First author’s name (Year) | Outcome Measure | Interventions | Costs | QALY/YLG | ICER | Main result | ||
---|---|---|---|---|---|---|---|---|
YLG | QALY | |||||||
Smets et al. (2023) [53] | QALYs | Ocrelizumab | 635,320.02 $ | - | 19.2 | - | -There was no clear difference in the cost-effectiveness of sequences with ocrelizumab and ofatumumab in either first- or second-line in relapsing MS -The probability of ocrelizumab being cost-effective versus ofatumumab in first- and second-line | |
Ofatumumab | 622,623.28 $ | - | 18.5 | - | ||||
Matni et al. (2022) [54] | QALY, LY & ICER | Cladribine tablets | 239,094.67 $ | 20.225 | 7.186 | Reference | According to the cost-utility analysis, base case analysis, Sensitivity analysis and budget impact analysis, cladribine tablets are an economically dominant therapeutic strategy when compared to alemtuzumab, fingolimod, and natalizumab, at a threshold of 22,000 USD per QALY gained | |
Alemtuzumab | 277,825.92 $ | 20.225 | 6.947 | Cladribine dominant | ||||
Fingolimod | 309,969.41 $ | 20.225 | 6.150 | Cladribine dominant | ||||
Natalizumab | 306,363.66 $ | 20.225 | 6.546 | Cladribine dominant | ||||
Spelman et al. (2022) [55] | QALY, LY & ICER | Natalizumab | 671,819.07 $ (Total direct cost) | 20.05 | 7.87 | Dominant | Natalizumab dominated (higher QALYs and lower costs) fingolimod in the base-case cost-effectiveness analysis (0.453 higher QALYs and £20,843 lower costs per patient) | |
Fingolimod | 702,322.97 $ (Total direct cost) | 20.15 | 7.42 | Natalizumab (Dominant) | ||||
Espinoza et al. (2021) [38] | QALY, ICER | Natalizumab | 227,506.54 $ | - | 9.519 | $ 0 | Compared with natalizumab, cladribine was associated with incremental costs and QALYs of US$70,989 and 1.875, respectively (incremental cost-effectiveness ratio [ICER] $37,861). Ocrelizumab was extendedly dominated by cladribine and natalizumab, and alemtuzumab was dominated by cladribine. A scenario analysis of a 10% discount did not modify the results substantially, but showed a decrease in the ICER of cladribine versus natalizumab (ICER $29,833/QALY) | |
Ocrelizumab | 251,216.33 $ | - | 9.912 | 60,328.58 $ (Extended dominated) | ||||
Cladribine | 301,267.79 $ | - | 11.394 | 33,772.86 $ | ||||
Alemtuzumab | 305,091.44 $ | - | 10.786 | -6288.25 $ Dominated by Cladribine | ||||
Bohlega et al. (2021) [56] | QALY, LY & ICER | Cladribine | 759,525.24 $ | 21.451 | 7.378 | Reference | -Cladribine tablets were dominant strategy (ie, less costly and more effective) versus all the comparators - Cladribine tablets showed an 81% to 100% probability of being cost-effective at a threshold of Saudi Riyal 225 326 per quality-adjusted life-years gained against different comparators | |
Alemtuzumab | 861,168.34 $ | 21.451 | 7.134 | − 13.4 | ||||
Dimethyl fumarate | 863,402.74 $ | 21.451 | 6.371 | − 12.1 | ||||
Fingolimod | 894,601.38 $ | 21.451 | 6.297 | − 15.6 | ||||
nterferon beta-1a (SC) | 774,481.67 $ | 21.451 | 5.761 | − 2.3 | ||||
Interferon beta-1a (IM) | 793,151.61 $ | 21.451 | 6.225 | − 4.3 | ||||
Interferon beta-1b | 843,815.62 $ | 21.451 | 7.229 | − 10.6 | ||||
Natalizumab | 1,106,687.37 $ | 21.451 | 6.703 | − 52.9 | ||||
Teriflunomide | 782,583.71 $ | 21.451 | 6.121 | − 2.1 | ||||
Ayati et al. (2021) [43] | QALY, LYG & ICER | Ocrelizumab | 109,029.19 $ | 8.525 | 5.459 | Dominate | Ocrelizumab dominated natalizumab and was associated with cost-savings of 6971 USD, longer LYG (0.004), and higher QALYs (0.27) | |
Natalizumab | 116,145.76 $ | 8.521 | 5.192 | Ocrelizumab Dominates | ||||
Ayati et al. (2021) [44] | QALY, LYG & ICER | Cladribine | Total discounted cost per patient: 69,842.00 $ | 4.655 | 2.720 per patient | Dominate | Cladribine tablets dominated natalizumab and yielded 6,607 USD cost-saving and 0.003 additional QALYs per patient and also were cost-effective in Iran, with a probability of 57.5% and 58.6% at lower and higher limits of threshold, respectively | |
Natalizumab | Total discounted cost per patient: 76,449.00 $ | 4.655 | 2.716 per patient | Cladribine Dominates | ||||
