#cochlearimplant#nucleus8#nucleus8soundprocessor#nucleus8#nucleus8soundprocessor#cochlearimplant Whether your patient received their hearing solution yesterday or many years ago, Cochlear is continually innovating to meet their needs now and into the future. What can Hearing Health Professionals and their #cochlearimplant patients expect from Cochlear's latest sound processor innovation? Cochlear expert, Roger Smith, talks about the improvements in hearing performance technology in the Cochlear™ Nucleus® 8 Sound Processor and what these advances will mean for patients choosing to get a #cochlearimplant or upgrading their device from a previous sound processor generation. Roger also speaks to his own experience as a bilaterial cochlear implant recipient.
Cochlear is committed to the development of solutions that help make hearing care more patient-centered, accessible and streamlined. Cochlear’s Connected Care technologies is transforming how people connect across different care settings: from the operating room, to the clinic and into a patient’s everyday life. These technologies make it easy for professionals to stay connected to their patients and provide the best care for when and where they need it most.For more information, visit: https://www.cochlear.com/us/en/professionals/connected-care
Dr. Blake Papsin, discusses his initial experience with Cochlear™ Osia® System. Having early access to the Osia System as part of the global clinical trial, Dr. Papsin discusses how the Osia System allows him to deep dive into the development of the auditory system due to its natural and high frequency access.
In March 2020 the FDA approved the first expansion of pediatric indications in 20 years. Dr. Jace Wolfe, Director of Audiology and Research at the Hearts for Hearing Foundation in Oklahoma City, analyzes the benefits of early implantation and its impact on brain development. Wolfe highlights Jaime Leigh’s study that suggests the need to mitigate delay in implantation. For example, if a young child is implanted, that child can parallel one year of language progress in one calendar year without falling behind their peers. On the other hand, if a child with severe to profound hearing loss waits to be implanted, he or she can only make three months of progress for every calendar year without a cochlear implant. So, implanting as early as possible can be key, especially as pediatric patients reach hearing and language milestones. Read more: http://pronews.cochlearamericas.com/t...
Dr. Jace Wolfe, clinical audiologist and Director of Audiology and Research at the Hearts for Hearing Foundation in Oklahoma City, uses his 22 years of cochlear implant experience to examine results from the Longitudinal Outcomes of Children with Hearing Impairment (LOCHI) Study based out of Australia to understand the long-term impact of age at implantation. The March 2020 FDA approval to expand pediatric indications to nine months further reinforces the urgency to give pediatric patients early access to sound, especially as they reach hearing and language milestones. Moreover, the LOCHI study observed children from the age of hearing loss identification until early adulthood to explore speech, language, literacy, auditory, educational, vocational, social and pragmatic outcomes. Wolfe further recaps the factors that may influence hearing outcomes such as age of implantation. This suggests the presence of a critical window for language development and auditory stimulation. Through partnership, together we can reach further to give pediatric patients early access to sound. Read more: http://pronews.cochlearamericas.com/t...
René Gifford, Ph.D., Professor, Vanderbilt University reviews and summarizes her CI2018 lecture “Beyond Deaf” which features a review of the modern cochlear implant candidate and reviews data Dr. Gifford and her team have collected on perimodiolar electrode array advantages and the Nucleus® CI532 implant. http://bit.ly/2BawUHnRené Gifford, Ph.D., is a professor of hearing and speech sciences at Vanderbilt University Medical Center in Nashville, TN. In her lecture at CI2018 in Washington DC, Dr. Gifford spoke about electrode options for cochlear implant patients and how they apply to today’s modern cochlear implant candidates. As a world-renowned scientist, Dr. Gifford covers the importance of challenging the status quo through following current research and a complete list of the peer-reviewed publications she references appears at the end of the TECH Talk.Hear directly from Dr. Gifford about Vanderbilt University’s electrode preferences, the importance of perimodiolar placement in scala tympani and her lab’s current work on how number of channels can positively impact patient performance.
Dr. Brian Kaplan, cochlear implant surgeon and Senior Vice President of Clinical Strategy & Innovation at Cochlear, reviews the challenges clinicians have faced over the years to obtain consistent reliability data from manufacturers. As a result, this affected their ability to answer patients’ questions regarding implant safety and reliability. The lack of a standard definition for an implant failure magnified the differences in manufacturers’ reporting methods and the need for consistency. Traumas, life stages and legacy products were also classified differently within these reliability reports.As explained by Dr. Kaplan, a new AAMI standard (https://bit.ly/2Mhm2h1) calculates overall failure rates of the implant, regardless of the cause, and an assessment for external sound processors for the first time1. The report also covers the life cycle of the entire product portfolio and legacy products. For more TECH Talk videos from industry experts, please stay up-to-date with the ProNews blog and visit our TECH Talks page: http://bit.ly/2BawUHn.
