Manaligod J R, Jao W, Mozes M F, Jonasson O
Am J Kidney Dis. 1986 Jan;7(1):29-34. doi: 10.1016/s0272-6386(86)80053-1.
The renal allograft is host to a number of injuries and all its structural components are prone to damage. The glomeruli respond to these varied stimuli in many ways. The fibrinoid necrosis, thrombosis, and polymorphonuclear cell exudation that accompany hyperacute or accelerated rejection are well-recognized. The transplant may also be afflicted by forms of de novo or recurrent glomerulonephritis. Apart from these, there are other patterns of reaction. The mesangium is often the site of a rapidly reversible change; it expands readily. Arterial changes initiate ischemia and collapse of glomerular capillary spaces. Glomerulitis accompanies cases of acute rejection, but when seen as a predominant feature, usually antedates chronic rejection. Heavy proteinuria may be associated with profound alterations in the peripheral capillary basal lamina including irregular thickening, interposition of mesangial cell cytoplasm, and lamellation. Allografts with these glomerular changes eventually fail.
肾移植受体会遭受多种损伤,其所有结构成分都容易受损。肾小球对这些不同的刺激会产生多种反应。超急性或加速性排斥反应所伴随的纤维蛋白样坏死、血栓形成和多形核细胞渗出是众所周知的。移植肾也可能受到新发或复发性肾小球肾炎的影响。除此之外,还有其他反应模式。系膜通常是快速可逆变化的部位;它很容易扩张。动脉变化会引发肾小球毛细血管腔的缺血和塌陷。肾小球炎伴随急性排斥反应病例出现,但当它成为主要特征时,通常先于慢性排斥反应出现。大量蛋白尿可能与外周毛细血管基底膜的深刻改变有关,包括不规则增厚、系膜细胞胞质插入和分层。出现这些肾小球变化的移植肾最终会失去功能。