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Results 11 - 13 of 13
Presenter(s): René Gifford, PhD, CCC-A; Lauren Calandruccio, PhD, CCC-A
Credit(s): PDHs: 0.5, ASHA CEUs*: 0.05
Summary: Recent studies from the presenters’ laboratory demonstrate a relationship between electrode-to-modiolus distance and channel independence. Specifically, children and adults who use cochlear implants (CIs) (precurved electrodes) demonstrate performance gains up to 12 and 16 channels. The presenters’ working theory is that greater channel independence affords better spectrotemporal resolution. This presentation describes the relationship between spectrotemporal processing and CI outcomes for adult and pediatric CI users. This course was presented and recorded at the 2019 ASHA Convention. This session was developed by, and presenters invited by, Hearing, Tinnitus, and Vestibular Science.
Presenter(s): Konstantina M. Stankovic, MD, PhD, FACS; Lauren Calandruccio, PhD, CCC-A
Credit(s): PDHs: 1.5, ASHA CEUs*: 0.15
Summary: The presenters discuss their work on optical imaging of the inner ear to enable progress in understanding, diagnosing, and treating human sensorineural hearing loss (SNHL). Next, they illustrate their approach to develop personalized therapies for SNHL, using vestibular schwannoma as an example. Finally, they demonstrate the promise of gene therapy, nanotechnology, and computational drug repositioning. This course was presented and recorded at the 2019 ASHA Convention.
Presenter(s): Stephen Camarata, PhD, CCC-SLP; Benjamin Hornsby, PhD, CCC-A; Fred Bess, PhD; Hilary Davis, AuD, CCC-A
Credit(s): PDHs: 1.0, ASHA CEUs*: 0.1
Summary: Recent studies have implicated fatigue as an important consequence of listening effort, but the impact of fatigue on children is poorly understood. One problem is the lack of a measure of listening-related fatigue. In this presentation, the presenters (1) introduce the construct of listening-related fatigue, and (2) describe the development and validation of the Vanderbilt Fatigue Scale designed to quantify listening-related fatigue. This course was presented and recorded at the 2019 ASHA Convention.
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