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Results 51 - 60 of 128
Presenter(s): Sharon A. Sandridge, PhD, CCC-A
Credit(s): PDHs: 1.5, ASHA CEUs*: 0.15
Summary: The COVID-19 pandemic has turned our personal and professional worlds upside down. Yet, something positive can come from this pandemic if we see this challenge as an opportunity to re-examine what and how we practice. The speaker explores how audiologists can redesign what we do by going back to basics while expanding our practices in new and innovative ways, including embracing new technology (e.g., tablet audiometry, OTCs, and virtual visits) and using new fitting models for hearing aids or implants.
Presenter(s): Harvey B. Abrams, PhD
Credit(s): PDHs: 1.0, ASHA CEUs*: 0.1
Summary: Prior to 2020, a remote model of hearing health care had been applied primarily to remote populations and/or limited to hearing screening and counseling services. Now, in the face of a global pandemic that makes face-to-face services risky, there has been an urgent demand for more information about teleaudiology. This session will review the evolution of teleaudiology, including provider and patient attitudes concerning the perceived benefits, disadvantages, and outcomes associated with remote audiologic care. The speaker will describe an existing, commercial, patient-centered teleaudiology model of hearing health care that is designed to increase accessibility and reduce cost while maintaining the audiologist’s central role as a critical component of care throughout the patient journey.
Presenter(s): James Henry, PhD, CCC-A
Credit(s): PDHs: 1.5, ASHA CEUs*: 0.15
Summary: This session will describe evidence-based strategies for tinnitus assessment and management. The speaker will discuss specific tools and processes to help audiologists provide the best services to manage tinnitus along with hearing loss or reduced sound tolerance (hyperacusis), since many individuals who experience tinnitus also experience these other challenges.
Presenter(s): Erika Shakespeare, CCC-A
Credit(s): PDHs: 0.5, ASHA CEUs*: 0.05
Summary: The global COVID-19 pandemic has introduced a level of disruption into our personal and professional lives that was previously unimaginable. How we respond will be a deciding factor for the future success of our practices. This session will explore how to embrace change and use this unique opportunity to rethink how we provide and promote our services. The speaker will discuss specific ways audiologists who operate private practices can clearly articulate their distinctive role in the hearing health marketplace and be prepared for future interruptions such as pandemics, big box stores, online retailers, and personal indecision.
Presenter(s): Caroline Arnedt, AuD; Kelly Nichols Starr, MA, CCC-SLP, LSLS Cert. AVT
Credit(s): PDHs: 1.0, ASHA CEUs*: 0.1
Summary: This session will discuss listening and spoken language skills assessments for accurate diagnosis of auditory neuropathy in children as well as various treatment options and considerations, including cochlear implantation. This course is a recorded session from the 2019 online conference “Audiology 2019: Cochlear Implants.”
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): Regina Presley, AuD, CCC-A, FAAA
Credit(s): PDHs: 1.0, ASHA CEUs*: 0.1
Summary: This session discusses the latest advances and updates in cochlear implant technology, including electrode array design, approaches to preservation of residual hearing, the variety of processors and compatible approaches to successful bimodal use, wireless technology, and the array of accessory options available for optimal listening. This course is a recorded session from the 2019 online conference “Audiology 2019: Cochlear Implants.”
Presenter(s): Susan M Sheehy, AuD
Credit(s): PDHs: 0.5, ASHA CEUs*: 0.05
Summary: This course reviews the relationship between brain health and hearing health, including the supporting research, and then dives into how expanding patient evaluations can facilitate a more holistic and patient-centered approach to patient counseling and care planning. The presenter highlights real-world data to demonstrate the value of new clinical insights available through cognitive screening.
Presenter(s): Soumya Venkitakrishnan; Yu-Hsiang Wu; Nicholas P Giuliani
Credit(s): PDHs: 0.5, ASHA CEUs*: 0.05
Summary: Individuals with hearing loss experience negative psychosocial consequences such as distress, depression, and loneliness. If they also experience excessive negative emotional responses (i.e., confusion, frustration, anger) or reduced positive emotional responses (i.e., happiness) compared to listeners with normal hearing, they might be unmotivated to approach communication situations. This course describes a study whose purpose was to determine the feasibility of using facial expressions to measure emotional responses.
Presenter(s): Peter A Wasiuk; Robert Greene; Gabriel Radvansky; Lauren Calandruccio, PhD
Credit(s): PDHs: 0.5, ASHA CEUs*: 0.05
Summary: Background talkers and noise negatively influence speech recognition, but far less is known about the effects of acoustic background competition on speech comprehension and memory. This course discusses experiments that indicate that background voices and noise exert a negative influence on spoken narrative comprehension and memory, even when narratives have been presented at positive signal-to-noise ratios (SNRs) that ensured accurate target speech recognition.
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