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肾上腺素、双苄胺和多巴胺对豚鼠迁延性过敏性休克时酸中毒、血液浓缩及致死率的影响

Influence of adrenaline, dibenamine and dopamine on acidosis, hemoconcentration and lethality in protracted anaphylactic shock of guinea-pigs.

作者信息

Molls M, Bernauer W

出版信息

Arch Int Pharmacodyn Ther. 1976 Aug;222(2):243-51.

PMID:10865
Abstract

Protracted anaphylactic shock of guinea-pigs was accompanied by a marked decrease in blood pH, and an increase in hematocrit. Death ensued in 58.3% of the animals within 3 hr of observation. Infusion of adrenaline (20 mug/kg/min), after eliciting anaphylaxis, intensified the acidosis, and increased the lethality to 100%. Pretreatment with dibenamine (5 mg/kg) reversed the effect of adrenaline. Dopamine, infused in amounts of 200 mug/kg/min, acted similarly to the combination dibenamine/adrenaline. Hemoconcentration was neither prevented nor intensified by adrenaline. Dopamine, however, reduced significantly the anaphylactic increase in hematocrit.

摘要

豚鼠的持续性过敏性休克伴有血液pH值显著降低和血细胞比容升高。在观察的3小时内,58.3%的动物死亡。在引发过敏反应后输注肾上腺素(20微克/千克/分钟)会加剧酸中毒,并将致死率提高到100%。用二苄胺(5毫克/千克)预处理可逆转肾上腺素的作用。以200微克/千克/分钟的剂量输注多巴胺,其作用类似于二苄胺/肾上腺素的组合。肾上腺素既不能预防也不能加剧血液浓缩。然而,多巴胺显著降低了过敏反应引起的血细胞比容升高。

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