Lasalvia et al. (2020) [57] | QALY & ICER | Natalizumab | 75,812.51 $ | - | 3.01 | Dominate, -2014.84 $ | Natalizumab showed lower total costs (USD 80 024 vs USD 98 137) and higher QALY yield (3.01 vs 2.94) than fingolimod, dominating it (ICER = − $1861) | |
Fingolimod | 106,249.46 $ | - | 2.944 | - | ||||
Poveda et al. (2021) [39] | QALY | Cladribine | 253,209.48 $ (Total cost) | - | 10.39 | Dominate | Cladribine tablets was the dominant treatment: lower costs (− 86,536 €) and more effective (+ 1.11 QALYs) compared to fingolimod. The probability that Cladribine Tablets was cost-effective compared to fingolimod ranged between 94.6% and 96.1% for willingness to pay from € 20,000 to € 30,000 per QALY gained | |
Fingolimod | 392,017.87 $ (Total cost) | - | 9.28 | Cladribine (dominate) | ||||
Dembek et al. (2014) [27] | QALY & ICER | Best supportive care | 496,769.72 $ | - | 13.07 | Reference | Total QALYs gained per patient were greatest with intramuscular interferon beta-1a, followed by subcutaneous interferon beta-1a, Interferon beta-1b and Glatiramer acetate. The mean per-patient costs were lowest with intramuscular interferon beta-1a, followed by Glatiramer acetate, Interferon beta-1b, and subcutaneous interferon beta-1a. The ICERs for intramuscular interferon beta-1a was lowest at €168,629 per QALY gained | |
Intramuscular interferon beta-1a | 740,101.11 $ | - | 13.94 | 279,305.22 $ | ||||
Interferon beta-1b | 770,855.84 $ | - | 13.78 | 384,025.01 $ | ||||
Subcutaneous interferon beta-1a | 879,232.81 $ | - | 13.85 | 489,674.00 $ | ||||
Glatiramer acetate | 760,584.94 $ | - | 13.57 | 528,067.72 $ | ||||
Ginestal et al. (2023) [61] | QALY & ICER | Cladribine tablets | 299,481.50 $ | - | 6.6577 | Dominant | Cladribine tablets were the dominant treatment, with lower costs and greater effectiveness per patient, compared with dimethyl fumarate | |
Dimethyl fumarate | 411,464.19 $ | 6.4657 | - | |||||
Furneri et al. (2019) [28] | QALY, LYs & ICER | Natalizumab (“escalation strategy (ESC)”) | 1,017,700.64 $ (Total cost) | 20.10 | 11.19 | Dominant | Early escalation to natalizumab is dominant vs. switching among immunomodulators, in RRMS patients who do not respond adequately to conventional immunomodulators | |
Interferons/glatiramer acetate ( “switching strategy”) | 1,045,232.01 $ (Total cost) | 19.67 | 9.67 | ESC, Dominant | ||||
Cortesi et al. (2022) [60] | QALY, LYs & ICER | Interferon beta-1b | 212,009.74 $ | 17.77 | 4.44 | - | Compared to interferon beta-1b, siponimod seems to be cost-effective in SPMS patients and sustainable, with less than 1% overall budget increased in the next 3 years | |
Siponimod | 254,164.12 $ | 18.05 | 5.49 | 28.891 | ||||
Stanisic et al. (2019) [34] | QALY & ICER | Alemtuzumab | 540,381.77 $ | - | 7.11 | Dominant | Alemtuzumab yielded more QALYs, incremental QALYs, less costs compared to the other DMTs in all base-case analyses. Alemtuzumab carried the highest likelihood of being below the accepted willingness-to-pay threshold (€40,000) compared to other DMTs | |
Subcutaneous IFN β-1a | 546,557.15 $ | - | 5.49 | alemtuzumab VS IFN β-1a: 6173.94 $ | ||||
Natalizumab | 657,162.64 $ | - | 6.08 | Alemtuzumab VS natalizumab: 116,780.87 $ | ||||
Fingolimod | 617,795.17 $ | - | 5.75 | Alemtuzumab VS fingolimod: 77,413.39 $ | ||||
Montgomery et al. (2022) [58] | QALY, LYs & ICER | Siponimod | 481,655.67 $ | 16.39 | 3.45 | - | QALYs were greater for siponimod versus all comparators. ICERs, calculated as cost per QALY, for siponimod versus natalizumab (dominant), ocrelizumab (£4,760), fingolimod (£10,033) and dimethyl fumarate (£15,837) indicated that siponimod was cost-effective at the commonly accepted willingness-to-pay threshold of £30,000/QALY | |
Natalizumab | 499,002.87 $ | 16.25 | 2.69 | Dominant | ||||
Ocrelizumab | 477,175.04 $ | 16.26 | 2.79 | 4,760 | ||||
Fingolimod | 472,502.15 $ | 16.26 | 2.81 | 10,033 | ||||
Dimethyl fumarate | 467,324.25 $ | 16.26 | 2.82 | 15,837 | ||||
Teriflunomide | 451,629.84 $ | 16.26 | 2.83 | 33,689 | ||||
