维生素E和山莨菪碱有部分保护作用。
Vitamin E and Anisodamine have some alleviatory effect on above changes.
目的总结山莨菪碱的一些临床新用途。
Objective: Summarizing some new clinical use for Anisodamine.
维生素E和山莨菪碱有部分保护作用。
Vit E and Anisodamine have some alleviatory effect on above changes.
目的探讨山莨菪碱立体异构与生物活性的关系。
Objective To investigate the relationship between stereoisomerism and pharmacological activity of anisodamine.
结果提示山莨菪碱作用发生在磷脂酶a_2水平。
It is suggested that the site of action of anisodamine could be the phospholipase A2 reaction.
山莨菪碱的这种作用可能是多方面的综合作用结果。
Such effect of anisodamine may be a integrated result of various actions.
目的探讨山莨菪碱在小儿肠套叠空气整复中的作用。
Objective To evaluate the effect of anisodamine in the air reduction for child intussusception.
结论山莨菪碱对高原肺水肿有明显的辅助治疗作用。
Conclusion The study suggested that anisodamine might be an effective auxiliary medicine in treatment of HAPE.
本文还对山莨菪碱的细胞保护机制作了进一步分析。
The possible mechanisms of cellular protection of anisodamine was discussed.
目的建立盐酸消旋山莨菪碱注射液细菌内毒素检查的方法。
OBJECTIVE to establish a method for bacterial endotoxins test of Raceanisodamine Hydrochloride Injection.
目的观察山莨菪碱衍生物的抗胆碱活性，总结其构效关系。
OBJECTIVE To observe the anticholinergic activity of the derivatives of anisodamine and summarize the structure-activity relationship.
结论：山莨菪碱通过抑制脂质过氧化反应减轻烫伤创面损伤。
Conclusion: Anisodamine can relieve the scalding injury by inhibiting lipid peroxidation reaction.
表明山莨菪碱能预防再灌注心律失常和改善再灌注时的心功能。
It was concluded that anisodamine showed beneficial effects in preventing arrhythmias and in improving cardiac performance during reperfusion.
目的探讨山莨菪碱对运动终板膜上烟碱型乙酰胆碱受体的作用。
Objective to find out whether anisodamine (ANI) ACTS on nicotinic type of acetylcholine (ACh) receptor in the membrane of end plate.
另外，在阻断期间，山莨菪碱对控制右房电一机械活动未产生影响。
In addition, anisodamine showed no effect on the electro-mechanical activity of the right atrium during the cross-clamping period.
目的研究山莨菪碱联合复方甘草酸苷治疗单纯型过敏性紫癜的疗效。
Objective to investigate the clinical effect of anisodamine combined with compound glycyrrhizin in the treatment of simplex anaphylactoid purpura.
结果：山莨菪碱能加速烫伤创面愈合，降低烫伤小鼠血清MDA含量。
Results:Anisodamine could cure the scalded wound surface and reduce the blood serum content of MDA.
术中应用硝酸甘油、艾司洛尔、去氧肾上腺素、尼卡地平、山莨菪碱。
Nitro - glycerin, esmolol, noradrenaline, nicardipine, anisodamine were used during operation.
目的探讨山莨菪碱对脂肪栓塞综合征(FES)的防治作用及其机制。
Objective To investigate the preventive and therapeutic effects of anisodamine on fat embolism syndrome (FES) and its mechanism.
山莨菪碱具有阻断胆碱能受体，解除血管痉挛，改善局部血流的作用。
Anisodamine has the effect of blocking cholinergic receptor, relieving vasospasm and improving regional circulation.
观察120例糖尿病足坏疽患者加用山莨菪碱治疗前后的甲襞微循环变化。
Changes of microcirculation in 120 diabetic patients with gangrenous extremities are observed before and after treatment with anisodamine.
结论山莨菪碱具有价格低廉，副作用少，疗效佳，值得临床更为广泛使用。
Conclusion: Anisodomine is worth a more wide use in clinic with low price, less side - effect and well curative effect.
目的：了解山莨菪碱类药物应用态势和发展趋向，为其合理应用提供参考。
OBJECTIVE:To keep abreast of the current situation and developing trend of the use of anisodamine, so as to provide information for rational use of anisodamine in clinical pharmacotherapy.
通过电镜观察节普地尔与山莨菪碱合用对缺血再灌注大鼠心肌超微结构的影响。
By electron microscopy, we studied the effect of bepridil combined with anisodamine on the myocardial ultrastructural changes induced by ligation of the left coronary artery and reperfusion in rats.
方法（1）提出了短程大剂量联合应用山莨菪碱、地塞米松为主的综合救治方案；
Methods (1)? Present synthesis treating measure is to use great dosage of anisodaminum and dexamethasone together for a short time.
MAP亦显著提高并维持在较高水平，纳洛酮的血压提高情况更优于山莨菪碱组；
MAP evidently went up and remained at a high level, with the blood pressure rising more favorably in naloxone group than in Anisodamine group;
目的：探讨黄连素、山莨菪碱（山黄合剂）合用对急性高原性肠炎（肠炎）的防治；
To study the theropeutic and prophylactic effects of co-berberine on acute enteritis at high altitude.
目的：探讨山莨菪碱（6542）对油酸引起的家兔急性肺损伤的防治作用及其机制。
Objective:To investigate the therapeutic and preventive effects of anisodamine(6542)on acute pulmonary injury induced by oleic acid in rabbits and their mechanism.
结果：山莨菪碱能明显抑制细胞增殖，并呈药物浓度依赖关系，DNA合成受到抑制。
Results: Ani dramatically inhibited HSC dose-dependent proliferation and the synthesis of DNA.
结论：以副交感神经兴奋为主的鼻超敏反应性疾病，经鼻给予山莨菪碱有一定治疗作用。
Conclusion:Anisodamine may play a role in therapy of the experimental nasal hypersensitivity with hyperfuction of parasympathetic nerve.
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