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与特殊曲霉菌病变相关的慢性肉芽肿病。基于两例尸检病例的病理解剖报告及对日本所报告的所有尸检病例的简要综述。

Chronic granulomatous disease associated with peculiar Aspergillus lesions. Patho-anatomical report based on two autopsy cases and a brief review of all autopsy cases reported in Japan.

作者信息

Hotchi M, Fujiwara M, Hata S, Nasu T

出版信息

Virchows Arch A Pathol Anat Histol. 1980;387(1):1-15. doi: 10.1007/BF00428425.

Abstract

Chronic granulomatous disease (CGD) is based on the dysfunction of phagocytes and characterized by a comparatively uniform granulomatous lesion caused by organisms which do not produce hydrogen peroxide and which are catalase-positive. This report describes two autopsy cases in children, a nine year-two month-old boy and a ten month-old girl, with the clinical manifestations and autopsy findings of CGD and a brief review of all autopsy cases consistent with CGD reported in Japan. In these cases, in addition to the usual CGD lesions, there was a markedly different type of granuloma due to Aspergillus sp., which consisted of multinuclear giant cells alone, or a caseous center surrounded by giant cells. This peculiar type of aspergillosis may correspond to a primary infection, described as pseudotuberculosis aspergillina. It appears that in some CGD patients, macrophages may function normally and sometimes be more activated by these infections than in the normal body. The histochemical and electron microscopic examination of the present cases and a review of the previous cases suggest that the yellowish brown pigment found seems to resemble a ceroid. It is a product of the degradation of leukocytes and tissue elements with subsequent accumulation in phagocytic histiocytes and is not necessarily peculiar to CGD.

摘要

慢性肉芽肿病(CGD)基于吞噬细胞功能障碍,其特征是由不产生过氧化氢且过氧化氢酶阳性的生物体引起相对一致的肉芽肿性病变。本报告描述了两例儿童尸检病例,一名9岁2个月大的男孩和一名10个月大的女孩,具有CGD的临床表现和尸检结果,并简要回顾了日本报道的所有与CGD相符的尸检病例。在这些病例中,除了常见的CGD病变外,还存在一种由曲霉菌引起的明显不同类型的肉芽肿,其仅由多核巨细胞组成,或由巨细胞包围的干酪样中心。这种特殊类型的曲霉菌病可能对应于一种原发性感染,被描述为曲霉菌性假结核。似乎在一些CGD患者中,巨噬细胞可能功能正常,有时这些感染会使其比正常机体中的巨噬细胞更活跃。对本病例的组织化学和电子显微镜检查以及对先前病例的回顾表明,发现的黄褐色色素似乎类似于类蜡质。它是白细胞和组织成分降解的产物,随后在吞噬性组织细胞中积累,并非CGD所特有。

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