Rezaee et al. (2022) [29] | QALY & ICER | Rituximab | 5512.03 $ | - | 7.77 | 0.125, Dominant | Patients receiving rituximab had lower costs ($ 58,307.93 vs. $ 354,174.85) and more QALYs (7.77 vs. 7.65). In addition, the incidence of relapse by rituximab was lower compared to natalizumab (1.15 vs. 2.57). The scatter plots also showed that rituximab was more cost-effective for the patients in 100% of the simulations for the threshold of < $ 37,641 | |
Natalizumab | 36,811.05 $ | - | 7.65 | 0, Rituximub (dominant) | ||||
Becker et al. (2011) [47] | - | Intramuscular interferon beta-1a | -In the original model, costs per relapse avoided: 171,088.83 $ - In the reanalysis using the 2-year completer data, costs per relapse avoided: 94,139.24 $ | - | - | - | The cost per relapse avoided for intramuscular interferon beta-1a was approximately 45% lower than in the original analysis, whereas the recreated results for the other 3 therapies differed from the original results by less than 1% | |
Subcutaneous interferon beta-1a | -In the original model, costs per relapse avoided: 97,288.88$ - In the reanalysis using the 2-year completer data, costs per relapse avoided: 96,723.90 $ | - | - | - | ||||
Subcutaneous interferon beta-1b | -In the original model, costs per relapse avoided: 105,102.03$ - In the reanalysis using the 2-year completer data, costs per relapse avoided: 104,511.70 $ | - | - | - | ||||
Glatiramer acetate | -In the original model, costs per relapse avoided: 106,609.85 $ - In the reanalysis using the 2-year completer data, costs per relapse avoided: 105,954.33 $ | - | - | - | ||||
Kantor et al. (2023) [48] | ICER | Ozanimod (1 mg) | Total MS-Related Healthcare Costs Per Relapse Avoided: 843,684.00 $ | - | - | 823,168.00 $ | Compared with other DMTs, treatment with ozanimod was associated with annual healthcare cost savings ranging from $2178 (vs fingolimod) to $8257 (vs interferon beta-1a 30 μg) based on a budget of 1 million USD | |
Teriflunomide (7 mg) | 491,186.00 $ | - | - | 480,603.00 $ | ||||
Teriflunomide (14 mg) | 259,369.00 $ | - | - | 247,052.00 $ | ||||
Interferon beta-1b (250 mg) | - | - | - | 294,331.00 $ | ||||
Interferon beta-1a (22 mcg) | - | - | - | 437,919.00 $ | ||||
Interferon beta-1a (30 mcg) | 843,684.00 $ | - | - | 823,168.00 $ | ||||
Interferon beta-1a (44 mcg) | 338,676.00 $ | - | - | 333,590.00 $ | ||||
Glatiramer acetate (20 mg) | 158,154.00 $ | - | - | 154,035.00 $ | ||||
Glatiramer acetate (40 mg) | 110,364.00 $ | - | - | 105,133.00 $ | ||||
Fingolimod (0.5 mg) | 72,847.00 $ | - | - | 72,789.00 $ | ||||
Dimethyl fumarate (240 mg) | - | - | - | 88,468.00 $ | ||||
Baharnoori et al. (2022) [13] | QALY, Yl & ICER | Total cost for the first-line therapies: Ofatumumab | 603,393.83 $ | 28.406 | 9.277 | - | Among first-line indicated therapies for RRMS, ofatumumab was dominant (more effective, lower costs) over teriflunomide, interferons, dimethyl fumarate, and ocrelizumab. Compared with glatiramer acetate and best supportive care, ofatumumab resulted in CERs of $24,189 Canadian dollars per QALY and $28,014/QALY, respectively. At a willingness-to-pay threshold of $50,000/QALY, ofatumumab had a 64.3% probability of being cost effective. Among second-line therapies (scenario analysis), ofatumumab dominated natalizumab and fingolimod and resulted in an ICER of $50,969 versus cladribine | |
Total cost for the first-line therapies: Ocrelizumab | 637,352.93 $ | 28.383 | 9.145 | Ofatumumab dominant | ||||
Total cost for the first-line therapies: Teriflunomide | 618,809.71 $ | 28.170 | 7.950 | Ofatumumab dominant | ||||
Total cost for the first-line therapies: Dimethyl fumarate | 626,143.68 $ | 28.238 | 8.341 | Ofatumumab dominant | ||||
Total cost for the first-line therapies: Glatiramer acetate | 579,403.93 $ | 28.190 | 8.056 | 19,643.61 $ | ||||
Total cost for the first-line therapies: Avonex | 625,460.71 $ | 28.216 | 8.118 | Ofatumumab dominant | ||||
Total cost for the first-line therapies: Rebif 22 | 613,977.78 $ | 28.202 | 8.085 | Ofatumumab dominant | ||||
Total cost for the first-line therapies: Rebif 44 | 634,898.80 $ | 28.178 | 7.994 | Ofatumumab dominant | ||||
Total cost for the first-line therapies: Betaseron | 617,127.87 $ | 28.189 | 8.041 | Ofatumumab dominant | ||||
