碘液

3%复方碘液治疗唾液腺粘液囊肿的疗效观察

Effect of 3 % complex iodine on mucocele of salivary gland

聚维酮碘液在感染性创口中的应用

Use of Povidone Iodine Solution in Infective Opening of Wounds

~（123）碘液闪测量及其在cGMP放射免疫分析中的应用

Liquid scintillation counting of ~ ( 125 ) I and its application to cGMP RIA

为研究壳聚糖碘液对乙型肝炎病毒血清指标物的破坏作用，采用酶联免疫吸附实验（ELISA）和荧光定量PCR方法检测该液对血清HBsAg和HBV-DNA的破坏作用。

In order to study the destructive effect of chitosan-I 2 solution on hepatitis B virus in vitro , ELISA and fluorescence quantitative PCR ( FQ-PCR ) were used to investigate the destructive effect of chitosan-I 2 on HBsAg and HBV-DNA .

3%、5%、7%和9%的碘液灌注后2h，小鼠胃黏膜即出现不同程度的红肿、糜烂及出血；

Two hours after esophageal perfusion with 3 % , 5 % , 7 % and 9 % Lugol 's solution , oedema , ulceration and haemorrhage of different degrees were found in the gastric mucosa .

杂交试验表明，出发菌株IM02、突变株A1与金针菇单核菌丝IS02均形成了锁状联合。碘液染色检查发现绝大多数花粉不育，并与该突变株的低结实率一致。

The authenticity of the mutant strain was confirmed by the hybridation test . When staining with iodic solution , most of the pollens showed sterility , which was in consistence with the low setting percentage of the mutant plant .

试验表明，当被测液pH值为5～6，在反应温度为10℃以下加入适量的新配制的亚硫酸氢钠，反应20min以上，然后用碘液滴定，测定结果较为准确。

The experiment showed that the determination results titrated by iodine were correct when pH was 5 ~ 6 , reaction temperature was 0 ~ 10 ℃, the reaction time was above 20 minutes after the fresh solution of sodium hydrogen sulfite was added .

以LiI为促进剂的铑-碘液相催化剂体系作催化剂，在170~199℃的温度范围和5MPa压力的实验条件下，对醋酸甲酯羰基化合成醋酐的反应动力学进行了研究。

The kinetics of carbonylation of methyl acetate to produce acetate anhydride was studied at 5 MPa and 170 ~ 190 ℃ using a homogenous catalyst based on rhodium promoted by alkali metal .

方法术前用复方碘液10d，5～10滴/次，3次/d，第7d加用5%～10%葡萄糖注射液500ml加地塞米松20mg，静脉滴注1次/d，连用3d后手术。

Methods Before operation , Lugol solution was used ( 5 ~ 10 getts / time , 3 times / d ) for 10 days . On the 7th day , dexamethasone 20 ? mg was added to 5 % ~ 10 % glucose solution 500 ?

沉淀物与碘液反应呈淡紫红色，波长扫描最大光吸收值在480～520nm范围，表明二次沉淀物主要是由糊精组成。

The mixture of sediment reacted with KI-I_2 solution was red-lavender and its largest absorbance wavelength was in the range from 480 to 520 nm . The results showed that the sediments were mainly composed of dextrins .

方法采用生理盐水涂片法和碘液染色法粪检病原体；

Methods Stool samples were examined by means of saline smear and iodine staining .

壳聚糖碘液对乙型肝炎病毒血清指标物灭活效果观察

The study of efficacy of chitosan-i_2 solution in inactivating hepatitis B virus in vitro

壳聚糖碘液杀菌效果的实验观察

Experimental Observation on Bactericidal Efficacy of Iodine-Chitosan Solution

壳聚糖碘液的制备及抗真菌活性研究

The Preparation and Antifungal Activity of Iodine-Chitosan Solution

实验室废碘液中碘的回收及升华装置改进

The Iodic Recycling and the Improvement of Sublimation Apparatus for Waste Iodine Liquid in Laboratory

聚维酮碘液尿道灌注治疗慢性尿道炎合并前列腺炎

Efficacy of urethra perfusion with povidone iodine liquid in treatment of patients with chronic urethritis and prostatitis

研究了从实验室废碘液中提取碘的两种方法。

In this paper we study two methods of the recovery of iodine from waste iodine liquid of the laboratory .

