Hearing preservation in children using various electrode arrays

Similar documents
Cochlear Implantation for Pediatric Patients with Single-Sided Deafness

Auditory Brainstem Implants in Non-NFII Pediatric Patients:

Our Experience with AB HiFocus MSE Cochlear Implant from Laboratory to OR: Electrode and Access Variables

Maximizing Performance in CI Recipients: Programming Concepts December 3-4, 2017

ABI in Children Surgery and Complications

STATE OF THE ART IN COCHLEAR IMPLANTATION: CONCEPTS IN MINIMALLY TRAUMATIC SURGERY!

Hearing Preservation and Speech Outcomes in Pediatric Recipients of Cochlear Implants

The relationship between electric charge requirements and speech recognition of adult cochlear implant recipients

Cochlear Implants 2016: Advances in Technology, Candidacy and Outcomes

Combining Residual Hearing with Electric Stimulation: Results from Pediatric & Adult CI Recipients

A COMPARISON OF IMPEDANCES, DYNAMIC RANGES AND NRTs FOR THE NUCLEUS 422 AND CONTOUR ELECTRODE ARRAYS

Enduring Long-Term Speech Comprehension Benefits of Apical Stimulation in Cochlear Implantation

CONFLICTS OF INTEREST

RESEARCH ON SPOKEN LANGUAGE PROCESSING Progress Report No. 22 (1998) Indiana University

Allison Biever, Au.D. David C Kelsall, M.D. Eric Lupo, M.D. Judith Stucky, M.A. Rocky Mountain Ear Center/Colorado Neurological Institute

Expanded Cochlear Implant Candidacy Guidelines and Technology Advances

Peter S Roland M.D. UTSouthwestern Medical Center Dallas, Texas Developments

Acoustic and Electric Same Ear Hearing in Patients with a Standard Electrode Array

Cochlear Implant Candidacy Programming Protocol, Adult Ear & Hearing Center for Neurosciences

Fitting of the Hearing System Affects Partial Deafness Cochlear Implant Performance

Long-Term Performance for Children with Cochlear Implants

ANNUAL REPORT

Medical Affairs Policy

Difficult Cases: Controversies in Cochlear Implantation

Localization Abilities after Cochlear Implantation in Cases of Single-Sided Deafness

9/13/2017. When to consider CI or BAHA evaluation? Krissa Downey, AuD, CCC A

EXECUTIVE SUMMARY Academic in Confidence data removed

Improving Music Percep1on With Cochlear Implants David M. Landsberger

California s Cochlear Implant Program for Children: Trends from the EHDI Program

Working Together: The Information Exchange Between Families, Pediatric Audiologists and Early Interventionists to Maximize Outcomes

Implantable Treatments for Different Types of Hearing Loss. Margaret Dillon, AuD Marcia Adunka, AuD

Hearing the Universal Language: Music and Cochlear Implants

Indications and contra-indications of auditory brainstem implants. Systematic review and illustrative cases

P1 latency in cochlear implant candidates. Peter S Roland MD UT Southwestern Medical Center Dallas, Texas

Long-term Hearing Preservation Outcomes after Cochlear Implantation for Electric-Acoustic Stimulation

Integration of Electrical and Acoustic Stimulation in Cochlear Implant Users with Residual Hearing: Synergy, Conflict, and Unilateral Neglect

Cochlear Implants. A service of the Head & Neck Institute s Hearing Implant Program

Surgical Hearing Implant Program Otolaryngology ANNUAL REPORT Department Name

Cochlear Implant. Policy Number: Last Review: 9/2018 Origination: 10/1988 Next Review: 9/2019

Psychosocial Determinants of Quality of Life and CI Outcome in Older Adults

BORDERLINE PATIENTS AND THE BRIDGE BETWEEN HEARING AIDS AND COCHLEAR IMPLANTS

Slide 1 REVISITING CANDIDACY: EXPANDING CRITERIA FOR COCHLEAR IMPLANTS. Slide 2. Slide 3. Cochlear Implant History. Cochlear Implant History

Cochlear Implantation for Single-Sided Deafness in Children and Adolescents

Medical Policy An independent licensee of the Blue Cross Blue Shield Association

Kaitlin MacKay M.Cl.Sc. (AUD.) Candidate University of Western Ontario: School of Communication Sciences and Disorders

Position Paper on Cochlear Implants in Children

Speech, Language, and Hearing Sciences. Discovery with delivery as WE BUILD OUR FUTURE

Cochlear Implants. What is a Cochlear Implant (CI)? Audiological Rehabilitation SPA 4321

Can You Hear Me Now? Learning Objectives 10/9/2013. Hearing Impairment and Deafness in the USA

Cochlear Implants: The Role of the Early Intervention Specialist. Carissa Moeggenberg, MA, CCC-A February 25, 2008