Total cost for the first-line therapies: Extavia | 613,156.76 $ | 28.189 | 8.032 | Ofatumumab dominant | ||||
Total cost for the first-line therapies: Best Supportive Care | 559,939.80 $ | 28.073 | 7.367 | 22,749.84 $ | ||||
Total cost for the second-line therapies: Cladribine | 581,239.25 $ | 28.311 | 8.742 | 41,391.33 $ | ||||
Total cost for the second-line therapies: Natalizumab | 706,381.25 $ | 28.382 | 9.138 | Ofatumumab dominant | ||||
Total cost for the second-line therapies: Fingolimod | 627,573.76 $ | 28.251 | 8.422 | Ofatumumab dominant | ||||
Lazzaro et al. (2022) [40] | QALYs, LYs & ICER | Teriflunomide | - Healthcare sector perspective: RRMS naïve patients: 126,174.07 $ - Societal perspective: 152,187.82 $ | -Healthcare sector perspective: RRMS naïve patients: 6.406 - Societal perspective: 6.406 | -Healthcare sector perspective: RRMS naïve patients: 3.603 - Societal perspective: 3.603 | - | Baseline CUA shows that teriflunomide in RRMS naïve patients was strongly dominant vs. experienced patients (healthcare sector perspective: − €1042.68 and + 0.480 QALYs; societal perspective: − €6782.81 and + 0.480 QALYs) | |
- Healthcare sector perspective: RRMS experienced patients: 127,641.15 $ - Societal perspective: 161,731.42 $ | -Healthcare sector perspective: RRMS experienced patients:6.402 - Societal perspective: 6.402 | -Healthcare sector perspective: RRMS experienced patients:3.123 - Societal perspective: 3.123 | 0.480 | |||||
Pinheiro et al. (2020) [45] | QALY, & ICER | Cladribine tablets | 332,546.67 $ | - | 3.42 | Dominant | Cladribine tablets were associated with a delay in progression, resulting in a gain of 0.85 QALYs and a cost decrease of 25,935 €. Probabilistic sensitivity analysis resulted in a mean ICER of − 31,781 € per QALY and was dominant in 98.7% of the simulations | |
Fingolimod | 404,142.19 $ | - | 2.58 | Cladribine, Dominant | ||||
Martins et al. (2023) [33] | QALY, LYs & ICER | Ocrelizumab | For RMS: 544,039.49 $ For PPMS: 558,109.75 $ | For RMS: 15.24 For PPMS: 14.13 | For RMS: 3.22 For PPMS: 1.27 | - | -Ocrelizumab is expected to increase (undiscounted) life expectancy of PPMS patients by 0.55 LY (25.15 vs 24.59 years) relative to BSC - Both natalizumab and ocrelizumab can reduce the number of attacks (relapses) relative to the other compared DMTs | |
BSC | For PPMS: 451,126.90 $ | For PPMS: 13.94 | For PPMS: 0.47 | 133,729.41 $ | ||||
Interferon β-1a | For RMS: 512,571.75 $ | For RMS: 15.05 | For RMS: 2.11 | 28,349.12 $ | ||||
Dimethyl fumarate | For RMS: 532,077.14 $ | For RMS: 15.08 | For RMS: 2.29 | 12,862.84 $ | ||||
Glatiramer acetate | For RMS: 525,298.92 $ | For RMS: 15.04 | For RMS: 2.02 | 15,616.86 $ | ||||
Teriflunomide | For RMS: 514,460.90 $ | For RMS: 15.06 | For RMS: 2.16 | 27,904.81 $ | ||||
Fingolimod | For RMS: 593,567.77 $ | For RMS: 15.06 | For RMS: 2.15 | Dominant | ||||
Natalizumab | For RMS: 598,975.76 $ | For RMS: 15.21 | For RMS: 2.92 | Dominant | ||||
AlRuthia et al. (2021) [49] | - | Oral agents | 10,819.76 $ | - | - | Dominant | The use of orally administered agents was dominant (e.g., more effective and less costly), with average annual cost savings of USD − 4336.65 and 8.11% higher rate of effectiveness when compared with Rebif®. With regard to the use of MABs in comparison to Rebif®, MABs were associated with higher cost but a better rate of effectiveness, with an average additional annual cost of USD 1381.54 and 43.11% higher rate of effectiveness. The use of MABs in the management of RRMS among the young patient population has shown to be the most effective therapy in comparison to both IFN-based therapy (e.g., Rebif®) and orally administered agents, but with higher cost. Orally administered agents resulted in better outcomes and lower costs in comparison to IFN-based therapy | |
Interferon | 15,068.10 $ | - | - | - | ||||
Monoclonal antibodies (MABs) | 16,421.20 $ | - | - | - | ||||
