Using a larger HC2 tip size for floating mass transducer on the round window increases output and lowers membrane stress, reducing penetration risk.
Does a larger HC2 tip size improve stimulation efficiency and reduce membrane stress in round window stimulation with a floating mass transducer?
Using a larger HC2 tip in floating mass transducer round window stimulation improves output and reduces membrane stress, potentially improving clinical outcomes and safety.
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RW stimulation efficiency increases with HC2 tip size. The large tip provides the highest output and lowest RW membrane stress, reducing penetration risk. FMT stimulation with different HC2 tip sizes has distinct optimal preload. These findings support the use of a larger HC2 tip to improve clinical outcomes in RW stimulation.
Wang et al. (Thu,) reported a other. Using a larger HC2 tip size for floating mass transducer on the round window increases output and lowers membrane stress, reducing penetration risk.