State Requirement Info
Presented by Camille Dunn, PhD, CCC-A
Presented by Alyson Schapira, AuD
2 courses found
1
https://www.audiologyonline.com/audiology-ceus/course/robot-walks-into-ci-center-42190
A Robot Walks into a CI Center: What Audiologists Need to Know about iotaSOFT, Including Counseling Tips
In this course, participants will learn about the iotaSOFT CI electrode array insertion system, relevant and emerging patient outcomes data, and how this technology can help patients move forward with a CI sooner. Special emphasis will be given to pediatric populations and the decisions parents face when choosing a CI for their child(ren) and how iotaSOFT can help them gain confidence in their decision. New data on patient preferences will also be shared.
auditory, textual, visual
129
USD
Subscription
Unlimited COURSE Access for $129/year
OnlineOnly
AudiologyOnline
www.audiologyonline.com
A Robot Walks into a CI Center: What Audiologists Need to Know about iotaSOFT, Including Counseling Tips
In this course, participants will learn about the iotaSOFT CI electrode array insertion system, relevant and emerging patient outcomes data, and how this technology can help patients move forward with a CI sooner. Special emphasis will be given to pediatric populations and the decisions parents face when choosing a CI for their child(ren) and how iotaSOFT can help them gain confidence in their decision. New data on patient preferences will also be shared.
42190
Online
PT60M
A Robot Walks into a CI Center: What Audiologists Need to Know about iotaSOFT, Including Counseling Tips
Course: #42190Level: Intermediate1 Hour
AAA/0.1 Intermediate; ACAud inc HAASA/1.0; BAA/1.0; CAA/1.0; Calif. SLPAB/1.0; IACET/0.1; IHS/1.0; Kansas, LTS-S0035/1.0; NZAS/1.0; SAC/1.0; TX TDLR, #142/1.0 Manufacturer
In this course, participants will learn about the iotaSOFT CI electrode array insertion system, relevant and emerging patient outcomes data, and how this technology can help patients move forward with a CI sooner. Special emphasis will be given to pediatric populations and the decisions parents face when choosing a CI for their child(ren) and how iotaSOFT can help them gain confidence in their decision. New data on patient preferences will also be shared.
2
https://www.audiologyonline.com/audiology-ceus/course/robotic-assisted-cochlear-implant-ci-41931
Robotic-Assisted Cochlear Implant (CI) Procedures Are Here
As CI criteria expand, the focus has shifted from simple placement to preserving delicate intracochlear structures and residual hearing. iotaSOFT® is the first and only FDA-cleared robotic-assisted cochlear implant electrode array insertion system designed to reduce trauma in patients 4 years and older.Recent data indicate that robotic-assisted insertion is superior in maintaining long-term, stable hearing across different manufacturers, with an 85% hearing preservation rate compared to 71% in manual cases (Khan, et. al, 2026). The robotic cohort demonstrated significantly lower rates of delayed-onset hearing loss (DOHL), suggesting that the precision of a controlled insertion reduces intracochlear trauma. Robotic insertion reduced DOHL by nearly one-third. Join our course to explore how the iotaSOFT system: Standardizes the most critical surgical step with sub-millimeter precision; Delivers superior, long-term hearing outcomes; and Drives program growth by transforming patient apprehension into action.
auditory, textual, visual
129
USD
Subscription
Unlimited COURSE Access for $129/year
OnlineOnly
AudiologyOnline
www.audiologyonline.com
Robotic-Assisted Cochlear Implant (CI) Procedures Are Here
As CI criteria expand, the focus has shifted from simple placement to preserving delicate intracochlear structures and residual hearing. iotaSOFT® is the first and only FDA-cleared robotic-assisted cochlear implant electrode array insertion system designed to reduce trauma in patients 4 years and older.Recent data indicate that robotic-assisted insertion is superior in maintaining long-term, stable hearing across different manufacturers, with an 85% hearing preservation rate compared to 71% in manual cases (Khan, et. al, 2026). The robotic cohort demonstrated significantly lower rates of delayed-onset hearing loss (DOHL), suggesting that the precision of a controlled insertion reduces intracochlear trauma. Robotic insertion reduced DOHL by nearly one-third. Join our course to explore how the iotaSOFT system: Standardizes the most critical surgical step with sub-millimeter precision; Delivers superior, long-term hearing outcomes; and Drives program growth by transforming patient apprehension into action.
41931
Online
PT60M
Robotic-Assisted Cochlear Implant (CI) Procedures Are Here
Course: #41931Level: Introductory1 Hour
AAA/0.1 Introductory; ACAud inc HAASA/1.0; AHIP/1.0; BAA/1.0; CAA/1.0; Calif. SLPAB/1.0; IACET/0.1; IHS/1.0; Kansas, LTS-S0035/1.0; NZAS/1.0; SAC/1.0; TX TDLR, #142/1.0 Manufacturer
As CI criteria expand, the focus has shifted from simple placement to preserving delicate intracochlear structures and residual hearing. iotaSOFT® is the first and only FDA-cleared robotic-assisted cochlear implant electrode array insertion system designed to reduce trauma in patients 4 years and older.
Recent data indicate that robotic-assisted insertion is superior in maintaining long-term, stable hearing across different manufacturers, with an 85% hearing preservation rate compared to 71% in manual cases (Khan, et. al, 2026). The robotic cohort demonstrated significantly lower rates of delayed-onset hearing loss (DOHL), suggesting that the precision of a controlled insertion reduces intracochlear trauma. Robotic insertion reduced DOHL by nearly one-third.
Join our course to explore how the iotaSOFT system: Standardizes the most critical surgical step with sub-millimeter precision; Delivers superior, long-term hearing outcomes; and Drives program growth by transforming patient apprehension into action.
Recent data indicate that robotic-assisted insertion is superior in maintaining long-term, stable hearing across different manufacturers, with an 85% hearing preservation rate compared to 71% in manual cases (Khan, et. al, 2026). The robotic cohort demonstrated significantly lower rates of delayed-onset hearing loss (DOHL), suggesting that the precision of a controlled insertion reduces intracochlear trauma. Robotic insertion reduced DOHL by nearly one-third.
Join our course to explore how the iotaSOFT system: Standardizes the most critical surgical step with sub-millimeter precision; Delivers superior, long-term hearing outcomes; and Drives program growth by transforming patient apprehension into action.