Audiologists are invited to attend a professional education webinar hosted by Dr. David Eagleman, PhD, neuroscientist at Stanford & host of the top-five science podcast: “Inner Cosmos”.
Titled “The Neosensory Advantage: Redefining Treatment for Tinnitus and Hearing Loss,” this webinar will explore the latest research on bimodal stimulation and sensory substitution as innovative treatment approaches.
Webinar Offering CEU Credit
Scheduled for Thursday, March 21st, the webinar offers two convenient time slots: 9 a.m. PST and 12 p.m. PST, allowing audiologists to attend at their convenience.
Learning Objectives
- Learner Outcome 1: Upon completion, learner will be able to summarize the latest research regarding bimodal stimulation and sensory substitution and its application to clinical audiology protocols.
- Learner Outcome 2: Upon completion, learner will be able to rethink the neurological possibilities for addressing tinnitus and high-frequency hearing loss in the context of the latest scientific findings.
- Learner Outcome 3: Upon completion, learner will be able to identify patients that can benefit from bimodal stimulation & sensory substitution and correctly suggest treatment options that leverage new technology.
Neosensory, Inc. is approved by the American Academy of Audiology to offer Academy CEUs for this activity. The program is worth a maximum of 0.1 CEUs.*
This webinar is approved by the American Academy of Audiology to offer 0.1 CEUs, ensuring that attending audiologists can earn valuable continuing education credits while expanding their knowledge and staying abreast of the latest advancements in tinnitus and hearing loss treatment.
*Academy approval of this continuing education activity is based on course content only and does not imply endorsement of course content, specific products, or clinical procedure, or adherence of the event to the Academy’s Code of Ethics. Any views that are presented are those of the presenter/CE Provider and not necessarily of the American Academy of Audiology.
Source: Neosensory