Candidacy and Outcomes for CIs and Hybrids. Holly Teagle, AuD, Associate Professor University of North Carolina Chapel Hill

Unexpected Findings:

Cochlear Physiology & Speech Perception

Cochlear implants. Aaron G Benson MD Board Certified Otolaryngologist Board Certified Neurotologist

Nancy Cambron, Au.D. Chair, VHA Cochlear Implant Advisory Board Department of Veterans Affairs VA Puget Sound Health Care System, Seattle, Washington

ALESSANDRA RUSSO MD GRUPPO OTOLOGICO

Hearing Preservation Cochlear Implantation: Benefits of Bilateral Acoustic Hearing

Cochlear Implants and SSD: Initial Findings With Adults: Implications for Children

HEARING AND COCHLEAR IMPLANTS

10/15/2013. Disclosures (Dr. Backous) United States Hearing Loss Projections

Introduction. Performance Outcomes for Borderline Cochlear Implant Candidates. Introduction. Introduction. Introduction.

Clinical Commissioning Policy: Auditory brainstem implant with congenital abnormalities of the auditory nerves of cochleae

Effects of Setting Thresholds for the MED- EL Cochlear Implant System in Children

Corporate Medical Policy

Bimodal Devices on Children: A Survey of Clinician Fitting Practices in North America

Electric and Acoustic Stimulation in the Same Ear

Avg. age of diagnosis 3 mo. majority range.5-5 mo range 1-7 mo range 6-12 mo

Cochlear Implantation in Adults with Neurofibromatosis Type II: Outcomes, Benefits, and Limitations

Bilateral cochlear implantation in children identified in newborn hearing screening: Why the rush?

Medical Policy An independent licensee of the Blue Cross Blue Shield Association

EVALUATION OF SPEECH PERCEPTION IN PATIENTS WITH SKI SLOPE HEARING LOSS USING ARABIC CONSTANT SPEECH DISCRIMINATION LISTS

MEDICAL POLICY SUBJECT: COCHLEAR IMPLANTS AND AUDITORY BRAINSTEM IMPLANTS

Adunka et al.: Effect of Preoperative Residual Hearing

Effect of Bimodal Stimulation on Hearing and Speech Development in Children with Bilateral Severe/ Profound Hearing Loss

Binaural Hearing and Speech Laboratory. In un

Unilateral Hearing Loss in Children: What s a Doctor To Do? Bradley W. Kesser, MD Roger Ruth Symposium James Madison University October 7, 2017

3/20/2017. D. Richard Kang, MD, FACS, FAAP Pediatric Otolaryngology Director, ENT Institute Boys Town National Research Hospital

A FRESH Approach to Pediatric Behavioral Testing

Cochlear Implant Corporate Medical Policy

Bone Anchored Hearing Aids

ISSN: VOLUME 3 ISSUE

Evalua&on of Fully Adap&ve Direc&onal Microphone Technology with Children

Implants. Slide 1. Slide 2. Slide 3. Presentation Tips. Becoming Familiar with Cochlear. Implants

Evaluating Factors that Influence Outcomes

Bilateral Cochlear Implant Guidelines Gavin Morrison St Thomas Hearing Implant Centre London, UK

Physiologic Consequences of Intracochlear Electrode Placement. Oliver F. Adunka, MD, FACS Craig A. Buchman, MD, FACS Douglas C.

Variability in Word Recognition by Adults with Cochlear Implants: The Role of Language Knowledge

Multimodal Assessment and Speech Perception Outcomes in Children with Cochlear Implants or Hearing Aids

Clinical Trial Results: Wireless Programming Pod. Sara Neumann, AuD, CCC-A

CURRICULUM VITAE. Lisa G. Potts

Current and Planned Cochlear Implant Research at New York University Laboratory for Translational Auditory Research DOI: /jaaa.23.6.

Evidence based selection of hearing aids and features

What you re in for. Who are cochlear implants for? The bottom line. Speech processing schemes for

Hearing Screening, Diagnostics and Intervention

Case Report Cochlear Implantation in Patients with Keratitis-Ichthyosis-Deafness Syndrome: A Report of Two Cases

On-Site Review and Administration of Immunizations Improves Vaccination Compliance in Children with Cochlear Implants

Current evidence for Implantation under 12 months: Australian experience

THE PROCESS & TECHNOLOGY OF COCHLEAR IMPLANTATION

HOW TO IMPROVE COCHLEAR IMPLANT IN ADULT

The Benefits of Bimodal Hearing for Adults and Children: Effect of Frequency Region and Acoustic Bandwidth René H. Gifford, PhD

Transcription:

Hearing preservation in children using various electrode arrays Sean O. McMenomey, MD Director of Neurotology & Skull Base Surgery Department of Otolaryngology-Head & Neck Surgery New York University School of Medicine New York, NY

Rationale for CI hearing preservation Marker for health of cochlea, minimization of trauma, optimize outcomes Improved sound quality with difficult situations and music Don t want to lose what they still have Opportunity to take advantage of future technologies

Background Described surgical techniques for hearing preservation vary, but meta-analyses indicate surgical approach is not an important variable in hearing preservation rates Current evidence in adults suggests that even when hearing is preserved postoperatively, in a subset of patients it is not preserved over time (excitotoxic environment, delayed fibrosis? )

Case Presentations 3 recent pediatric cases from our center, each implanted with different devices/arrays All had preserved residual acoustic hearing All excellent performers with CI Each of these patients raises important considerations in our approach to maximizing benefits of hearing preservation

Case 1 12 yo F with hearing loss from birth, aided from 6 mo. Bilateral residual low frequency but sloping severe loss in high frequencies.18% speech discrimination on left preop Attempted hearing preservation with slim-straight 422 cochlear implant inserted to 20 mm on left Perioperative steroids 1 yr CI only: CNC-W 70% HINT-N 98%

Case 1: 12yo F Left 422 slim-straight to 20 mm Preop (db) Stim (db) 3 mo (db) 1 year (db) 125 Hz 30 30 35 35 250 Hz 30 30 65 50 500 Hz 35 35 80 65 750 Hz 70 100 100 110 q Hearing preserved surgically q At stim, disabled apical E 22, 21 with adjustments to map to facilitate EAS q Hearing dropped at 3 mo., improvement with steroids q Re-programmed (N5 device) and prefers to use standard FAT, very pleased with CI

Case 2 5 y F with EVA/Mondini progressive bilateral SNHL Underwent right CI with Nucleus Freedom CA N5 1 yr CI only: PBK-W 98% HINT-N 94%

Case 2: 5yo F Right Nucleus Freedom Preop (db) 3 mo (db) 1 year (db) 125 Hz 65 80 80 250 Hz 65 80 80 500 Hz 65 95 90 750 Hz 90 100 95

Case 3 2 yo M underwent right CI at age of 2 with 1J AB device At age 8, underwent bilateral sequential implantation with AB MSE for progressive loss of hearing on left 1 year post- sequential CI left ear only and (bilateral CI): PBK-W: 80%(96%) HINT-N: 96%(92%)

Case 3: 8yo M sequential left AB MSE At CI1 (db)* Preop CI2 (db) 3 mo CI2 (db) 1 yr CI2 (db) 125 Hz 65 80 80 80 250 Hz 65 80 80 80 500 Hz 65 85 85 85 750 Hz 75 90 90 90 *Stable hearing on non-implanted left ear from age 2-5

Results: Lessons learned Many electrode arrays have potential to preserve residual hearing Case 1: When aidable thresholds are preserved, an integrated device may be needed to use acoustic hearing Case 2: Depending on degree of residual hearing preoperatively, it may be completely preserved (<10 db loss) but not necessarily reside in usable level Case 3: Progressive nature of loss may be more formidable challenge to preservation than saving hearing surgically

Utilizing residual acoustic hearing To take advantage of this residual acoustic hearing requires an integrated hearing aid for acoustic component onto external processor Should presence of residual low-frequency hearing alter device/ length of array chosen given likelihood of progression?

Summary Role and rationale for residual hearing remains to be defined Kids are not simply little adults. Hearing loss patterns in children often progressive

NYU Cochlear Implant Center Co-Directors Educational Coordinator J. Thomas Roland Jr., M.D. Rose Drous, M.Ed., Cert AVT Susan Waltzman, Ph.D. Surgeons J. Thomas Roland Jr., M.D. Speech Language Pathologist Nancy Geller, M.A. Sean McMenomey, M.D. Research Daniel Jethanamest, M.D. Mario Svirsky, Ph.D. David Friedmann, M.D. Fellow Susan Waltzman, Ph.D Cochlear Implant Audiologists William Shapiro, Au.D. Supervisor Betsy Bromberg, M.A. Janet Green, Au.D. Laurel Mahoney, Au.D. Carie Page, Au.D. Arlene Neuman, Ph.D. David Landsberger, Ph.D. Matthew Fitzgerald, Ph.D. Chin-Tuan Tan, Ph.D. Elad Sagi, Ph.D. Mahan Avadpour, Ph.D. Alison Singleton, Au.D. Monica Padilla-Velez, Ph.D. Kaitlyn Tona, Au.D. Jennifer Rhodes, B.S. AuD Fellow Annette Zeman, Au.D. Maggie Miller, Au.D. Natalia Stupak, Au.D.

Thank you