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首页> 外文期刊>European Journal of Histochemistry >Bismuth ions are metabolized into autometallographic traceable bismuth-sulphur quantum dots
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Bismuth ions are metabolized into autometallographic traceable bismuth-sulphur quantum dots

机译:铋离子被代谢成自金相可追溯的铋硫量子点

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Bismuth - sulphur quantum dots can be silver enhanced by autometallography (AMG). In the present study, autometallographic silver enhanced bismuth-sulphur nanocrystals were isolated from unfixed cryo-sections of kidneys and livers of rats exposed to bismuth (Bill') subnitrate. After being subjected to AIVIG all the organic material was removed by sonication and enzymatic digestion and the silver enhanced BiS quantum dots spun down by an ultracentrifuge and analyzed by scintillation. The analysis showed that the autometallographic technique traces approximately 94% of the total bismuth. This implies that the injected bismuth is ultimately captured in bismuth-sulphur quantum dots, i.e., that Bi-S nanocrystals are the end product of bismuth metabolism.
机译:铋-硫量子点可以通过自动金相学(AMG)进行银增强。在本研究中,从暴露于亚硝酸铋(Bill')的大鼠的肾脏和肝脏的未固定冷冻切片中分离出了自金银增强的铋硫纳米晶体。进行AIVIG处理后,通过超声处理和酶消化去除所有有机物质,并通过超速离心机离心分离出银增强的BiS量子点,并通过闪烁进行分析。分析表明,自金相技术可追溯到约94%的铋。这意味着注入的铋最终被铋硫量子点捕获,即Bi-S纳米晶体是铋代谢的最终产物。

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