P960 炎症性肠病(IBD)患者皮下注射英夫利西单抗(IFX)与静脉注射英夫利西单抗(IFX)诱导治疗反应状态的临床疗效比较:关键性随机对照试验的事后分析

L Vuitton, N Mathieu, B D Ye, D H Kim, A L Jeong, Y N Lee, S Schreiber
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W6 clinical response (≥70-point decrease in Crohn’s Disease Activity Index [CDAI] score [CD]; ≥2-point decrease in partial Mayo score with ≥1-point decrease in rectal bleeding subscore or an absolute rectal bleeding subscore of 0 or 1 [UC]) was a stratification factor. The SC arm received SC IFX (120/240 mg for pts weighing <80/≥80 kg) every 2 weeks from W6–54; the IV arm received IV IFX 5 mg/kg every 8 weeks (W6–22), then switched to SC IFX (W30–54). Rates of clinical remission (CDAI score <150 [CD]; partial Mayo score ≤1 [UC]) and trough IFX concentrations (Ctrough) were assessed at W6, W30 and W54. Analyses were descriptive. Results There were 101 induction responders (IRs) to IV IFX, who were randomised to the SC arm (n=49, 74.2%; SC-IR subset) or the IV arm (n=52, 80.0%; IV-IR subset). Correspondingly, there were 17 (25.8%) and 13 (20.0%) induction non-responders (INRs; SC-INR and IV-INR subsets, respectively). In both study arms, IRs had higher clinical remission rates than INRs at both W30 and W54 (Figure A). Comparing by formulation, the SC-INR subset had nearly twice the W30 clinical remission rate of the IV-INR subset (58.8% vs. 30.8%; p=0.159 [Fisher exact test]). In addition, IV-INR subset clinical remission rates numerically increased after pts switched to SC IFX (W30: 30.8% vs. W54: 46.2%; p=0.476 [McNemar test]). These observations were generally consistent with Ctrough findings (Figure B); median Ctrough in the IV-INR subset increased from 1.5 to 18.3 µg/mL (p=0.005 [Wilcoxon signe-drank test]) after switching to SC IFX. Conclusion Findings suggested associations between initial response to IFX induction therapy and positive long-term outcomes for both SC and IV IFX, and supported potential benefits with SC IFX maintenance therapy for INRs, compared with the option of IV IFX maintenance. 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引用次数: 0

