Rheumatoid arthritis

Disease activity–guided dose optimization including discontinuation of TNF inhibitors in rheumatoid arthritis is effective for up to 10 years: an observational follow-up of the DRESS study

Rheumatology (Oxford)Published Observational long-term extension of the DRESS randomised study

Authors' conclusion

Long-term disease activity-guided dose optimization of TNF inhibitors in RA, including discontinuation and multiple tapering attempts, remains safe and effective.

Study context

Population
Patients with RA on TNF inhibitors who completed the 3-year extension of the DRESS study127 completed 10-year follow-up
Participants
170 patients
Primary endpoint
Main outcomes: mean time-weighted DAS28-CRP; b/tsDMARD use per year as proportion of daily defined dose; proportion reaching discontinuation; durability and effectiveness of subsequent dose reduction attempts; radiographic progression (Sharp-van der Heijde score) between years 3 and 10
Follow-up
10 years
Methodological detailsobservational follow-up, 10-year follow-up
  • Observational follow-up
  • 10-year follow-up

Primary result

As reported in the abstract

Mean time-weighted DAS28-CRP
2.13 (95% CI 2.10-2.16)
b/tsDMARD dose (% of daily defined dose) at baseline, n = 170
97% (95% CI 96-99%)
b/tsDMARD dose (% of daily defined dose) at year 10, n = 127
56% (95% CI 49-63%)
Reached discontinuation, of 161 with an optimization attempt
119 (74%)
Median duration of discontinuation
7 months (IQR 3-33 months)
Never had to restart b/tsDMARD
25 (21%, 95% CI 14-29%)
Mean dose reduction, first optimization attempt (n = 159)
48%
Mean dose reduction, subsequent attempt (n = 86)
33%
Radiographic progression exceeding smallest detectable change (5.7 units), of 86
41 (48%)

Original publication

Disease activity–guided dose optimization including discontinuation of TNF inhibitors in rheumatoid arthritis is effective for up to 10 years: an observational follow-up of the DRESS study. Rheumatology (Oxford). Published 12 February 2024. doi:10.1093/rheumatology/keae103

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