首页> 美国卫生研究院文献>Clinical and Experimental Immunology >Infiltrating cellular pattern in kidney graft biopsies translates into forkhead box protein 3 up-regulation and p16INK4α senescence protein down-regulation in patients treated with belatacept compared to cyclosporin A
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Infiltrating cellular pattern in kidney graft biopsies translates into forkhead box protein 3 up-regulation and p16INK4α senescence protein down-regulation in patients treated with belatacept compared to cyclosporin A

机译:与环孢菌素A相比贝拉西普治疗的患者肾移植活检中浸润的细胞模式转化为叉头盒蛋白3上调和p16INK4α衰老蛋白下调。

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摘要

Renal allograft survival is related directly to cell senescence. In the transplantation scenario many cellular events – participating as immunological and non-immunological factors – could contribute to accelerate this biological process, responsible for the ultimate fate of the graft. Mechanisms concerned in tolerance versus rejection are paramount in this outcome. For this reason, immunosuppressive treatment constitutes an extremely important decision to prevent organ dysfunction and, finally, graft loss. This study was conducted to document the proportion of CD4+/interleukin (IL)-17A+-, CD16+/indoleamine 2, 3-dioxygenase (IDO+)-, forkhead box protein P3 (FoxP3+)-expressing cells, senescent cells (p16INK) and the percentage of interstitial fibrosis (IF) in graft biopsies of kidney transplant recipients participating in the BENEFIT (Bristol-Myers Squibb IM103008) study. CD4+/IL-17A+, CD16+/IDO+, FoxP3+ and p16INK4α+ cells were evaluated by immunohistochemistry, and the percentage of IF by morphometry on graft biopsies obtained at time 0 (pre-implantation) and at 12 months post-transplant. Senescent cells and CD4+/IL-17A+ cells were increased among graft biopsies in subjects receiving cyclosporin A (CsA) compared to those under belatacept treatment. Meanwhile, CD16+/IDO+ and FoxP3+-expressing cells were lower in biopsies from CsA treatment compared to patients treated with Belatacept. Histological morphometric analyses disclosed more IF in 12-month CsA-treated patients in comparison to pre-implantation biopsy findings. Summing up, renal biopsies from patients receiving belatacept showed greater amounts of FoxP3+ cells and lower amounts of CD4+/IL-17A+ and senescent cells compared to patients under CsA treatment. Along with these findings, an increase in IF in annual CsA-treated-patients biopsies compared to pre-implantation and belatacept-treated patients were observed.
机译:肾脏同种异体移植的存活与细胞衰老直接相关。在移植方案中,许多细胞事件-作为免疫和非免疫因素参与-可能有助于加速这一生物过程,从而对移植物的最终命运负责。在这一结果中,与容忍和拒绝有关的机制至关重要。由于这个原因,免疫抑制治疗是预防器官功能障碍以及最终防止移植物丧失的极为重要的决定。进行这项研究以记录CD4 + /白介素(IL)-17A + -,CD16 + /吲哚胺2、3-双加氧酶(IDO + )-,叉头盒蛋白P3(FoxP3 + )表达细胞,衰老细胞(p16 INK 4α< / sup>)和参加BENEFIT(Bristol-Myers Squibb IM103008)研究的肾移植接受者的移植活检中的间质纤维化(IF)百分比。 CD4 + / IL-17A + ,CD16 + / IDO + ,FoxP3 + 和p16 INK 4α+ 细胞,并通过形态计量学在移植时间0(植入前)和术后12个月获得的IF百分比-移植。与接受贝拉西普治疗的受试者相比,接受环孢菌素A(CsA)的受试者在移植活检中衰老细胞和CD4 + / IL-17A + 细胞增加。同时,与用Belatacept治疗的患者相比,CsA治疗的活检组织中CD16 + / IDO + 和FoxP3 + 表达细胞较低。组织形态学分析显示,与植入前的活检结果相比,经CsA治疗的12个月患者的IF更高。总之,接受贝拉西普治疗的患者的肾脏活检显示FoxP3 + 细胞数量增多,CD4 + / IL-17A + 数量减少,且衰老细胞与接受CsA治疗的患者相比。连同这些发现,与植入前和贝拉西普治疗的患者相比,每年接受CsA治疗的患者活检中的IF升高。

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