有必要考虑是否葡聚糖是否会引起产品的血红素分解，可能是肾中毒的或肝毒素性的。
It was necessary to consider whether dextran might give rise to breakdown products of hemoglobin, which might be nephrotoxic or hepatotoxic.
每天喝至少8盎司的水以保持肌肤的水分，这样也有助于排出肾里面的毒素，让你拥有健康的肤色。
Drink at least eight 8-ounce glasses of water a day to stay hydrated. This helps flush toxins through your kidneys. Take these steps for a healthy complexion.
苯的毒素可以侵蚀人类的肾和肝，并且很难被排出体外。
Benzene is a toxin that affects your kidney and liver, and is very difficult for your body to expel th is toxic stuff.
方法：观察双黄连注射液对内毒素休克小鼠的生存时间及对内毒素所致大鼠肝、肺、肾等病理改变的影响。
METHODS To observe the effect of Shuanghuanglian injection on the average death time of mice and the pathological changes of rats livers , lungs and kidneys induced by endotoxin.
结论炭肾灌洗能有效清除血液中的破伤风毒素。
Conclusions hemoperfusion with Charcoal kidney can effectively get rid the tetanospasmin out of blood.
利用大鼠完整的肾盂积水肾脏，观察了烫伤复合内毒素血症肾皮质微循环的变化，并对其机制进行了初步探讨。
The changes of renal cortex microcirculation in rats with burns compained with endotoxemia were observed by making use of the intact hydronephrotic kidney and their related mechanisms were studied.
研究了烫伤复合内毒素血症大鼠肾皮质微循环的形态学变化。
The morphological changes of renal cortex microcirculation were studied in rats with burns acompanied with endotoxemia.
毒素能够产生严重破坏的地方是肾；
One area where the toxins can wreak particular havoc is in the kidneys;
方法对47例烧伤合并肾损害进行烧伤创面切削痂植皮，以减少烧伤毒素、促进创面修复、促进肾脏功能恢复。
Methods to remove the crust and transplant skin graft in 47 cases burn with renal failure, in order to decrease burn toxin, promote healing of wound and promote recovery of renal function.
上述结果表明：烫伤复合内毒素血症大鼠肾皮质微循环严重障碍，可能与血清pla_2的水平有一定的关系，丹参素能改善上述肾皮质微循环障碍。
The results suggested that renal cortex microcirculation disturbance was more severe and was perhaps related to the level of PLA_2 in serum. DS-182 could improve the renal cortex microcirculation.
上述结果表明：烫伤复合内毒素血症大鼠肾皮质微循环严重障碍，可能与血清pla_2的水平有一定的关系，丹参素能改善上述肾皮质微循环障碍。
The results suggested that renal cortex microcirculation disturbance was more severe and was perhaps related to the level of PLA_2 in serum. DS-182 could improve the renal cortex microcirculation.
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