Outcome of steering and drug strategy trials
Steering trials | ||
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RCTs | ||
TICORA5 (DAS-steered vs routine care) | ||
C | EULAR good response at 18 months (primary outcome): OR=5.8 (95% CI 2.4 to 13.9); 82% vs 44% | p<0.0001 |
EULAR remission at 18 months: OR=9.7 (3.9 to 23 to 9), 64% vs 16% | p<0.0001 | |
ACR70 at 18 months OR=11 (95% CI 4.5 to 27), 71% vs 18% | p<0.0001 | |
F | NA | |
R | Median (IQR) change in total Sharp Scores at 18 months 4.5 (1–9.87) vs 8.5 (2–15.5) | p=0.02 |
CAMERA6 (intensive steering based on SJC, TJC, ESR and VASpt-pain vs routine care) | ||
C | Number of patients in remission for 3 months (primary outcome) | |
During the fi rst year: 35% vs 14% | p<0.001 | |
During second year: 50% vs 37% | p<0.0029 | |
TJC AUC after 2 years 3.6 (1.9 to 6.0) vs 5.5 (2.8 to 9.2), p=0.001 | p<0.001 | |
SJC AUC after 2 years 2.7 (1.5 to 5.2) vs 4.7 (2.8 to 7.6) | p<0.001 | |
ESR AUC after 2 years 17.7 (10.2 to 27.6) vs 21.6 (13.0 to 33.6) | p=0.007 | |
ACR50 at | ||
1 year: 58% vs 43% | p<0.01 | |
2 years: 43% vs 45% | NS | |
F | HAQ-AUC | NS |
R | Annual radiographic progression | NS |
Median (IQR) change over 2 years 0 (0–2.0) vs 0 (0–2.5) units per year | ||
Fransen et al7 (DAS-steered vs routine care) | ||
C | DAS28≤3.2 at 24 weeks: 31% vs 16% (primary outcome) | p<0.028 |
DMARD changes: 20% vs 9% (primary outcome) | p<0.05 | |
F | NA | |
R | NA | |
BROSG8 9 (intensive care vs symptomatic care) | ||
C | SJC, TJC, ESR and PGA | NS |
F | HAQ (primary outcome): sign deterioration in both arms: NS between treatment arms | NS |
R | Larsen score | NS |
van Hulst et al10 (DAS-guided vs routine care) | ||
C | DAS28 mean change after 18 months 0.5 vs 0.65 | NS |
F | NA | |
R | NA |
Non-randomised comparative trials | ||
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Allaart et al11 (DAS-steered vs routine treatment) | ||
C | ESR median (IQR) at 1 year −19 (−6 to −37) vs −13 (−3 to −28) | p=0.011 |
DAS28 (target) mean at 1 year −2.7±1.5 vs −1.9±1.5 | p=0.001 | |
F | HAQ mean change after 1 year −0.7±−0.7 vs −0.5±−0.7 | p=0.029 |
R | NA | |
Stenger et al12 (CRP-steered high-risk/low-risk vs routine care high-risk/low-risk) | ||
C | AUC for CRP (target) lower in intensive group after 2 years | |
High-risk patients | p=0.002 | |
Low-risk patients | p=0.20 | |
F | NA | |
R | SHS median (IQR) progression rate after 2 years | |
High-risk patients 26.0 (range 0–100) vs 35 (1–188) | p=0.03 | |
Low-risk patients 11.0 (0–87) vs 8.0 (0–99) | p=0.36 | |
van der Woude et al13 (DAS-steered vs routine care) | ||
C | DAS<1.6 (remission) after 5 years 9% vs 11% | NS |
F | NA | |
R | NA |
RCTs comparison of steering methods | ||
---|---|---|
van Tuyl et al14 (DAS-steered vs CTX-steered) | ||