Versteegh et al. (2022) [19] | QALY & ICER | PEG-GLA20-OCR-CLA3.5-ALE | 672,081.80 $ | - | 19.59 | - | Optimal lifetime health outcomes (20.24 QALYs, 6.11 relapses) were achieved with the sequence peginterferon-dimethyl fumarate-ocrelizumab-natalizumab-alemtuzumab. The most cost-effective sequence (peginterferon-glatiramer acetate-ocrelizumab-cladribine-alemtuzumab) yielded numerically worse health outcomes per patient (19.59 QALYs, 6.64 relapses), but resulted in €98 127 less costs than the most effective treatment sequence | |
PEG-DIF-OCR-CLA3.5-ALE | 676,300.27 $ | - | 19.65 | - | ||||
PEG-GLA20-CLA3.5-OCR-ALE | 654,324.96 $ | - | 19.29 | - | ||||
PEG-TER14-OCR-CLA3.5-ALE | 674,927.06 $ | - | 19.61 | - | ||||
PEG-DIF-CLA3.5-OCR-ALE | 659,500.83 $ | - | 19.36 | - | ||||
PEG-TER14-CLA3.5-OCR-ALE | 657,541.11 $ | - | 19.32 | - | ||||
IFNb250-GLA20-OCR-CLA3.5-ALE | 646,464.25 $ | - | 19.07 | - | ||||
IFNb250-DIF-OCR-CLA3.5-ALE | 482,732.38 $ | - | 19.13 | - | ||||
IFNb250-GLA20-CLA3.5-OCR-ALE | 628,417.36 $ | - | 18.78 | - | ||||
IFNb250-TER14-OCR-CLA3.5-ALE | 649,200.42 $ | - | 19.09 | - | ||||
Nakhaipour et al. (2020) [59] | QALY & ICER | Fingolimod | 58,751.04 $ | - | 1.500 | 23,886 | Compared with IFN β-1a, fingolimod led to an increase in QALYs with incremental costs and to an ICER of CAD 23,886/QALY over a time horizon of two years | |
IFN b-1a | 56,189.01 $ | - | 1.376 | 56,737 | ||||
Schur et al. (2021) [30] | QALYs, LYs & ICER | Siponimod and BSC | 462,785.66 $ | 18.896 | 7.495 | Dominant | In the base-case analysis, siponimod may be cost-effective for treating Swiss adult patients with SPMS with active disease | |
Interferon beta-1a and BSC | 393,591.69 $ | 18.412 | 5.905 | - | ||||
Albahari et al. (2023) [62] | - | Rituximab | 7364.03 $ | - | - | Dominant | Rituximab was more effective and less costly than natalizumab in the management of RRMS. Ocrelizumab did not seem to slow the rates of disease progression among patients previously treated with natalizumab | |
Natalizumab | 19,301.91 $ | - | - | Rituximab, dominant | ||||
Ocrelizumab | 35,222.92 $ | - | - | - | ||||
Gani, et al. (2008) [22] | QALY & ICER | Natalizumab | - | - | - | - | If UK society is willing to pay more than £8200 per QALY, or Health and Social Services are willing to pay more than £26 000 per QALY, this analysis suggests that natalizumab is likely to be a cost-effective treatment for all patients with RRMS | |
Interferon-β | - | - | - | The ICER for natalizumab compared with interferon-β was £2300 per QALY. From a health and social care cost perspective, the ICERs were £18 700 per QALY | ||||
Glatiramer acetate | - | - | - | The ICER for natalizumab compared with glatiramer acetate was £2000 per QALY. From a health and social care cost perspective, the ICERs were £20 400 per QALY | ||||
Best supportive care | - | - | - | The ICER for natalizumab compared with best supportive care was £8200 per QALY. From a health and social care cost perspective, the ICERs were £25 500 per QALY, | ||||
Chilcott, et al. (2003) [2] | Cost per quality | Interferon betas | The base case cost per quality-adjusted life-year gained by using any of the four treatments ranged from £42 000 ($66 469; &61 630) to £98 000 based on efficacy information in the public domain | - | - | - | Cost-effectiveness varied markedly between the interventions. Uncertainty around point estimates was substantial., Price was the key modifiable determinant of the cost-effectiveness of these treatments | |
Glatiramer acetate for relapsing–remitting | Increased the cost per QALY gained around 75% | - | - | |||||
Interferon betas | The estimates with a 20-year time horizon were markedly lower, ranging from £42 000 to £98 000 per QALY gained | - | - | - | ||||
Glatiramer acetate for secondary progressive multiple | Commercial inconfidence estimates of efficacy, the most favorable estimate is £35 000 per QALY and the least favorable is £104 000 per QALY | - | - | - | ||||
Chevalier et al., (2016) [17] | QALY & ICER | DMF | $ 1,191,203.33 | - | 5.271 | - | Dimethyl fumarate can be considered a cost-effective option as it is on the efficiency frontier | |
IFN beta-1a 44mcg | $ 1,185,485.36 | - | 4.990 | - | ||||
IFNbeta-1a 30mcg | $ 1,191,212.65 | - | 4.991 | - | ||||
IFN beta-1b, 250mcg | $ 1,207,191.61 | - | 4.819 | - | ||||
