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首页> 外文期刊>Journal of forensic and legal medicine >Basal epithelial formalin pigment deposition in the kidneys-A useful marker for ketoacidosis at autopsy
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Basal epithelial formalin pigment deposition in the kidneys-A useful marker for ketoacidosis at autopsy

机译:肾脏中的基底上皮福尔马林色素沉积-尸检中酮症酸中毒的有用标志物

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摘要

Basal vacuolization of renal epithelial cells occurs in diabetic and alcoholic ketoacidosis, hypothermia and starvation. The vacuoles contain triglycerides. Following a case where formalin pigment deposition within these vacuoles led to the identification of ketoacidosis, a retrospective review of a further 31 cases with ketoacidosis, was undertaken. There were 24 diabetics and 7 alcoholics (age range 21-80 yrs; mean 50.9 yrs; M:F ratio = 2:1. The post-mortem interval was 1-12 days (mean-4.5 days). Characteristic basally-located pigment surrounding vacuoles was found in 16 cases (51.6%) (14 diabetic ketoacidosis; 2 alcoholic ketoacidosis). Fifteen cases had no formalin pigment deposition. No relationship could be found between the intensity of staining and the postmortem interval, degree of putrefaction, or level of vitreous humour β-hydroxybutyrate. No staining was demonstrated in control cases matched for postmortem interval. Although formalin pigment deposition occurred in only 51.6% of cases with proven ketoacidosis at autopsy, it appeared to be a highly specific phenomenon. As these deposits were identifiable after recognizable cellular morphology had been lost due to autolysis and putrefaction, this artefact of fixation may be of particular use in suggesting the possibility of ketoacidosis in decomposed bodies with compromised histology.
机译:糖尿病和酒精性酮症酸中毒,体温过低和饥饿时会发生肾上皮细胞的基础空泡化。液泡含有甘油三酸酯。在福尔马林色素在这些液泡中沉积导致鉴定出酮症酸中毒之后,对另外31例酮症酸中毒进行了回顾性研究。共有24位糖尿病患者和7位酗酒者(年龄范围21-80岁;平均50.9岁; M:F比= 2:1。验尸间隔为1-12天(平均4.5天)。周围空泡16例(51.6%)(糖尿病酮症酸中毒14例;酒精性酮症酸中毒2例); 15例无福尔马林色素沉着;染色强度与死后间隔,腐烂程度或水平无关。玻璃体液中的β-羟基丁酸酯的染色没有发现与死后相符的对照病例的染色,尽管在尸检中证实有酮症酸中毒的病例中,仅51.6%发生了福尔马林色素沉积,但这似乎是一种高度特异性的现象,因为这些沉积物是可识别的在由于自溶和腐烂而丧失了可识别的细胞形态后,这种固定伪影可能特别适用于暗示在分解的身体中发生酮症酸中毒的可能性d组织学。

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