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. 2020 Mar 6;20(1):1–165.

Table A12:

Selected Results From Scenario Analyses: Public Payer Scenario and Lower and Upper Range of Incremental Cost-Effectiveness Ratios

Economic Model Scenario ICER, $/QALY
Model 1, adults Reference case 18,148
Lower ICER: lifetime time horizon and increased risk of mortality associated with no intervention 13,165
Upper ICER: mean difference in utilities based on time trade-off method 55,655
Public payer,a plus 100% receiving rehabilitation (2 one-hour sessions) 20,237
Model 1, children Reference case 17,783
Lower ICER: lifetime time horizon and increased risk of mortality associated with no intervention 11,293
Upper ICER: mean difference in utilities based on time trade-off method 54,038
Public payer,a 100% receiving rehabilitation (weekly for 18 months) 20,645
Model 2, adults Reference case 408,350
Lower ICER: age of implantation at 80 years and increased risk of mortality associated with no intervention 29,071
Upper ICER: ADP pays for full price of sound processor replacements 450,927
Public payera 404,732
Model 2: children Reference case 402,899
Lower ICER: utilities based on literature 43,842
Upper ICER: disutilities applied to all complications 2,277,930
Public payera 477,640
Model 3, adults Reference case 74,155
Lower ICER: lifetime time horizon and increased risk of mortality associated with no intervention 24,730
Upper ICER: ADP pays for full price of sound processor replacements 90,372
Public payera 81,104
Model 3: children Reference case 87,580
Lower ICER: utilities based on literature 34,054
Upper ICER: disutilities applied to all complications 105,569
Public payera 91,591

Abbreviations: ADP, assistive devices program; ICER, incremental cost-effectiveness ratio; QALY, quality-adjusted life-year.

a

In the public payer scenario, the Ministry of Community and Social Services pays the remainder of the sound processor replacement cost not covered by the Ministry of Health's Assistive Devices Program, in the 40% of individuals who are considered low-income.

Note: Model 1 examined cochlear implants for single-sided deafness; Model 2, bone-conduction implants for single-sided deafness; Model 3, bone-conduction implants for conductive/mixed hearing loss.