Glatiramer Acetate | $ 1,208,023.54 | - | 4.950 | - | ||||
Teriflunomide | $ 1,192,521.07 | - | 5.047 | - | ||||
Fingolimod | $ 1,267,970.65 | - | 5.021 | - | ||||
Chanatittarat, et al. (2016) [35] | ICER | BSC | BSC had the lowest cost = $235,000 | - | 49% | - | Compared with fingolimod and interferon treatments, BSC remains to be the most cost-effective treatment for RRMS in Thailand based on a WTP threshold of $4,500 per QALY gained | |
fingolimod | the highest cost = $285,000 | 10.80 | 5.26 (%18) | $33,000 When compared with BSC | ||||
IFNβ − 1b | - | - | %25 | $12,000 When compared with BSC | ||||
IFNβ − 1a | - | - | - | $42,000 When compared with BSC | ||||
Brown, et al. (2000) [52] | 1-Disability years avoided (DYA) 2- Cost per exacerbation avoided 3-ICER | Interferon beta-1b | 1- Cost per disability year avoided before discounting is $124,892, and $181,395 after discounting at 5% 2- Total healthcare costs for all EDSS scores for Females Per person with MS: $1,976 Total healthcare costs for all EDSS scores for Males Per person with MS:$1,683 | - | - | - | Using the Expanded Disability Status Scale, cost per disability year avoided due to interferon beta-1b treatment in RRMS is quite high | |
Bozkaya, et al. (2017) [23] | ICER & EDSS | Natalizumab (NTZ) | Annual Drug cost: $71,773 | - | - | - | Costs ranged from $561,177 (NTZ) to $616,251 (GA). NTZ, DMF, and PEG were dominant (less costly and more effective) compared to FIN, GA, and IFN, respectively, for all ICERs | |
Fingolimod (FIN) | Annual Drug cost: $77,922 | - | - | Incremental cost NTZ vs FIN -$35,524 | ||||
Peginterferon beta-1a (PEG) | Annual Drug cost: $72,072 | - | - | - | ||||
Subcutaneous interferon beta-1a (IFN, 44 mcg) | Annual Drug cost: $77,797 | - | - | Incremental cost PEG vs IFN-$37,790 | ||||
Glatiramer acetate (GA, 20 mg daily | Annual Drug cost: $80,436 | - | - | - | ||||
Dimethyl fumarate (DMF) | Annual Drug cost: $73,371 | - | - | - | ||||
Alsaqa’aby et al. (2017) [24] | ICERs and NMB | Interferon 1a (Rebif 44 mcg) | $298 892 | - | 9.78 | - | 1-None of the DMDs were found to be cost-effective in the treatment of RRMS at a WTP threshold of $100,000 in this analysis 2- Monte Carlo simulation results showed that Rebif was the most cost-effective therapy at WTP of $50 000 with 95% probability 3- Avonex reported the lowest ICER value of $337 282/QALY compared to Rebif as a common comparator 4- The NMB of oral DMDs at a WTP of $100,000 (SAR375 000) was lower than the NMB of Rebif, showing that oral DMDs were a costly option would only be cost-effective at a WTP above $300 000 | |
Teriflunomide | $360,631 | - | 9.72 | Dominated | ||||
Interferon 1a (Avonex 30 mcg) | $374,502 | - | 10.01 | $337,282 | ||||
Fingolimod | $391,603 | - | 10.05 | $347,338 | ||||
Dimethyl Fumarate (DMF) | $426,030 | - | 10.02 | $531,329 | ||||
Hernandez et al. (2016) [18] | QALY & ICER | Peginterferon beta-1a | - | - | Results Over 10 years, peginterferon beta-1a was dominant (i.e., more effective and less costly), with cost-savings of $22,070 and an additional 0.06 QALYs when compared with interferon beta-1a 44mcg | - | This analysis suggests that long-term treatment with peginterferon beta-1a improves clinical outcomes at reduced costs compared with interferon beta-1a 44 mcg and glatiramer acetate 20 mg and should be a valuable addition to managed care formularies for treating patients with RRMS | |
interferon beta-1a (44 mcg SC 3 times per week) | - | - | Results Over 10 years | - | ||||
glatiramer acetate (20 mg SC once daily) | - | - | Peginterferon beta-1a was dominant (i.e., more effective and less costly), with cost-savings of $19,163 and 0.07, QALYs gained when compared with glatiramer acetate 20 mg.- | - | ||||
Hernandez et al. (2017) [25] | QALY & ICER | Peginterferon beta-1a | Total cost: 106,843 | - | Total QALYs (patient-caregive): 7.32 | - | Long-term treatment with peginterferon beta-1a improves clinical outcomes, while its cost profile makes it either dominant or cost-effective compared with other self-injectable DMTs for the treatment of RRMS in Scotland | |
Interferon beta-1a 30 mcg | Total cost: 113,257 | - | Total QALYs (patient-caregiver): 6.88 | - | ||||
