薄荷脑

结果：薄荷脑和尿素对利巴韦林有非常显著的促进透皮吸收作用（P＜0.01）。

RESULTS : Menthol and urea markedly enhanced the percutaneous absorption of ribavirin ( P < 0.01 ) .

GC测定风油精中薄荷脑含量的实验教学设计

A Teaching Experiment on GC Analysis of the Menthol in Essential Ealm

薄荷脑-羟丙基-β-环糊精包合物的红外光谱分析GC测定风油精中薄荷脑含量的实验教学设计

Inclusion compound of menthol with hydroxypropyl - β - cyclodextrin by infrared spectroscopy A Teaching Experiment on GC Analysis of the Menthol in Essential Ealm

进行了利用超临界CO2精密分离技术从薄荷原油中提纯薄荷脑的研究，分别考察了分馏塔温度梯度、升压速率等操作参数对分离效果的影响。

The purification of the menthol from peppermint essential oil has been investigated with supercritical carbon dioxide fractionation at different temperature gradient and step-by-step pressure increasing programming .

研究结果表明，影响样品中薄荷脑萃取率的因素从大到小依次为萃取压力、萃取温度、萃取时间、CO2流量。

The results showed that factors of effect on content of menthol in sample in order from large to small were extraction pressure , temperature , time and CO_ ( 2 ) flow rate .

方法验证结果表明：应用毛细管气相色谱，以薄荷脑为内标物，测定BS微囊含量及溶出度的方法准确、可靠，溶剂萃取法提取分离微囊中的BS，操作简便，提取完全。

The results of verification test showed GC with a capillary column which measured the content and dissolution of BS in the microcapsule was reliable and accurate .

结果：含2%月桂氮酮和2%薄荷脑的涂膜剂与不含月桂氮酮的涂膜剂相比较，其透皮促进作用在6h后则呈显著性差异（P<0.01）。

Results : Comparing with the balm which contains no azone , the balm containing 2 % azone and 2 % menthol showed a remarkable difference ( P < 0.01 ) after 6 hours .

方法采用SP-2000A气相色谱仪制定薄荷脑、冰片的鉴别方法。

Methods Identification for menthol and borneol were established by gas chromatography SP-2000A .

采用FID气相色谱仪，Bp20毛细管柱（25m×3.2mm，膜厚1.0μm），二阶程序升温分离布洛芬凝胶中的薄荷脑，基质不干扰测定，以正辛醇为内标。

A programmed temperature gas chromatography for the determination of menthol in ibuprofen gel was developed , using FID detector , Bp 20 column and n octyl alcohol as internal standard .

目的：建立新药复方盐酸阿扑吗啡鼻喷剂中薄荷脑（C10H20O）的含量测定方法。

Objective : To establish a GC method for the quantitative determination of menthol ( C10H20O ) in Compound Apomorphine Hydrochloride Nasal Spray .

复方薄荷脑滴鼻液中樟脑鉴别方法的改进

Improvement of Identification Method of Camphor in Compound Menthol Nasal Drops

薄荷脑和冰片对长春西汀的促渗作用

Effects of 1-menthol and borneol on the percutaneous absorption of vinpocetine

散发着红色水果和淡淡的薄荷脑的清新芳香；

Fresh nose with aromas of red fruits and slightly mentholated .

复方薄荷脑注射液局注治疗瘙痒性、痛性皮肤病62例

62 Cases of itchy and achy dermatosis treated by compound mint injection

薄荷脑促进氯霉素经皮渗透作用研究

Study on the menthol to increase skin permeation of chloramphenicol in vitro

气相色谱法测定镇江膏药中冰片和薄荷脑的含量

Gas Chromatographic Determination of Menthol and Borneol in Zhenjiang Plaster

气相色谱法测定复方氢化可的松栓中薄荷脑的含量

Determination of the menthol compound hydrocortisone suppository by gas chromatography

系数倍率法测定复方薄荷脑滴鼻剂中樟脑的含量

Determination of Camphorae in Naristillae Menthae Compositae by K-ratio Method

气相色谱/富里叶变换红外联用测定救心油中樟脑和薄荷脑含量

Determination of camphor and menthol in Jiuxin oil by gc / ftir

气相色谱法测定复方苦参凝胶中薄荷酮、薄荷脑的含量

Determination of menthone and menthol in compound sophora flavescens gel by GC

薄荷脑和冰片挥发性的动力学研究

Kinetic Study on the Volatility of Menthol and Borneol

炉甘石薄荷脑洗剂的制备及质量控制

Preparation and quality control of calamine and menthol lotion

双波长法测定炉甘石薄荷脑洗剂中苯酚的含量

Content determination of phenol in Calamine and Menthol Lotion by Double Wavelength Spectrum

目的：用气相色谱法对皮炎平软膏中薄荷脑、樟脑进行鉴别。

Menthol , camphor of Piyan Ping ointment were qualitatively analyzed by GC .

有些可能会产生一个冰凉的感觉，如樟脑，薄荷脑。

Some may produce a cooling sensation , such as camphor and menthol .

气相色谱法测定辣椒风湿膏中薄荷脑与冰片的含量

Determination of the Content of Menthol and Borneol in Capsicum Rheumatism Plaster by GC

目的：建立薄荷脑苯酚酊的制备与质量控制的方法。

Objective : to set up menthol tincture phenol preparation and quality control method .

桉叶素、樟脑、薄荷脑、水杨酸甲酯混合物的气相色谱分析

Analysis Mixture of Cineole , Camphor , Menthol and Methyl Salicylate by Gas-Liquid Chromatography

冰片-薄荷脑低共熔物对神经毒素纳米粒鼻腔给药载药入脑的影响

Effect of borneol / mentholum eutectic mixture on nasal-brain delivery of neurotoxin loaded nanoparticles

炉甘石薄荷脑洗剂治疗儿童局部红色粟疹临床研究

A random comparison of calamine and menthol lotion in treating local red miliaria in children