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Table 3 Base-case probabilistic results over a 30-day time horizon

From: Ticagrelor Removal by CytoSorb® in Patients Requiring Emergent or Urgent Cardiac Surgery: A UK-Based Cost-Utility Analysis

Base-case probabilistic results

Without CytoSorb®

With CytoSorb®

Cohort 1 (comparator: no physiologic clearance)

 Cost (£)

16,874

12,933

 Incremental cost (£)

− 3941

 QALYs

0.06091

0.06201

 Incremental QALYs

0.0011

 ICER (£; ∆Cost/∆QALYs)

Dominant

 Probability of being cost-effective with £20,000 WTP thresholds (%)

99.68

 Probability of being cost saving (%)

99.63

Cohort 2 (comparator: physiologic clearance)

 Cost (£)

12,959

12,912

 Incremental cost (£)

− 47.00

 QALYs

0.06234

0.06250

 Incremental QALYs

0.00017

 ICER (£; ∆Cost/∆QALYs)

Dominant

 Probability of being cost-effective with £20,000 WTP thresholds (%)

53.11

 Probability of being cost saving (%)

51.06

Cohort 2 (comparator: physiologic clearance + short-acting antiplatelet)

 Cost (£)

13,200

12,939

 Incremental cost (£)

− 261.00

 QALYs

0.06247

0.06249

 Incremental QALYs

0.000013

 ICER (£; ∆Cost/∆QALYs)

Dominant

 Probability of being cost-effective with £20,000 WTP thresholds (%)

77.20

 Probability of being cost saving (%)

77.02

Cohort 2 (comparator: physiologic clearance + LMWH)

 Cost (£)

13,030

12,954

 Incremental cost (£)

− 77

 QALYs

0.06248

0.06249

 Incremental QALYs

0.000014

 ICER (£; ∆Cost/∆QALYs)

Dominant

 Probability of being cost-effective with £20,000 WTP thresholds (%)

57.06

 Probability of being cost saving (%)

56.91

  1. QALYs quality-adjusted life-years, ICER incremental cost-effectiveness ratio, WTP willingness to pay, LMWH low-molecular-weight heparin