Interferon beta-1a 22 mcg | Total cost: 115,614 | - | Total QALYs (patient-caregiver): 6.99 | - | ||||
Interferon beta-1a 44 mcg | Total cost: 112,523 | - | Total QALYs (patient-caregiver): 7.01 | - | ||||
Interferon beta-1b | Total cost: 110,657 | - | Total QALYs (patient-caregiver): 6.88 | - | ||||
Glatiramer acetate 20 mg | Total cost: 104,441 | - | Total QALYs (patient-caregiver): 6.90 | - | ||||
Sawad et al. (2017) [63] | QALY & ICER | Strategy 1: SM (symptom management) | US$161,136.60 | - | 10.49 | 2,297,141.53 comparing Strategy 2 to Strategy 1 | Strategy 1 was the cost-effective strategy for the treatment of relapsing–remitting multiple sclerosis when compared with other strategies | |
Strategy 2: SM and IFN-β-1a | US$551,650.66 | - | 10.66 | |||||
Strategy 3: SM and natalizumab | US$703,463.60 | - | 10.69 | -1,623,918.00 comparing Strategy 4 to Strategy 3 | ||||
Strategy 4: SM and alemtuzumab | US$670,985.24 | - | 10.71 | |||||
Hashemi-Meshkini A, et al. (2018) [26] | QALY | PEG-interferon | 1- total discounted cost PEG-interferon: 68,688 USD 2-In each arm, cost of PEG-interferon 99% total cost | - | 5709.88 | 1- (ICER) was estimated around 11,111 US dollars (USD) per QALY gained for the PEG-interferon vs. interferon 2- ICER (USD per QALY): cost discount rate (5%) = 12,080 3- ICER (USD per QALY): Utility discount rate (3%) = 10,208 | PEG interferon beta 1 -a could be considered as a cost-effective treatment for Iranian patients with MS | |
Interferon | 1-total discounted cost in interferon arm: 59,308 USD 2- In each arm, interferon beta 1a were around and 97%total cost | - | 4865.61 | |||||
Else Michels et al. (2019) [32] | QALY& ICER | Cladribine tablets | $ 180.67 | - | 9.318 | Dominant | Cladribine tablets are cost-effective versus alemtuzumab and fingolimod in HAD (high disease activity) patients, and cost-effective versus natalizumab in RES (rapidly evolving severe) patients | |
Alemtuzumab | $ 1153.24 | - | 9.219 | Dominant | ||||
Fingolimod | $ 1397.65 | - | 8.333 | Dominant | ||||
Natalizumab | $ 670.29 | - | 8.794 | Dominant | ||||
Imani et al., (2012) [36] | QALY/ Incremental cost per QALY gained | Symptom Management | - | - | 9.081 | Reference | Disease-modifying drugs (DMDs) in relapsing–remitting MS patients were associated with increased benefits compared with symptom management, albeit at higher costs. Because patients receiving Avonex incurred slightly higher QALYs than patients receiving other DMDs, treatment with Avonex dominates other DMDs in Iran | |
Avonex | $125,280 | - | 9.285 | $607,397 | ||||
Betaferon | $280,581 | - | 9.284 | $1,374,355 | ||||
Rebif | $232,740 | - | 9.279 | $1,166,515 | ||||
CinnoVex | $50,448 | - | 9.130 | $1,010,429 | ||||
Janković et al., (2009) [31] | QALY/ Incremental cost per QALY gained/ Incremental cost per life years gained | Symptom management | $ 321,263.12 | Life years gained 16.0 ± 7.0 | 9.2 ± 4.2 | Reference | Immunomodulatory therapy of RRMS in a Balkan country in socioeconomic transition is not cost-effective, regardless of the type of the therapy. The moderate gain in relapse-free years does not translate to gain in QALYs, probably due to adverse effects of immunomodulatory therapy | |
SC GA | $ 566,722.58 | 16.4 ± 7.0 | 9.8 ± 4.4 | 1,240 ± 15,596 | ||||
SC IFN β-1a | $ 924,082.67 | 16.4 ± 7.0 | 9.8 ± 4.3 | 4,520 ± 61,855 | ||||
IM IFN β-1a | $ 920,472.98 | 16.4 ± 7.0 | 9.8 ± 4.4 | 4,527 ± 61,854 | ||||
SC IFN β-1b | $ 855,498.41 | 16.4 ± 7.0 | 9.8 ± 4.3 | 4,022 ± 55,055 | ||||
Maruszczak et al., (2015) [41] | QALY & ICER | Fingolimod | $ 564,448.36 | - | 4.70 | 12,528 | Fingolimod remains cost-effective in highly active (HA) RRMS following the introduction of DMF to the UK market, and this model supports the evidence that has led it to be the only oral DMT reimbursed for HA RRMS in England | |
dimethyl fumarate (DMF | $ 549,139.70 | 3.93 | ||||||
Mantovani (2019) [42] | QALY, YLG ICER | Dimethyl fumarate | $ 1,396,605.43 | 19.634 | 6.526 | Reference | This cost-effectiveness analysis confirms that dimethyl fumarate is an optimal first-line treatment for RRMS in Italy, compared with the other first-line alternatives | |
