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Results 1 - 10 of 43
Presenter(s): Sharon G. Kujawa, PhD, CCC-A
Credit(s): PDHs: 2.0, ASHA CEUs*: 0.2
Summary: Noise exposure and aging are common causes of acquired sensorineural hearing loss, marked by damaged hair cells and evident in threshold audiograms. Recent studies have shown that well before overt hearing loss is apparent, a more insidious process frequently occurs, one that doesn’t kill hair cells, but instead permanently interrupts their communication with cochlear neurons. This cochlear synaptic loss can be dramatic, even in ears with normal threshold audiograms, where it has been called “hidden hearing loss.” This webinar will review hidden and overt effects of noise and aging on the ear and hearing, focusing on documented synaptopathic and neurodegenerative outcomes and predicted functional consequences, including speech-in noise difficulties, tinnitus, and hyperacusis.
Presenter(s): Alyssa Whinna, AuD; Michael Hoffer, MD; James Buskirk, PT, SCS
Credit(s): PDHs: 2.0, ASHA CEUs*: 0.2
Summary: This session provides an interdisciplinary (audiology, otology, and physical therapy) perspective on management of patients with dizziness, specifically geared toward cutting-edge management techniques and recommendations for care. The panel presentation discusses surgical and nonsurgical approaches and clinical cases to highlight patient benefits and improved clinical outcomes. A question-and-answer period concludes the presentation. This course was presented and recorded at the 2019 ASHA Convention. The session was developed by, and presenters invited by, Hearing, Vestibular, Tinnitus - Assessment and Intervention: Adult.
Presenter(s): Dr. O’neil W. Guthrie, MS, PhD, CCC-A
Credit(s): PDHs: 0.5, ASHA CEUs*: 0.05
Summary: Gene therapy offers the promise to correct inherited forms of hearing loss as well as acquired forms such as noise-induced hearing loss, ototoxicity, and presbycusis. However, there are several barriers that must be overcome before such potential can be realized. This course describes the conceptual framework that governs gene therapy today, reveals how this framework has influenced current progress, and discusses a re-imagining of inner ear gene therapy with the goal of achieving outcomes that are clinically relevant and realistic.
Presenter(s): Richard Gans, PhD
Credit(s): PDHs: 1.0, ASHA CEUs*: 0.1
Summary: The evaluation and non-medical management of balance disorders in children and adults is an exciting and growing opportunity for audiologists to participate in this important aspect of health care services. This presentation highlights the most common conditions throughout the life span from neonate to geriatric and includes an evidence-based clinical pathway model of gold-standard evaluation protocols and management strategies. This course was presented and recorded at the 2019 ASHA Convention. This session was developed by, and presenter invited by, SIG 6: Hearing and Hearing Disorders: Research and Diagnostics.
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): Allison Biever, AuD, CCC-A; Nanette Thompson, MS, CCC-SLP, LSLS Cert. AVT
Credit(s): PDHs: 1.0, ASHA CEUs*: 0.1
Summary: This session illustrates how telehealth/telepractice can enable professionals to make their services more easily accessible to clients with cochlear implants who are in poor health or live in remote areas where travel is a challenge. This course is a recorded session from the 2019 online conference “Audiology 2019: Cochlear Implants.”
Presenter(s): William H Shapiro, AuD, CCC-A
Credit(s): PDHs: 1.0, ASHA CEUs*: 0.1
Summary: This session discusses auditory brainstem implants (ABI) as an option for individuals who typically cannot benefit from conventional amplification or cochlear implants as they don't have an implantable cochlea or functioning 8th nerve. The session describes the ABI journey from candidacy to surgery to activation and follow-up. The speaker discusses the history of ABI, anatomy of the auditory pathway, interprofessional education and interprofessional practice related to ABI, and ABI clinical trial data.
Presenter(s): Gina Angley, AuD, CCC-A; Colleen Ittner, AuD, CCC-A
Credit(s): PDHs: 2.0, ASHA CEUs*: 0.2
Summary: This presentation provides an overview of the clinical use of bone conduction hearing devices across the life span. It includes information about clinically available devices, guidelines related to non-surgical and surgical options, and pediatric and adult case studies. The presenters highlight key components of patient assessment, candidacy criteria, and device fitting. This course was presented and recorded at the 2019 ASHA Convention. The session was developed by, and presenters invited by, Hearing and Vestibular - Assessment and Intervention: Pediatric, Audiology Implantables, and Hearing, Vestibular, Tinnitus: Assessment and Intervention: Adult.
Presenter(s): Andrea Warner-Czyz, PhD, CCC-A; Melissa Sweeney, MS, CCC-SLP, LSLS Cert. AVT
Credit(s): PDHs: 0.5, ASHA CEUs*: 0.05
Summary: Children and adults who use cochlear implants and have additional exceptionalities present challenges in diagnostic testing and therapeutic intervention for speech-language pathologists and audiologists. This session reviews current research on communication and quality of life in this population, while also highlighting real-world clinical practices in assessing, treating, and defining success in these patients. This course was presented and recorded at the 2019 ASHA Convention. The session was developed by, and presenters invited by, Audiology Implantables.
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.
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