当前位置: 首页 > news >正文

基线MRI与CRP是依那西普对nr-axSpA的疗效预测因素

基线MRI与CRP是依那西普对nr-axSpA的疗效预测因素

EULAR2015; PresentID: SAT0258

   

BASELINE MRI/CRP AS PREDICTORS OF RESPONSE TO ETANERCEPT IN THE MANAGEMENT OF PATIENTS WITH NON-RADIOGRAPHIC AXIAL SPONDYLOARTHRITIS

M. A. Brown1,*, P. A. Bird1, P. C. Robinson2, P. Mease3, F. van den Bosch4, C. Surian5, Z. Wiid5, H. Jones6, A. Szumski6, L. Marshall6

1Diamantina Institute, University of Queensland, 2University of Queensland & Royal Brisbane and Women's Hospital, Brisbane, Australia,3Swedish Medical Center and University of Washington, Seattle, United States, 4Ghent University Hospital, Ghent, Belgium, 5Pfizer Australia, Sydney, Australia, 6Pfizer Inc, Collegeville, United States

 

Background: Treatment with TNFα inhibitors has been shown to be effective in improving disease activity and functional capacity in patients with non-radiographic axial spondyloarthritis (nr-axSpA).  Evidence indicates that clinical response to anti-TNFα agents tends to be enhanced in nr-axSpA patients with magnetic resonance imaging (MRI)-documented sacroiliac (SI) joint inflammation and elevated C-reactive protein (CRP).

Objectives: To determine if MRI sacroiliitis positivity and/or elevated CRP at baseline are predictive or associated with changes in measures of disease activity following etanercept (ETN) treatment in patients with nr-axSpA.

Methods: Patients with symptom duration >3 mths–<5 yrs, meeting ASAS axSpA classification criteria but not radiographic criteria for ankylosing spondylitis, having BASDAI ≥4, and failure with ≥2 NSAIDs were randomized to 12 wks of double-blind treatment with ETN 50mg QW or PBO. Both groups continued stable NSAID therapy. Standard clinical outcomes were assessed in 4 patient subgroups based on MRI sacroiliitis (positive/negative [+/-]) and CRP (elevated/normal [+/-]) status at baseline. MRI sacroiliitis positivity was defined as SPARCC SI joint score ≥2; elevated CRP was defined as >3 mg/L.

Results: A total of 200 subjects (ETN, n=95; PBO, n=105) were included in these analyses. At baseline, breakdown according to MRI sacroiliitis and CRP status was: MRI-/CRP-, n=38; MRI+/CRP-, n=74; MRI-/CRP+, n=21; MRI+/CRP+, n=67. At Week 12, the primary endpoint of ASAS40 was achieved by more patients receiving ETN than those receiving PBO irrespective of MRI/CRP status at baseline (Table). The greatest ASAS40 response was observed in patients with MRI+/CRP+ at baseline and the lowest response was seen in the MRI-/CRP- subgroup. Similar observations were made for all other clinical endpoints with a markedly higher proportion of MRI+/CRP+ patients achieving ASAS20, BASDAI50 and clinically important improvements (Δ≥1.1) in ASDAS-CRP/ESR than those in the other MRI/CRP subgroups.

Conclusions: Our findings, in patients with early, active nr-axSpA and an inadequate response to ≥2 NSAIDs, are consistent with the hypothesis that a combination of MRI positivity and elevated hsCRP at baseline has a positive predictive value on the SI joint inflammation score and a better clinical response to ETN. A larger sample size is required to test this definitively.

背景:TNF拮抗剂已被证实可以有效改善nr-axSpA患者的疾病活动和功能。有证据表明,对于有MRI骶髂关节炎和CRP升高的患者,TNF拮抗剂的临床治疗反应率会增加。

目的:探讨nr-axSpA患者基线时存在MRI骶髂关节炎和/或升高的CRP是否对依那西普疗效有预测作用,或者与治疗后疾病活动度改善有相关性。

方法:病程大于3个月且小于5年、符合ASAS axSpA分类标准但不符合强直性脊柱炎放射学标准、BASDAI≥4并且使用2种及以上NSAIDs治疗失败的患者被随机分组接受依那西普50mg/周或安慰剂的双盲治疗12周。期间, 两组都继续使用NSAIDs药物。根据基线时患者是否有MRI骶髂关节炎(+/-)和CRP的水平(高/正常)将患者分为4组进行临床疗效的分析。SPARCC 骶髂关节评分≥2分定义为MRI下骶髂关节炎阳性,CRP>3mg/L定义为CRP升高。

结果:共纳入200例患者(依那西普组95例,安慰剂组105例)。基线时,MRI骶髂关节炎与CRP水平如下:38例MRI-/CRP-,74例MRI+/CRP-,21例MRI-/CRP+,67例MRI+/CRP+。在12周时,无论基线时MRI及CRP的情况如何,接受依那西普治疗的患者ASAS40的反应率高于安慰剂组(参见表)。基线时MRI+/CRP+的患者接受依那西普治疗后ASAS40达标率最高,而基线时MRI-/CRP-的患者接受依那西普治疗后ASAS40达标率最低。ASAS20、BASDAI50以及ASDAS-CRP/ESR临床重要改善(CII,ΔASDAS≥1.1)等其它观察指标也得到了同样的结果:MRI+/CRP+组的达标率高于其他组。

