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[过敏性和类过敏性休克的病理生理学。一项合作回顾性研究]

[Physiopathology of anaphylactic and anaphylactoid shock. A cooperative retrospective study].

作者信息

Pavek K, Wegmann A

出版信息

Fortschr Med. 1981 Dec 17;99(47-48):1994-9.

PMID:7327494
Abstract

The pathophysiology of anaphylactic and anaphylactoid shock states suggests that the rapidly initiated, intensive therapeutic measures to be taken must involve: breathing (ventilation) of (with) 100% oxygen, continuous or semi-continuous sympathicomimetic therapy (epinephrine, isoprenalin, orciprenalin) avoiding excessive single doses, rapid intensive volume substitution, control of metabolic acidosis, bronchospasmolytic therapy, in case of laryngospasm intubation, if not possible coniotomy or transtracheal punction. In case of circulatory arrest possibly also cardiac massage, defibrillation, lidocain, cardioversion. In a retrospective study 91 cases of anaphylactic and anaphylactoid shock were analyzed. Cutaneous vascular changes. Vasodilation was reported in 30 cases, vasoconstriction in 15 cases. Hypovolemia. CVP as measured in 23 cases was less than or equal to 2 cmH2O in 12 cases; in 4 of these cases the early finding and in 2 a rather low hematocrit are in favour of venous blood sequestration. In 2 cases the increase of the hematocrit suggests an extravasation of as much as 1,2 and 1,81 of plasma, respectively. Increase of pulmonary arterial pressure. CVP increased in 2 out of 9 cases suggesting a high pulmonary arterial pressure. Decreased cardiac output (CO). In 3 cases CO as determined in a late shock phase diminished by 37--55%. Blood gas changes. PaO2 was as low as 47--61 mmHg in 4 out of 8 cases, PaCO2 being 29--34 mmHg in 2 of them. It suggests an insufficient oxygen transport. Myocardial involvement. Arrhythmias (non sinus-) were found in 38 cases, of which 14 ventricular arrhythmia and 13 asystole. Serious wave deformation concerned QRS (3), AV-block (2), intraventricular blocks (4). 5 times the reaction resulted in myocardial infarction. A localized coronary spasm in anayphylactic shock was observed during a coronary angiography. Respiratory impairment. Severe respiratory impairment was associated with anaphylactic and anaphylactoid shock in 31 cases (26 bronchospasm, 4 apnea, 1 laryngospasm).

摘要

过敏性和类过敏性休克状态的病理生理学表明,必须迅速采取的强化治疗措施包括:吸入100%氧气进行呼吸(通气),持续或半持续使用拟交感神经药物治疗(肾上腺素、异丙肾上腺素、奥西那林),避免单次剂量过大,迅速进行强化容量替代,控制代谢性酸中毒,进行支气管解痉治疗,若发生喉痉挛则进行插管,若无法插管则进行环甲膜切开术或经气管穿刺。若发生循环骤停,可能还需进行心脏按摩、除颤、利多卡因治疗、心脏复律。在一项回顾性研究中,分析了91例过敏性和类过敏性休克病例。皮肤血管变化。报告有30例出现血管扩张,15例出现血管收缩。血容量不足。23例测量中心静脉压(CVP),其中12例小于或等于2 cmH₂O;其中4例早期发现且2例血细胞比容较低提示静脉血潴留。2例血细胞比容升高提示分别有多达1.2和1.8升血浆外渗。肺动脉压升高。9例中有2例CVP升高提示肺动脉压升高。心输出量(CO)降低。3例在休克晚期测定的CO减少了37% - 55%。血气变化。8例中有4例动脉血氧分压(PaO₂)低至47 - 61 mmHg,其中2例动脉血二氧化碳分压(PaCO₂)为29 - 34 mmHg。这提示氧输送不足。心肌受累。38例出现心律失常(非窦性),其中14例为室性心律失常,1例为心搏停止。严重的波形改变涉及QRS波(3例)、房室传导阻滞(2例)、室内传导阻滞(4例)。该反应5次导致心肌梗死。在冠状动脉造影期间观察到过敏性休克时有局部冠状动脉痉挛。呼吸功能损害。31例过敏性和类过敏性休克伴有严重呼吸功能损害(26例支气管痉挛、4例呼吸暂停、1例喉痉挛)。

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