IFN beta-1a – 22 mcg | $ 1,418,953.20 | 19.533 | 5.786 | DMF dominates | ||||
IFN beta-1a – 44 mcg | $ 1,409,201.85 | 19.600 | 6.189 | DMF dominates | ||||
IFN beta-1b – Betaferon | $ 1,474,840.19 | 19.440 | 5.143 | DMF dominates | ||||
IFN beta-1b – Extavia | $ 1,468,349.53 | 19.440 | 5.143 | DMF dominates | ||||
Glatiramer acetate – 20 mg | $ 1,454,399.37 | 19.459 | 5.341 | DMF dominates | ||||
Teriflunomide – 14 mg | $ 1,421,793.87 | 19.547 | 5.953 | DMF dominates | ||||
Najafi et al., (2014) [50] | Health-related quality of life (HRQoL) & ICER | CinnoVex | Annual per-patient cost: $2410 | - | 69.5 for physical HRQoL & 63.3 for mental HRQoL | Reference | The results showed that CinnoVex was less expensive and more effective than Avonex over the study period. This implies that CinnoVex is a dominant option and there is no need to calculate the ICER | |
Avonex | Annual per-patient cost: $4515 | - | 50.9 for physicalHRQoL & 56.6 for mental HRQoL | CinnoVex dominates | ||||
Nuijten et al. (2002) [46] | QALY & ICER | Preventive treatment with interferon beta | $ 455,373.06 | - | Interferon group: 28.2 | $ 106,076.04 per QALY | Preventive treatment with interferon beta in patients with multiple sclerosis may not be fully justified from a health-economic perspective, although interferon beta is associated with improved effectiveness compared with no preventive treatment | |
No preventive treatment | $ 105,319.26 | - | no-treatment group: 24.9 | |||||
Soini et al., (2017) [10] | QALY & ICER | DMF 240 mg PO BID | Total costs/patient, $ 523,140.50 | 12.098 | Total QALY/patient 7.808 | $ 51,149.25 | $ 114,552.40 | Teriflunomide was less costly, with greater QALYs, versus glatiramer acetate and the IFNs. According to Bayesian treatment ranking (BTR), teriflunomide was the first-best among the disease-modifying therapies, with potential willingness-to-pay thresholds of up to €68,000/QALY gained. In the IIA (impact investment assessment), teriflunomide was associated with the longest incremental quality-adjusted survival and time without cane use |
Teriflunomide 14 mg once daily | 512,918.55 | 12.096 | 7.719 | $ 36,570.33 | vs. teriflunomide | |||
GA 20 mg SC once daily | 553,208.02 | 12.087 | 7.475 | $ 377,612.44 | Dominant | |||
IFN-β1a 44 mg SC TIW | 521,832.96 | 12.092 | 7.595 | $ 87,610.24 | Dominant | |||
IFN-β1b 250 mg SC EOD | 613,172.97 | 12.074 | 7.063 | Dom | Dominant | |||
IFN-β1a 30 mg IM QW | 544,899.55 | 12.088 | 7.456 | $ 370,707.19 | Dominant | |||
Best supportive care (BSC)- placebo | 498,725.36 | 12.084 | 7.331 | vs. BSC | $ 36,570.33 | |||
Su et al., (2016) [64] | QALY & ICER, HRQoL | DMF | $243,079 | 12.124 | 5.885 | - Reference | DMF can be considered a cost-effective option compared to other first-line DMTs | |
Glatiramer Acetate (GA) | $219,741 | 12.105 | 5.357 | $44,118 | ||||
Rebif (Interferon-b 1a SC) 44 mcg | $240,134 | 12.116 | 5.610 | $10,672 | ||||
Zhang et al., (2014) [51] | QALY, ICER & incremental net monetary benefit (INMB) | Fingolimod | $239,947 | 3.69 | $ 46,328 | $ 36,567 | Of the four DMDs, dimethyl fumarate is a dominant strategy to manage RRMS. Dimethyl fumarate dominated all other therapies over the range of willingness-to-pay (WTP) values. After dimethyl fumarate, teriflunomide was the most cost-effective therapy compared with IM IFN-b1a, with an incremental cost-effectiveness ratio of $7,115 | |
Teriflunomide | $226,085 | 3.68 | $7,115 | $ 49,780 | ||||
Dimethyl fumarate | $200,145 | 3.72 | Dominant | $ 80,611 | ||||
Intramuscular (IM) interferon (IFN)-b1a | $223,606 | 3.34 | ICER vs. IM IFN-b1a | INMB vs. IM IFN-b1a | ||||
Zimmermann et al., (2018) [37] | QALYs & ICERs | Ocrelizumab (for first-line treatment for RRMS) | US$1,217,737 | - | US$166,338 | Dominant | Ocrelizumab was cost effective as a first-line treatment for RRMS. Alemtuzumab dominated other options for second-line treatment of RRMS | |
Alemtuzumab (for second-line treatment) | US$580,052 | - | US$648,799 | Dominant | ||||
Supportive care | US$341,120 | - | US$341,100 | - |