饱和酚

采用饱和酚/氯仿法提取基因组DNA，应用顺序特异性引物聚合酶链反应（PCR-SSP）技术进行基因分型。

Genomic DNA was extracted using phenol chloroform method . Part of HLA - ⅱ alleles type were examined by polymerase chain reaction sequence specific primers ( PCR-SSP ) .

方法Ⅰ为经典的饱和酚-氯仿抽提方法，方法Ⅱ与方法Ⅲ都在方法Ⅰ操作基础上进行了改进，分别增加了乙二醇甲醚或水饱和乙醚的步骤以去除多糖。

Method I is a classical phenol / chloroform extraction approach . Methods II or III was modified from the method I by introducing methoxyethanol or ethyl ether for removal of polysaccharides , respectively . Experiments were performed in triplicates .

饱和酚和氯仿对银染DNA检测的影响

The study of phenol and chloroform affecting detection of sliver staining DNA

采用标准的饱和酚/氯仿法从外周血中提取基因组DNA。

Genomic DNA was extracted from 2 ml EDTA-anticoagulated peripheral blood by the standard phenol / chloroform method . 2 .

彩色沥青老化后，沥青质含母增加，胶质、芳香酚、饱和酚含量减少。

After aging , asphaltene content increased , resins and aromatics content decreased as well as saturate content .

饱和漆酚冠醚PVC膜钾离子选择电极的研制

STUDY OF SATURATED URUSHIOL crown ether type PVC membrane potassium electrode

饱和漆酚冠醚PVC膜铅（Ⅱ）离子选择电极的研究

Lead (ⅱ) ionselective PVC membrane electrode based on saturated urushiol crown ether

饱和漆酚冠醚的研究进展

The progress in the study on SATURATED URUSHIOL crown ethers

中国生漆饱和漆酚冠醚化合物的核磁共振研究

NMR Studies on Crown Ether Compounds of Saturated Urushiol in Raw Lacquer of China

饱和漆酚冠醚铊（Ⅰ）离子选择电极&冠醚结构与电极性能的关系

SATURATED URUSHIOL crown thallium (ⅰ) ion-selective electrodes : crown ether structure and properties of electrodes

生漆化学的一个新研究领域Ⅰ.饱和漆酚冠醚的合成及应用

A new research area of Chinese lacquer chemistry I.Synthesis and applications of SATURATED URUSHIOL crown ethers

本实验用~1H-NMR法研究了中国生漆饱和漆酚冠醚化合物的结构与碱金属离子选择电极性能间的关系。

~ 1H-NMR was utilized to study the relationship between crown ether compounds of satura-ted urushiol in raw lacquer of China and alkali metal ion selected electrode .

动态吸附试验结果表明，土壤最初表现对酚的强烈吸附，随着吸附时间的增加，土壤固相吸附位逐渐饱和，对酚的吸附趋于下降。

The results of dynamic sorption experiment showed that phenol was absorbed strongly at the beginning of the experiment , and the absorbed phenol in the soil dropped gradually with the treatment time .