Impact of Cochlear Implantation on Listening-Related Fatigue in Children With Unilateral Hearing Loss.
To evaluate whether cochlear implantation reduces listening-related fatigue in children with unilateral hearing loss.
Prospective within-subjects crossover study.
Three academic medical centers specializing in pediatric cochlear implantation.
Fatigue was assessed using the Vanderbilt Fatigue Scale and PedsQL™ 3.0 Multidimensional Fatigue Scale. Parent- and child-reported versions were completed after consecutive days of baseline cochlear implant use and following a three-day discontinuation during a holiday break. Paired t-tests compared conditions (P <0.05). Univariable regressions examined associations with age, sex, and deafness duration. Intraclass correlation coefficients assessed parent-child agreement.
Of 69 eligible patients, 37 responded; 18 declined due to reluctance to discontinue CI use. Nineteen children (mean age 8.6 y, 26.3% male, mean deafness duration 3.4 y) completed the study. Parent-reported fatigue significantly worsened after implant non-use in mental (P=0.01) and physical domains (P=0.04) on the Vanderbilt scale, and in cognitive fatigue (P=0.03) on the PedsQL. Child-reported scores trended toward greater fatigue during non-use, though not statistically significant. Younger age and male sex were associated with higher fatigue in parent reports. Intraclass correlation coefficients indicated moderate to good parent-child agreement.
Cochlear implantation alleviates listening-related fatigue in children with unilateral hearing loss, particularly in cognitive and physical domains as perceived by parents. Fatigue represents a clinically meaningful, non-audiological outcome in candidacy assessment and postoperative evaluation.
Prospective within-subjects crossover study.
Three academic medical centers specializing in pediatric cochlear implantation.
Fatigue was assessed using the Vanderbilt Fatigue Scale and PedsQL™ 3.0 Multidimensional Fatigue Scale. Parent- and child-reported versions were completed after consecutive days of baseline cochlear implant use and following a three-day discontinuation during a holiday break. Paired t-tests compared conditions (P <0.05). Univariable regressions examined associations with age, sex, and deafness duration. Intraclass correlation coefficients assessed parent-child agreement.
Of 69 eligible patients, 37 responded; 18 declined due to reluctance to discontinue CI use. Nineteen children (mean age 8.6 y, 26.3% male, mean deafness duration 3.4 y) completed the study. Parent-reported fatigue significantly worsened after implant non-use in mental (P=0.01) and physical domains (P=0.04) on the Vanderbilt scale, and in cognitive fatigue (P=0.03) on the PedsQL. Child-reported scores trended toward greater fatigue during non-use, though not statistically significant. Younger age and male sex were associated with higher fatigue in parent reports. Intraclass correlation coefficients indicated moderate to good parent-child agreement.
Cochlear implantation alleviates listening-related fatigue in children with unilateral hearing loss, particularly in cognitive and physical domains as perceived by parents. Fatigue represents a clinically meaningful, non-audiological outcome in candidacy assessment and postoperative evaluation.