C | DAS <1.6 (remission) 57%, 76% and 90% after 8, 21 and 40 weeks in both targeted arms | NS |
F | NA | |
R | NA | |
Edmonds et al15 (SJC-steered vs CRP-steered vs routine care) | ||
C | CRP, SJC | NA |
F | NA | |
R | SHS progression CRP group that met CRP target vs patients who did not meet CRP target: 0.53±1.57 vs 2.15±4.18 | p=0.00 |
Non-comparative trials | ||
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Brenol et al31 (baseline vs 14 months) | ||
C | SJC, TJC and VASpt-pain and VASpt-global health assessment baseline vs 12–14 m | p<0.05 |
DAS28 total 12–14 m 4.64±1.57 vs 3.99±1.45 | p<0.005 | |
DAS28<2.6 12.6% vs 20.4% | p<0.001 | |
CDAI<2.8 8.6% vs 14.2% | p<0.001 | |
F | HAQ total 12–14 m 1.45±0.86 vs 1.31±0.81 | p=0.002 |
R | NA | |
Proudman et al32 | ||
C | CRP median baseline vs 24 months 14 (6–31) vs 4 (3–4) | p<0.05 |
ESR median baseline vs 24 months 39 (24–54) vs 11 (5.5–18.75) | p<0.05 | |
DAS28 (primary outcome) mean score baseline vs 24 months 5.3±1.1 vs 2.7±1.4 | p<0.05 | |
F | HAQ mean baseline vs 24 months 0.9±0.5 vs 0.2±0.3 | p<0.05 |
R | SHS modified median (IQR) total score baseline vs 24 m 8 (5 to 15) vs 13 (8–12) | p<0.05 |
Kuper et al33 | ||
C | DAS28<2.6 (remission) after 48–52 weeks 51% | NA |
F | NA | |
R | NA |
Medication trials | ||
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RCTs | ||
FIN-RACo16–20 (combination vs monotherapy) | ||
C | Remission (primary outcome, ACR defi nition of remission) 2 years 37% vs 18% | p=0.003 |
DAS28 median at 2 years 2.0 vs 3.1 | p=0.005 | |
ACR50, ESR, SJC, TJC, VASpt-global health | NS | |
F | Mean change in HAQ | NS |
R | Increase in Larsen score after 2 years 4 vs 12 | p=0.002 |
NEO-RACo21 (combination+IFX vs combination+placebo) | ||
C | Remission (primary outcome) after 2 years 70% vs 53% | p=0.08 |
F | NA | |
R | SHS=0 after 2 years 54% vs 41% | p=0.005 |
BeSt22–26 (sequential monotherapy; step-up monotherapy; combination therapy+prednisone; combination therapy with IFX) | ||
C | DAS≤2.4 (target) after | |
1 year 53%; 64%; 71%; 74% | p<0.01 (1 vs 3 and 1 vs 4) | |
2 years 75%; 81%; 78%; 82% | NS | |
VASpt-pain change | ||
After 6 months with baseline −17.4; −25.5; −30.3; −30.2 | p=0.001 (1 vs 3+4) | |
After 2 years −28.2; −27.3; −26.9; −32.6 | NS | |
VASpt-global health assessment after 2 years −26.4; −25.6; −23.9; −31.8 | NS | |
F | ||
HAQ mean improvement | ||
After 12 months 0.7; 0.7; 0.9; 0.8 | p=0.031 (1 vs 3+4) | |
After 24 months 0.7; 0.8; 0.9; 0.9 | NS | |
R | ||
SHS mean increase after 2 years 2.0; 2.0; 1.0; 1.0 (9.0; 5.2; 2.6; 2.5) | p=0.005 (1+2 vs 3+4) | |
GUEPARD27 (initial MTX vs initial combination MTX with ADA) | ||
C | DAS28 AUC at 1 year 164.6 vs 186.7 | 0.049 |
F | HAQ increase at 1 year−0.51 vs−0.82 | 0.26 |
R | SHS increase 1.8±4.7 vs 1.9±4.0 | NS |
