Study details | Discounting | Economic endpoints measured | Costs reported | Adjusted costs in 2015 GBPa | Sensitivity analyses results |
---|---|---|---|---|---|
ANTI-VEGF TREATMENTS | |||||
Taylor et al., 2014 [33] | 3.50 % | Ranibizumab | At a willingness-to-pay threshold of £30,000/QALY gained, the probability of ranibizumab being cost-effective is 68.3 % | ||
UK; CEA |  | Cost per treatment | £742.17 | £798 | |
T: ranibizumab | Cost of administration | £192.00 | £206 | ||
C: observation | Total costs | £20,646 | £22,189 | ||
Cost year: 2011 | QALYs | 7.383 | NA | ||
Observation | Â | Â | |||
Total costs | £11,430 | £12,284 | |||
QALYs | 6.844 | NA | |||
£17,103 | £18,381 | ||||
ICER, cost/QALY | £423 | £455 | |||
Incremental cost per month free from blindness | |||||
Eriksson et al., 2014 [29] | NR | Aflibercept | Â | Â | PSA showed that aflibercept was dominating over ranibizumab in 70Â % of the simulations |
Sweden; CEA |  | Incremental costs | −35,000 SEK | −£2654 | |
T: aflibercept | Â | Incremental QALYs | 0.061 | NA | |
C: ranibizumab |  | Ranibizumab | −8537 SEK | −£647 | |
Cost year: not reporteda |  | Incremental drug cost | −5793 SEK | −£439 | |
Incremental administration cost | |||||
Duff et al., 2012 [31] | 3Â % | Ranibizumab | Â | Â | PSA demonstrated that at a threshold of $50,000/QALY, ranibizumab was cost-effective in 88.3Â % of simulations |
USA; CUA |  | Product cost per vial | $1950 | £1419 | |
T: ranibizumab |  | Cost of adverse events | $376 | £274 | |
C: dexamethasone intravitreal implants |  | Dexamethasone | $1295 | £942 | |
Cost year: 2011 |  | Product cost per implant | $180 | £131 | |
Cost of administration | $63 | £46 | |||
Cost of adverse events | Â | Â | |||
ICER, cost/QALY | $34,204 | £24,882 | |||
Haig et al., 2012 [32] | 5Â % | ICER, cost/QALY | Â | Â | Not reported |
Canada; CUA |  | Healthcare perspective | CAD$28,046 | £16,243 | |
T: ranibizumab |  | Societal perspective | CAD$2103 | £1218 | |
C: observation | |||||
Cost year: not reported | |||||
STEROID TREATMENTS | |||||
Vicente et al., 2013 [30] | 5Â % | ICUR, cost/QALY | Â | Â | Throughout the 1000 iterations of the PSA the ICER consistently fell below a willingness-to-pay threshold of CAD$50,000/QALY gained. Although robust, the model was most sensitive to age of entry and the utilities used for both the best-seeing eye and worst-seeing eye |
Canada; CUA |  | Public payer perspective | CAD$21,568 | £12,492 | |
T: dexamethasone 700 μg intravitreal implant |  | Societal perspective | CAD$14,103 | £8168 | |
C: observation | |||||
Cost year: 2012 | |||||
Duff et al., 2012 [31] | 3Â % | Dexamethasone | Â | Â | At low cost-effectiveness thresholds (<$19,000/QALY), steroid treatment was most likely to be cost-effective |
USA; CUA |  | Product cost per implant | $1295 | £942 | |
T: dexamethasone intravitreal implants |  | Cost of administration | $180 | £131 | |
C: steroids: triamcinolone acetonide |  | Cost of adverse events | $63 | £46 | |
Cost year: 2011 |  | Steroid | $3 | £2 | |
Product cost | $123 | £89 | |||
Cost of adverse events | $19,126 | £13,913 | |||
ICER, cost/QALY | Â | Â | |||
Hayward et al., 2011 [34] | NR | Dexamethsone |  |  | PSA showed that at a threshold of £30,000, dexamethasone was a cost-effective option in 85.2 % of simulations |
UK; CEA |  | Total costs | £12,332 | £13,254 | |
T: dexamethasone intravitreal implants | Â | QALYs | 11.18 | NA | |
C: observation | Â | Observation | Â | Â | |
Cost year: not reporteda |  | Total costs | £7600 | £8168 | |
QALYs | 10.89 | NA | |||
ICER, cost/QALY | £16,522 | £17,757 | |||
Kowalski et al., 2011 [35] | 3 % | ICER, cost/QALY | $20,597 | £14,983 | PSA demonstrated that the ICERs fall below a threshold of $50,000 per QALY in 92 % of simulations. ICER was sensitive to the percentage of patients incurring CRVO in the best-seeing eye, risk of fellow eye occurrence, and cost of vision loss |
USA | |||||
T: dexamethasone 700 μg intravitreal implant | |||||
C: observation | |||||
Cost year: not reporteda |