The Cochlear TECH Talk series features audiologists, surgeons and other experts in the fields of hearing and hearing loss. In each video, they highlight innovations and research related to the cochlear implant industry. To discover more of our Tech Talk series, click here: https://bit.ly/2Uo0eVsIn this TECH Talk, Dr. David Friedmann, a neurotologist at NYU Langone Health, discusses several aspects of the Slim Modiolar Electrode. Dr. Friedmann and his team started using the Slim Modiolar as their standard electrode in 2016. In his mind, the Slim Modiolar incorporates the best of what cochlear implant technology has to offer. One reason is because the electrode’s external sheath design optimizes placement, which can impact overall performance. This sheath-based insertion replaces the AOS insertion technique with a stylet. Although this new insertion process may present a learning curve, he believes the improved patient outcomes of the Slim Modiolar electrode make it worthwhile.Dr. Friedmann also points out that the Slim Modiolar is not necessarily appropriate for all patients. This includes patients with abnormal anatomy, congenital malformations and patients with revision cochlear implants. The reason this is the case is the slim nature of the implant.There is so much to know and learn about the Slim Modiolar, some of which is not covered in this video. To learn more about this innovation in cochlear implant technology, click here: https://bit.ly/2GRBtsU
The Baha® SoundArc™ is a modern and discreet over-the-ear non-surgical solutions for children and adults struggling with conductive hearing loss, mixed hearing loss or Single-sided deafness (SSD). The SoundArc allows for high quality demonstrations, evaluations and trials with any of the Baha 5 sound processors and unlike other hearing implants, your patients can experience the benefits of bone conduction before they move forward with a bone conduction solution, such as Baha or Osia®. This video shows clinicians how to correctly fit a SoundArc on their pediatric patients and how to counsel them to maximize hearing performance.
The Baha® SoundArc™ is a modern and discreet over-the-ear non-surgical solutions for children and adults struggling with conductive hearing loss, mixed hearing loss or Single-sided deafness (SSD). The SoundArc allows for high quality demonstrations, evaluations and trials with any of the Baha 5 sound processors and unlike other hearing implants, your patients can experience the benefits of bone conduction before they move forward with a bone conduction solution, such as Baha or Osia®. This video shows clinicians the tools to correctly fit a SoundArc on their patients to maximize hearing performance.
Learn about how audiologists have integrated bimodal solutions (hearing aid + cochlear implant) into their audiology practice services, by joining the Cochlear Provider Network. The Cochlear Provider Network enables independent dispensing audiology/audiology-ENT practices to expand their services to include cochlear implants and become part of a medical network that helps people with hearing loss achieve optimal outcomes. Visit https://cochlear.com/us/cpn to learn more!
René Gifford, Ph.D., Professor, Vanderbilt University reviews and summarizes her CI2018 lecture “Beyond Deaf” which features a review of the modern cochlear implant candidate and reviews data Dr. Gifford and her team have collected on perimodiolar electrode array advantages and the Nucleus® CI532 implant. https://bit.ly/2Nyw4biRené Gifford, Ph.D., is a professor of hearing and speech sciences at Vanderbilt University Medical Center in Nashville, TN. In her lecture at CI2018 in Washington DC, Dr. Gifford spoke about electrode options for cochlear implant patients and how they apply to today’s modern cochlear implant candidates.As a world-renowned scientist, Dr. Gifford covers the importance of challenging the status quo through following current research and a complete list of the peer-reviewed publications she references appears at the end of the TECH Talk.Hear directly from Dr. Gifford about Vanderbilt University’s electrode preferences, the importance of perimodiolar placement in scala tympani and her lab’s current work on how number of channels can positively impact patient performance.
Cochlear is proud to introduce two new resources for schools, the Cochlear™ Classroom+ Connectivity Kit and the Cochlear Classroom+ Monitoring Kit. These new resources are designed to provide educators, educational audiologists and speech-language pathologists with technological support and help with fitting, selection and monitoring of devices for children in schools.The Cochlear Classroom+ Connectivity Kit comes with the Cochlear Mini Microphone 2+, which can be used with both the Nucleus® and Baha® Systems. The Mini Mic 2+ is a portable alternative to remote microphone technology. It offers significantly improved signal to noise ratio and allows children to hear their best in a noisy setting, like a classroom.The Cochlear Classroom+ Monitoring Kit comes with all the tools you need to confirm and assess any fittings for children with Nucleus or Baha technology. This allows educators to monitor a student’s device and make sure everything is working properly.For more information about the new Cochlear resources for the classroom, please visit our ProNews blog: https://bit.ly/2QRwqzY.
Cochlear strives to give our recipients and professional partners the services they need to ensure our recipients can Hear now. And always Cochlear is committed to providing innovative products and services that allow recipients to get the care they need, when and where they want it. This allows clinicians to do more of what they love, which is to take care of their patients. Cochlear™ Link is a great example of this. By partnering with clinics, Cochlear Link makes it quick and easy to troubleshoot or replace a sound processor. This gets recipients back into sound faster. For more information on Cochlear Services, visit myCochlear Clinic: mycochlear.com
Cochlear Americas Senior Product Manager interviews Audiologist, Dr. Colleen Ittner, about how her practice uses the Baha System to treat mixed and conductive hearing loss.
Hear the Difference Introducing the new Cochlear™ Nucleus® Profile with Slim Modiolar Electrode (CI532)Deliver optimal hearing outcomes for patients with the electrode the provides consistent scala tympani placement and sits closest to the hearing nerve. The CI532 is a very soft and flexible electrode designed to protect the delicate structures of the cochlea.
Audiologist Kristen Lewis, AuD, and otologist David Kelsall, MD, give an overview of the CochlearTM Nucleus® HybridTM System for ski-slope hearing loss.