Table 4.
Study | Population | Follow-Up | Efficacy | Safety |
---|---|---|---|---|
Park et al66 |
|
Week 30 | Clinical remission:
|
No unexpected adverse events (5 severe adverse events) |
Kang et al54 |
|
Week 8 (induction) | Clinical remission:
|
1 adverse event |
Jung et al55 |
|
Week 54 | Clinical remission:
|
5 adverse events in treatment-naive |
Gecse et al67,68 |
|
Week 54 | Clinical remission:
|
7.2% infusion reactions overall |
Fiorino et al60 |
|
6 months | Clinical response (CD+UC):
|
8.3% severe adverse events 5.3% infusion reactions |
Guerra Veloz et al69,70 |
|
6 months | No difference between group in remission and group not in remission at start of study | Mild adverse events: 6.6% in CD; 5.0% in UC |
Carvalho Lourenço et al71 |
|
Week 24 | Significant decrease in HBI and CRP compared with baseline in both groups | No infusion reactions with CT-P13 |
Hlavaty et al57 |
|
Week 14 (induction); every 8 weeks for maintenance | Clinical remission (CD+UC): 84% | 4 adverse events overall |
Hamanaka et al72 |
|
Week 22 | Clinical remission:
|
1 infusion reaction |
Murphy et al73 |
|
Not reported | Higher surgery rate and hospital readmission rate, higher likelihood of corticosteroid augmentation, and no decrease in CRP with CT-P13 | Not reported |
CD, Crohn’s disease; CRP, C-reactive protein; CT-P13, infliximab biosimilar; HBI, Harvey-Bradshaw index; IBD, inflammatory bowel disease; IFX-R,originator infliximab–Remicade; TNFα, tumor necrosis factor-alpha; UC, ulcerative colitis.