From: Cost effectiveness of a novel device for improving resuscitation of apneic newborns
Parameter Description | Valuea | Source |
---|---|---|
Probability of a Leak | 0.357 | [11] |
Probability of Leak after Initial Correction with AIR | 0.222 | [11] |
Time of Leak (seconds) | Exponential (λ = 19.67) | [12] |
Ventilation Rate per Minute | 44.0 | [13] |
Probability of Apnea | 0.0547 (0.01, 0.20) | [10] |
Percent of Leak Time with AIR vs. Leak Time Control | 70.0 (10.0, 90.0) | Model Assumption |
Probability of Fresh Stillborn Births | 14.4 per 1000 births | [10] |
Cost of HBB Implementation (Control) | $602.00 | [14] |
Cost of an Additional Day of Training | $156.00 | [14] |
AIR Devices Required per Facility | 4 | [14] b |
AIR Device Cost | $125.00 ($100.00, $225.00) | c |
Facility Traffic: Births per Year | 4500 (3000–6000) | [10] |
Life Expectancy Tanzania (Years) | 64.944 | [15] |
Probability of Moderate to Severe Impairment Given Survived Asphyxia | 0.269 | [1] |
Probability of Mild Impairment Given Survived Asphyxia | 0.211 | [1] |
Disability Weight Moderate to Severe Impairment | 0.42 | |
Disability Weight Mild Impairment | 0.03 | |
Hazard Ratio Mortality of Moderate to Severe Impairment | 11.36 | |
Hazard Ratio Mortality of Mild Impairment | 3.15 | [17] |
Life Tables Tanzania | From 2012 Data | [18] |