1) liquid drug transport
药液传输
2) drug delivery
药物传输
1.
A few examples of applications of the mixtures of anionic and cationic surfactants systems were reviewed,including nanomaterials syntheses,extractions,drug delivery,asphalt emulsification and so on.
介绍了阴/阳离子表面活性剂混合溶液在实际应用中的几个典型例子,包括在合成纳米材料中的应用、在萃取分离中的应用、作为药物传输载体的可能性、在乳化沥青中的应用等。
2.
Local hyperthermia can increase the tumor vessel wall permeability to nanoliposome, resulting in improved drug delivery efficiency.
热作用可以提高肿瘤血管对脂质体药物的通透性,从而促进肿瘤内部的药物传输。
3.
The interaction of these Au-MMPCs with biomaterials,such as proteins,nucleic acids,and cell membranes,make them useful in cell transfection,drug delivery and enzyme activity regulation.
巯基化合物或二硫化合物中的生物活性基团可使所制备Au-MMPCs与蛋白质、核酸或细胞膜等作用,使Au-MMPCs具有相应的生物活性,从而能广泛应用于细胞转染、药物传输、酶活性调控等生物医学领域。
3) liquid membrane transport
液膜传输
1.
The liquid membrane transports of alkali metal cations using the three N-substituted diazacrown ethers as carriers are studied.
合成了3个含取代苯酚双侧臂的二氮杂18 冠 6衍生配体L1,L2和L3,以这3个配体为离子载体,二氯甲烷 为有机液膜,研究了它们对碱金属苦味酸盐的液膜传输性能。
2.
The liquid membrane transport of adenosine-5′-triphosphate (ATP) with p-tert-butylcalixarene as carrier has been investigated by means of a bubbling pseudo-emulsion liquid membrane system.
采用气泡式准乳化液膜法 ,研究了对 -叔丁基杯 [4 ]芳烃对ATP分子的液膜传输作用 ,讨论了源相与吸收相的组成、酸度、源相中的ATP的起始浓度及吸收相中NH3 ·H2 O浓度等因素对传输结果的影响 ;进而讨论了对 -叔丁基杯 [4 ]芳烃对ATP的分子识别作用和液膜传输机
3.
The liquid membrane transportation of Fe\+\{3+\} ion by p-tert-butylcalix[n] arene as carriers was investigated by the bubbling pseudo-emulsion liquid membrane.
本文用气泡式准乳化液膜法研究了对叔丁基杯芳烃及其衍生物对Fe3 + 离子的液膜传输作用 ,并对其传输规律、影响因素 (源相及吸收相的酸度 ,金属离子的浓度 ,传输载体类型等 )及传输机理作了初步探讨 。
4) sap flow process
液流传输
5) infusion drugs
大输液药品
1.
The forming process and significance of laser speckle is analysed, it is reported thatlaser speckle techniques are applied to detect the impurity in infusion drugs.
本文分析激光散斑的形成和意义,并且报道了利用散斑斑纹检测大输液药品杂质含量的实例。
2.
The forming process and significance of laser speckle is analysed,it is reported that laser speckle techniques are applied to detect the impurity in infusion drugs.
本文分析激光散斑的形成和意义,并且报导了利用散斑斑纹检测大输液药品杂质含量的实例。
6) Fluid transport study
液体传输法
补充资料:高热化疗药液灌注
高热化疗药液灌注
介入放射学技术。利用恶性肿瘤细胞对高热(42℃以上)的敏感性和在高热情况下对化疗药物的增敏作用,对肿瘤进行灌注治疗,目前尚属临床实验阶段。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条