摘要

背景IBD患者静脉注射IFX的初始反应与长期疗效之间的临床关联已得到确立1,2。2020年,欧洲批准了SC IFX用于治疗中重度克罗恩病(CD)或溃疡性结肠炎(UC),该试验是基于一项比较SC和IV IFX的关键性随机试验(NCT02883452)3 。方法 在关键试验中,患有活动性 CD 或 UC 的成人接受了静脉注射 IFX 诱导治疗(5 毫克/千克;第 [W] 0 周和第 W2 周),然后随机分配到静脉注射组(66 人)或静脉注射组(65 人)。W6临床反应(克罗恩病活动指数[CDAI]评分[CD]下降≥70分;部分梅奥评分下降≥2分,直肠出血评分下降≥1分或直肠出血评分绝对值为0或1[UC])是分层因素。在W6-54期间,SC组每2周接受一次SC IFX(体重<80/≥80 kg的患者为120/240 mg)治疗;IV组每8周(W6-22)接受一次5 mg/kg的IV IFX治疗,然后转为SC IFX治疗(W30-54)。临床缓解率(CDAI评分<150[CD];部分梅奥评分≤1[UC])和IFX谷浓度(Ctrough)在W6、W30和W54时进行评估。分析为描述性分析。结果 有101名IFX诱导应答者(IR)被随机分配到SC治疗组(49人,74.2%;SC-IR亚组)或IV治疗组(52人,80.0%;IV-IR亚组)。相应地,诱导无应答者(INRs;SC-INR 子集和 IV-INR 子集)分别为 17 人(25.8%)和 13 人(20.0%)。在两个研究臂中,IR 在 W30 和 W54 时的临床缓解率均高于 INR(图 A)。按剂型比较,SC-INR 亚组的 W30 临床缓解率几乎是 IV-INR 亚组的两倍(58.8% 对 30.8%;P=0.159 [费舍尔精确检验])。此外,IV-INR亚组临床缓解率在受试者转用SC IFX后在数量上有所增加(W30:30.8% vs. W54:46.2%;P=0.476 [McNemar检验])。这些观察结果与Ctrough结果基本一致(图B);转用SC IFX后,IV-INR亚组的中位Ctrough从1.5微克/毫升升至18.3微克/毫升(P=0.005 [Wilcoxon符号秩检验])。结论 研究结果表明,IFX诱导疗法的初始反应与SC和IV IFX的长期疗效之间存在关联,并支持与IV IFX维持疗法相比,SC IFX维持疗法对INRs的潜在益处。考虑到该分析的事后分析性质以及分析人群较少(因此统计结果不确定),有必要在更大规模的研究中进行调查。1Murthy SK et al. Inflamm Bowel Dis 2015;21:2090-6。2Wong ECL et al. J Crohns Colitis 2021;15:1114-9.3Schreiber S et al. Gastroenterology 2021;160:2340-53.
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P960 Comparison of clinical outcomes by induction therapy response status in patients with Inflammatory Bowel Disease (IBD) treated with subcutaneous (SC) versus intravenous (IV) infliximab (IFX): Post hoc analysis of a pivotal, randomised controlled trial
Background Clinical associations between initial response and long-term outcome are well established for IV IFX in IBD.1,2 In 2020, SC IFX was approved in Europe for treating moderate-to-severe Crohn’s disease (CD) or ulcerative colitis (UC), based on a pivotal randomised trial (NCT02883452) comparing SC and IV IFX.3 This post hoc analysis investigated clinical outcomes in patients (pts) treated with SC or IV IFX, by response to IV IFX induction. Methods In the pivotal trial, adults with active CD or UC received IV IFX induction (5 mg/kg; Week [W] 0 and W2), before randomisation to SC (n=66) or IV (n=65) arms. W6 clinical response (≥70-point decrease in Crohn’s Disease Activity Index [CDAI] score [CD]; ≥2-point decrease in partial Mayo score with ≥1-point decrease in rectal bleeding subscore or an absolute rectal bleeding subscore of 0 or 1 [UC]) was a stratification factor. The SC arm received SC IFX (120/240 mg for pts weighing <80/≥80 kg) every 2 weeks from W6–54; the IV arm received IV IFX 5 mg/kg every 8 weeks (W6–22), then switched to SC IFX (W30–54). Rates of clinical remission (CDAI score <150 [CD]; partial Mayo score ≤1 [UC]) and trough IFX concentrations (Ctrough) were assessed at W6, W30 and W54. Analyses were descriptive. Results There were 101 induction responders (IRs) to IV IFX, who were randomised to the SC arm (n=49, 74.2%; SC-IR subset) or the IV arm (n=52, 80.0%; IV-IR subset). Correspondingly, there were 17 (25.8%) and 13 (20.0%) induction non-responders (INRs; SC-INR and IV-INR subsets, respectively). In both study arms, IRs had higher clinical remission rates than INRs at both W30 and W54 (Figure A). Comparing by formulation, the SC-INR subset had nearly twice the W30 clinical remission rate of the IV-INR subset (58.8% vs. 30.8%; p=0.159 [Fisher exact test]). In addition, IV-INR subset clinical remission rates numerically increased after pts switched to SC IFX (W30: 30.8% vs. W54: 46.2%; p=0.476 [McNemar test]). These observations were generally consistent with Ctrough findings (Figure B); median Ctrough in the IV-INR subset increased from 1.5 to 18.3 µg/mL (p=0.005 [Wilcoxon signe-drank test]) after switching to SC IFX. Conclusion Findings suggested associations between initial response to IFX induction therapy and positive long-term outcomes for both SC and IV IFX, and supported potential benefits with SC IFX maintenance therapy for INRs, compared with the option of IV IFX maintenance. Given the post hoc nature of the analysis and the small analysis population (thus statistical inconclusiveness), investigation in larger studies is warranted. 1Murthy SK et al. Inflamm Bowel Dis 2015;21:2090–6. 2Wong ECL et al. J Crohns Colitis 2021;15:1114–9. 3Schreiber S et al. Gastroenterology 2021;160:2340–53.
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