OBJECTIVE: To assess the functional results of the Vibrant Soundbridge (VBS) placed on the round win...
The round window vibroplasty is a feasible option for the treatment of conductive, sensorineural and...
OBJECTIVE: To optimize intraoperatively the coupling of the floating mass transducer (FMT) of the Vi...
Usage of the Vibrant Soundbridge (VSB) with round window (RW)-Coupler placement at the RW has been s...
Purpose: To evaluate the complication rate in adult subjects with open cavities, implanted with the ...
The safety and performance of the Otologics fully implantable hearing device were assessed in adult ...
Objectives: As a treatment for partial deafness with residual hearing in the lower frequency range, ...
Hypothesis: Round window reinforcement leads to conductive hearing loss. Background: The round windo...
Abstract OBJECTIVE: To determine the role of intraoperative electrocochleography to optimize the fi...
OBJECTIVE: To determine the role of intraoperative electrocochleography to optimize the fitting of ...
The surgical rehabilitation of mixed hearing losses can be performed by coupling the floating mass t...
Early clinical findings are reported for subjects implanted with the Vibrant Med-El Soundbridge (VSB...
To evaluate the long-term outcomes of the first 5 infants and 9 children with congenital aural atres...
OBJECTIVE: To evaluate optimal placement of the Floating Mass Transducer of the Vibrant Soundbridge ...
o determine whether intraoperative electroco- chleography during cochlear implant surgery provides o...
OBJECTIVE: To assess the functional results of the Vibrant Soundbridge (VBS) placed on the round win...
The round window vibroplasty is a feasible option for the treatment of conductive, sensorineural and...
OBJECTIVE: To optimize intraoperatively the coupling of the floating mass transducer (FMT) of the Vi...
Usage of the Vibrant Soundbridge (VSB) with round window (RW)-Coupler placement at the RW has been s...
Purpose: To evaluate the complication rate in adult subjects with open cavities, implanted with the ...
The safety and performance of the Otologics fully implantable hearing device were assessed in adult ...
Objectives: As a treatment for partial deafness with residual hearing in the lower frequency range, ...
Hypothesis: Round window reinforcement leads to conductive hearing loss. Background: The round windo...