结论:我们的研究发现,在2种及以上NSAIDs治疗失败的早期活动性nr-axSpA患者中,基线MRI骶髂关节炎以及升高的CRP对于骶髂关节炎症评分及更高的依那西普治疗反应率有正向预测价值。这个发现也有待于更大规模的研究来证实。

终点

  

MRI-/CRP-

MRI+/CRP-

MRI-/CRP+

MRI+/CRP+

ASAS40

ETN

2/17 (11.8)

8/32 (25.0)

3/11 (27.3)

20/35 (57.1)

PBO

 2/21 (9.5)

 6/42 (14.3)

 1/10 (10.0)

 7/31 (22.6)

ASAS20

ETN

 7/17 (41.2)

 14/32 (43.8)

 7/11 (63.6)

 24/35 (68.6)*

PBO

 5/21 (23.8)

 16/42 (38.1)

 3/10 (30.0)

 13/31 (41.9)

 ASDAS-CRP 

ETN

 5/17 (29.4)

 12/31 (38.7)

 6/11 (54.5)

 27/35 (77.1)

PBO

 2/21 (9.5)

 7/42 (16.7)

 5/10 (50.0)

 10/32 (31.3)

 ASDAS-ESR 

ETN

 6/17 (35.3)

 12/28 (42.9)

 4/11 (36.4)

 25/33 (75.8)

PBO

 3/21 (14.3)

 9/42 (21.4)

 2/10 (20.0)

 8/29 (27.6)

 BASDAI50 

ETN

 4/17 (23.5)

 10/32 (31.3)

 4/11 (36.4)

 25/35 (71.4) ‡

PBO

 4/21 (19.0)

 11/42 (26.2)

 2/10 (20.0)

 9/32 (28.1)

 *p<0.05, p<0.01, p<0.001 vs PBO(安慰剂)。表中数值是达到观察终点的患者例数 n/N(%)。ASDAS-CRP/ESR相关数值是"临床重要改善"即ΔASDAS≥1.1

 

 

转载于:https://www.cnblogs.com/T2T4RD/p/5464189.html

相关文章:

  • 北京网站建设多少钱?
  • 辽宁网页制作哪家好_网站建设
  • 高端品牌网站建设_汉中网站制作
  • 硬盘分区后丢失的文件怎么恢复
  • HEVC/H.265 的未来必须是使用并行处理(OpenCL?) OpenCV和OpenCL区别
  • C++ 与 CDC相关的知识,点滴总结
  • 一些误解和错误的看法
  • 从XML文件乱码问题,探寻其背后的原理(转)
  • Linux平台Java调用so库-JNI使用例子
  • HTTP Header 详解
  • js 获取时区
  • 微信公众平台网页获取用户OpenID方法
  • Innodb行锁源码学习(一)
  • 我所了解的JavaScript糟粕和鸡肋
  • 得到的并不一定就值得庆幸,失去的也并不完全是坏事情
  • [转]iOS 应用程序的生命周期
  • javascript中==的数据类型转换规则
  • 深入了解java同步、锁紧机构
  • chrome扩展demo1-小时钟
  • emacs初体验
  • java正则表式的使用
  • Linux各目录及每个目录的详细介绍
  • Netty源码解析1-Buffer
  • Node.js 新计划:使用 V8 snapshot 将启动速度提升 8 倍
  • PHP的Ev教程三(Periodic watcher)
  • SQLServer之创建数据库快照
  • Web设计流程优化:网页效果图设计新思路
  • 给自己的博客网站加上酷炫的初音未来音乐游戏?
  • 技术攻略】php设计模式(一):简介及创建型模式
  • 区块链将重新定义世界
  • 如何编写一个可升级的智能合约
  • 实习面试笔记
  • 赢得Docker挑战最佳实践
  • 自制字幕遮挡器
  • 宾利慕尚创始人典藏版国内首秀,2025年前实现全系车型电动化 | 2019上海车展 ...
  • 翻译 | The Principles of OOD 面向对象设计原则
  • ​软考-高级-系统架构设计师教程(清华第2版)【第9章 软件可靠性基础知识(P320~344)-思维导图】​
  • #常见电池型号介绍 常见电池尺寸是多少【详解】
  • (zhuan) 一些RL的文献(及笔记)
  • (二)pulsar安装在独立的docker中,python测试
  • (论文阅读40-45)图像描述1
  • (一)Docker基本介绍
  • (一)kafka实战——kafka源码编译启动
  • (一)Mocha源码阅读: 项目结构及命令行启动
  • (已解决)报错:Could not load the Qt platform plugin “xcb“
  • (转)Linux NTP配置详解 (Network Time Protocol)
  • .Net Core缓存组件(MemoryCache)源码解析
  • .net php 通信,flash与asp/php/asp.net通信的方法
  • .net 调用海康SDK以及常见的坑解释
  • .net 获取某一天 在当月是 第几周 函数
  • .NET+WPF 桌面快速启动工具 GeekDesk
  • .net连接oracle数据库
  • .pyc文件还原.py文件_Python什么情况下会生成pyc文件?
  • @Service注解让spring找到你的Service bean
  • @Transactional 竟也能解决分布式事务?
  • [AndroidStudio]_[初级]_[修改虚拟设备镜像文件的存放位置]
  • [C# WPF] DataGrid选中行或选中单元格的背景和字体颜色修改
  • [C++初阶]string类的详解