病理剖检变化主要表现为呼吸道出血及实质器官心、肝、脾、肾等淤血、出血及水肿。
The changes of autopsy were mainly hemorrhage in respiratory system and congestion, hemorrhage and edema in parenchymatous organs.
结论：尿nag酶的检测是诊断特发性水肿早期肾损害的最灵敏、可靠的实验室指标。
Conclusion: it is more sensitive and credible markers to measuring urinary NAG in diagnosis of early renal damage in dropsy.
病理组织学变化以心、肝、肺、肾发生充血、淤血、水肿及实质细胞发生损伤性变化为主。
The changes of histopathology wre mainly hyperemia, congestion and edema in heart, liver, lung and kidney and injury of parenchymal cells.
肾间质水肿伴炎症细胞浸润，部分小管上皮细胞变性、坏死并见管型，死亡率2 0 %。
The histologic changes of renal tissue were interstitial edema with inflammatory cellular infiltration, denaturalization and necrosis in some tubular epithelia. LPS caused 20% rats death.
症状分析：肾主水，肾虚则水液代谢不利，导致水肿，而眼睑是最容易被发现的部位。
Symptom analysis: Kidneys water, water metabolism is adversely kidney, leading to edema, and eyelid is the most likely to be found in the site.
结果2 6例患者均有肾脏及肾周间隙水肿性的改变。
Results Edema of the kidney and the perinephric space was presented in all of 26 cases.
结果2 6例患者均有肾脏及肾周间隙水肿性的改变。
Results Edema of the kidney and the perinephric space was presented in all of 26 cases.
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