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Melamine Medicated by Gastric Acid to Cyanuric Acid Lead to Kidney Damage and its Repair

机译:由胃酸用含氰基酸的三聚氰胺导致肾脏损伤及其修复

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This study focused on the melamine-cyanuric acid crystals formation by melamine does alone, and to explore the resource of cyanuric acid and kidney failure repair. Method The 800ng/ml melamine solution was individually regulated to pH value of 3,4,5, and 6 placed in 37°C thermostat water bath for acidification which simulated gastric conditions, the reaction time was set at 1,2, and 3 hours, the final solution was dried by nitrogen and tested by GC-MS to analysis the concentration of melamine medicated to cyanuric acid. 78 Wistar male rats of clean grade were randomly divided into the exposure group and control group, 60 rats in exposure group and 18 rats in control group. Melamine was given 25 mg/kg body weight through food in exposure group, 10 rats of exposure group and 3 rats of control group were individually taken for morphological observation after 2 weeks, 3 weeks, 5 weeks exposure, and 2 weeks, 6 weeks, 12 weeks repair after stopped exposure. Results Melamine can be medicated into cyanuric acid under the simulated gastric conditions. The concentration of melamine and cyanuric acid was appeared linear relationship with pH value and reaction time. Melamine exposure led to kidney failure, which melamine-cyanuric acid crystals blockage led to acute kidney injury, and it can be gradually restored without extra treatment after stop exposure. Conclusion Melamine can be medicated under the chemical reaction, kidney failure can gradually restored without treatment, which estimated the melamine decomposition to cyanuic acid under the action of gastric acid was one of the mechanisms leading to kidney injure.
机译:本研究专注于三聚氰胺 - 氰尿酸晶体形成单独形成,并探讨氰尿酸和肾衰竭的资源。方法将800ng / ml三聚氰胺溶液单独调节至pH值为3,4,5和6,置于37℃的温度水浴中,用于酸化,模拟胃条件,反应时间设定为1,2和3小时,通过氮气干燥最终溶液,并通过GC-MS测试,分析与氰尿酸的三聚氰胺浓度。将78种清洁级的Wistar雄性大鼠随机分为暴露组和对照组,60只暴露组和18只对照组大鼠。三聚氰胺通过暴露组的食物给予25mg / kg体重,10只暴露组和3只对照组的对照组在2周后单独服用形态观察,3周,5周暴露和2周,6周,停止曝光后12周修复。结果在模拟的胃条件下,三聚氰胺可以在氰尿酸中被药物。与pH值和反应时间的线性关系出现了三聚氰胺和氰尿酸的浓度。三聚氰胺暴露导致肾功能衰竭,三聚氰胺 - 氰尿酸晶体堵塞导致急性肾损伤,并且在停止暴露后,可以逐步恢复。结论三聚氰胺可以在化学反应下药物,肾功能衰竭可以逐步恢复,无需治疗,估计在胃酸作用下对氰酸的三聚氰胺分解是导致肾脏损伤的机制之一。

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