Saunders et al28 (step-up vs parallel) | ||
C | Mean difference | |
After 1 year SJC, TJC, CRP, ESR, VASpt-pain,−global health assessment, DAS28 | NS | |
After 1 year OR ACR20 0.9 (0.3–1.6); OR ACR50 0.7 (0.3–1.6); OR ACR70 0.6 (0.2–1.5) | NS | |
After 1 year OR EULAR remission 0.6 (0.3–1.4) | NS | |
F | HAQ mean difference | NS |
R | SHS mean difference | NS |
Ferraccioli et al29 (MTX adding CsA; CsA adding MTX; SSZ monotherapy) | ||
C | SJC mean (95%CI) increase | |
After 18 months –6.3 (−3.1 to−9.5);−5.0 (−2.8 to−7.8);−3.7 (−0.6 to−6.9) | p=0.04 (1 vs 3) | |
18–36 months−2.2 (−1.3 to−3.2);−3.1 (−1.9 to−4.3);−1.8 (−0.6 to−3.1) | NS | |
TJC mean (95%CI) increase | ||
After 18 months−5.8 (−2.7 to−8.9);−5.7 (−2.8 to−8.7);−2.2 (0.8 to−5.3) | p=0.001 (1 vs 3 and 2 vs 3) | |
18–36 months−1.7 (−0.5 to−2.9);−4.8 (−3.6 to−6.1);−2.8 (−1.5 to−4.1) | p=0.02 (1 vs 2) | |
CRP mean (95%CI) increase | ||
After 18 months−23 (−13.5 to−33.3);−9.0 (−6.4 to 11.6);−11.8 (0.4 to−23.9) | p=0.001 (1 vs 3) | |
18–36 months−1.8 (2.3 to−5.9);−9.0 (−6.4 to−11.6);−0.9 (2.9 to−4.8) | p=0.01 (1 vs 2); | |
p=0.03 (2 vs 3) | ||
VASpt mean (95%CI) increase | ||
After 18 months−4.2 (−3.7 to−4.7);−4.4 (−1.9 to−7.0);−2.3 (−1.9 to−2.7) | p=0.001 (1 vs 3 and 2 vs 3) | |
18–36 months−1.3 (−0.9 to−1.7);−0.6−0.4 to−0.9);−0.6 (−0.3 to−0.9) | p=0.001 (1 vs 2) | |
ACR50 (target) after 18 months 90%; 88%; 24% | NS | |
F | NA | |
R | NA |
Non-randomised comparative trials | ||
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Verschueren et al30 (step-down vs step-up) | ||
C | DAS28<2.4 percentage after 4 months 63.2% vs 36.4% | p=0.049 |
After 12 months | NS | |
F | HAQ >0.22 increase after 4 months | p=0.010 |
R | NA |
Published data after approximately 2 years. Data are sorted according to intensive treatment compared with less intensive treatment. ACR, American College of Rheumatism; ADA, adalimumab; AUC, area under the curve; BROSG, British Rheumatoid Outcome Study Group; C, clinical outcomes; CAMERA, Computer Assisted Management for Early Rheumatoid Arthritis; CDAI, Crohn's Disease Activity Index; CRP, C-reactive protein; CsA, ciclosporin; CTX, C-terminal cross-linked telopeptide; DAS, Disease Activity Score; DMARD, disease-modifying antirheumatic drug; ESR, erythrocyte sedimentation rate; EULAR, European League Against Rheumatism; F, functional outcome; FIN-RACo, Finnish Rheumatoid Arthritis Combination Therapy; GUEPARD, GUérir la PolyArthrite Rhumatoide Débutante (cure early RA); HAQ, Health Assessment Questionnaire; IFX, infl iximab; MTX, methotrexate; PGA, patient global assessment; R, radiographic outcome; RCT, randomised controlled trial; SJC, swollen joint count; SSZ, sulfasalazine; TICORA, TIght COntrol of Rheumatoid Arthritis; TJC, tender joint count; VAS, visual analogue scale.