硫酸阿托品

二方协同作用，可增加胆汁排放的内冲击力，为结石排出创造了条件。硫酸阿托品可阻断利胆效应，提示利胆效应与迷走神经的兴奋性存在密切关系。

Atropine sulfate can block the cholagogic effect suggesting the effects of the two decoction are related to excitation of vagus nerve .

pH指示剂吸收值比值法测定硫酸阿托品

Assay of atropine sulfate by the pH indicator absorbance ratio method

PVC阿托品电极的制备及硫酸阿托品含量测定的新方法

Preparation of Atropine PVC Membrane Eleetrode and New Determination Method of Atropine Sulfate

建立了HPLC法测定复方地芬诺酯片中硫酸阿托品的含量。

A HPLC method for the determination of atropine sulfate in compound diphenoxylate tablets was established .

目的建立一种用RP-HPLC法测定硫酸阿托品注射液中硫酸阿托品含量的方法。

Objective : To establish a method for analysis of Atropine Sulfate in Atropine Sulfate Injection by RP-HPLC .

HPLC测定硫酸阿托品滴眼液的含量和有关物质眼罩遮盖法与阿托品疗法治疗屈光不正性弱视疗效观察

Determination of Atropine Sulfate and Related Substances in Atropine Sulfate Eye Drops by HPLC Comparison between blinkers eyeshade occlusion and atropine therapy for the treatment of ametropic amblyopia

BaSO4比浊法测定硫酸阿托品滴眼液的含量

Content Determination of Atropine Sulfate Eye Drops by BaSO_4 Turbidimetry

方法以硫酸阿托品为对照品，利用酸性染料比色法，在420nm处测定槲寄生总生物碱含量。

Methods The total alkaloids were tested at 420 nm with acid dye colorimetry in which atropine sulfate was used as standard reference .

硫酸阿托品眼用胶体溶液的制备及质量考察

Preparation and quality inspect of atropine sulfate ophthalmic gel solution

离子对色谱法测定硫酸阿托品滴眼液的含量

Determination of atropine sulfate eye drops by ion-pair HPLC

目的测定硫酸阿托品的含量。

Objective To determine the content of atropine sulfate .

σ-电子受体试剂与硫酸阿托品的电荷转移反应及应用研究

Charge Transfer Interaction of Atropinum with σ - Electron Acceptor and Application Research

目的制备硫酸阿托品眼用胶体溶液。

OBJECTIVE To prepare atropine sulfate ophthalmic gel solution .

1%硫酸阿托品散瞳剂误滴差错的分析与急救护理

Analysis and Emergency Nursing of Slip up in 1 % Atropine Mydriatic Drop

吸收度线性组合法测定硫酸阿托品滴眼液的含量

Determination of Atropine Sulfate Ophthalmic Solution by the Linear Combination Method of Absorbances

硫酸阿托品眼用凝胶用于儿童散瞳检影的临床观察

Clinical Observation of Atropine Sulfate Eye Gel Applied to Children in Cycloplegic Retinoscopy

目的建立同时测定复方地芬诺酯片中盐酸地芬诺酯和硫酸阿托品含量的高效液相色谱法。

AIM To establish an HPLC method for simultaneous determination of diphenoxylate and atropine .

硫酸阿托品抢救有机磷农药中毒不同给药方式的对比研究

The compared study of different administration pathways in rescuing organophosphorus pesticides intoxication by atropine sulfate

流动注射分析&在线萃取分光光度法快速测定硫酸阿托品片的含量均匀度

A rapid FIA-SPECTROPHOTOMETRIC method with online extraction for the content uniformity test of atropine sulfate tablets

目的：建立0.04%硫酸阿托品滴眼液的制备工艺及其质量控制方法。

OBJECTIVE : To establish the preparation process and method of quality control of dilute atropine sulfate eye-drops .

已将该电极应用于硫酸阿托品制剂中测定阿托品的含量，结果满意。

The electrode has been used for determining of atropine contents in atropine sulfate tablets and injections with satisfactory results .

方法采用酸碱提取法提取总碱，以硫酸阿托品为对照品，酸性染料比色法测定白刺总生物碱的含量。

Methods Total alkaloids in Nitraria was extracted by acid-base and the content of total alkaloids was determined by the acidic dye colorimetry .

硫酸阿托品能完全阻断胆碱酯类对肝片形吸虫的抑制作用，但只能部分阻断胆碱酯类对鸡蛔虫的兴奋作用。

Atropine was found to cause complete block on liver fluke and only partial block on chicken roundworm to the effect of choline esters .

方法具有良好的选择性，可用于硫酸阿托品眼膏中AS的测定。

The method was selective . It has been applied to the determination of AS in atropine sulphate eye ointment with satisfying results . 3 .

结果：在0.3~1.1mg/ml范围内，吸光度与硫酸阿托品的浓度间线性关系良好（r>0.999）。

Results : The absorbance and concentration showed better linear relation between 0.3 mg / ml to 1.1 mg / ml ( r > 0.999 ) .

本文对12例哮喘患者吸入氢溴酸山莨菪碱（654-2）后进行乙酰甲胆碱支气管激发试验，观察该药对支气管高反应性的影响，并与硫酸阿托品相比较。

Anisodamine ( 654-2 ) was administered by inhalation to 12 asthmatic patients , and bronchial hyper-reactivity was studied by methacholine provocation test . The results were compared with atropine sul-fate .

方法：取硫酸阿托品与辅料制成浓度为0.04%的微量硫酸阿托品滴眼液，以乙腈-水（55∶45）为流动相，采用高效液相色谱法测定硫酸阿托品的含量。

METHODS : Mixing atropine sulfate with additives in water to prepare 0.04 % atropine sulfate eye-drops . And determined the content of atropine sulfate by HPLC , the system consisted of C18 column and mobile phase of acetonitrile-water ( 55 ∶ 45 ) .