聚维酮碘液结合超声冲洗用于一次性根管治疗牙髓坏死的疗效分析

Analysis of clinical effect of povidone iodine solution combined with ultrasonic irrigation for pulp necrosis with single-visit root canal treatment

本文以砷化氢分离、碘液吸收，在酒石酸锑钾存在下，用砷钼杂多酸-灿烂绿光度法测定了铜合金中微量砷。

A spectrophotometric method has been described for determination of trace arsenic in copper-based alloys after separating arsenic as hydride .

结果：粪涂片三色酸染色法和碘液染色法优于生理盐水直接涂片法。

Results : Among three methods of detecting B. hominis , trichrome staining and iodine staining were better than direct wet-mount .

方法：收集腹泻患者当日新鲜大便，用生理盐水直接涂片、碘液染色及三色酸染色法染色镜检。

Methods : Fresh stools of the patients suffered from diarrhea were examined with direct wet-mount , iodine staining and trichrome staining .

用碘液染色法判断水稻苗期的氮素营养状况及碳氮比的研究

Studies on the nitrogen nutrient status and c / n ratio of rice seedling by means of the leaf sheath staining method

第一种方法是利用氧化还原反应，采用分离、萃取、升华等工序回收废碘液中碘的工艺。

In the first method we make use of oxidation-reduction to adopt iodine reclaiming process of separation , extraction and sublimation from waste iodine liquid .

方法收取新鲜粪便，以改良加藤氏厚涂片法、碘液直接涂片法和透明胶带肛拭法镜检肠道寄生虫。

Methods Fresh fecal samples were collected and examined for intestinal parasites infection by using modified Kato Katz thick smear , Iodine staining and adhesive tape methods .

采用生理盐水涂片及碘液染色法，对19种207只／头野生动物的粪便进行检查，并对检出的寄生虫进行数码显微摄片。

Feces of a total of 207 wild lives from 19 different species were examined for intestinal parasites using wet mount smear and iodine staining , and digital micro-photography were taken for positive specimens .

[方法]通过生理盐水直接涂片法、卢戈氏碘液染色涂片法或改良抗酸染色法对3116名腹泻病人的新鲜粪便进行镜检。

Microscope examination was carried out for fresh feces derived from 3 116 diarrhea patients by the methods of direct smear with saline , Lugol 's solution staining smear or modified acid fast staining , respectively .

1988－1990年期间，我们采用卢戈氏碘液涂片法粪检原虫，共检查16079人，查见原虫感染者2963例，其感染率为18.4%。

Stool specimens of 16 079 persons from 32 spots were examined by iodine staining method during 1988-1990 . Among the people examined , 2 963 were positive , the overall infection rate being 18.4 % .

目的评价碘液染色后直接肉眼观察在宫颈癌筛查中的作用，为在现阶段宫颈癌高发且经济落后地区制定宫颈癌及其癌前病变的筛查方案提供依据。

Objective To evaluate visual inspection with Lugol 's iodine ( VILI ) in cervical cancer screening program and to provide evidence for designing a cervical cancer screening algorithm in high risk areas of existing low-resource settings to reduce the incidence and mortality of cervical cancer .

用湍流理论和微观混合理论对碘液退色测混合时间方法进行分析，建立了退色过程中宏观混合与微观混合的数学模型，并给出了三种桨叶的模型参数。

The mixing time measured by iodine solution fading is analyzed basing on the turbulence theory and micromixing theory . The mathematic model has been developed for macromixing and micromixing in the fading process , and the model parameters for three kinds of impellers are given .

内镜检查时采用1.2%碘液黏膜染色，染色图像分为4类：第Ⅰ类：深黄色，隆起感，边缘清楚嵌入状，退色后呈粉白色；

Among them , 867 were given endoscopy examination during which mucosal stain with 1.2 % iodine solution was used . The stain images were graded as four categories : Grade 1 , dark yellow , protruding inlay like with clear borders and showing pink after discoloration ;