Novel technology in bioseparation process——mixed-mode chromatography;
一种新的生物分离方法——混合模式吸附层析
Magnetically Stabilized Fluidized Bed (MSFB) for bioseparations;
磁稳流化床及其在生物分离中的应用
Low-voltage preparative electrochromatography,as an effective bioseparation method,has been developed for its theoretical research and practical application since its appearance.
低压制备型电层析技术自问世以来,在理论研究和实际应用中得到不断发展,可能成为生物分离过程中的重要技术。
With the advantage of mild operation state,large capacity,continuous processes over traditional extraction,it can be wildly used in bio-separation engineering.
双水相萃取技术是一种新型的生物分离技术,它与传统的萃取及其它分离技术相比具有操作条件温和、处理量大、易于连续操作等优点,从而使其能广泛应用于生物分离工程中。
The main preparation methods, formation mechanisms and characteristics of nanotubes are outlined, and the research progress of nanotubes in bio-separation, bio-catalysis, bi.
介绍了纳米管的几种主要制备方法、形成机理及特点,就其在生物分离、生物催化、生物传感和生物医学等领域的研究进展进行了综述。
The extraction technique in the aqueous two-phase system now has been widely used in bio-separation and purification.
双水相体系是由两种不同水溶性聚合物的水溶液组成的双相体系 ,其组成中大部分为水 ,可用于亲水性生物活性物质的萃取分离 ,是一种高效而温和的生物分离新技术 ,目前主要应用于生物工程中生物大分子物质的初步分离和纯化 对该技术的原理、特点、操作方法、应用及最新研究进展等进行了介
Complex Magnetic Nanomaterials(CMN) has been used widely in biological separation.
磁性纳米复合材料用于生物分离具有许多优势,在法医领域具有广阔的应用前景,本文就其技术特点和在生物分离上的应用进行简要综述。
Reducing sludge yield by biofacies separation system;
生物相分离系统的污泥减量效能
The Application of Ionic Liquids Two-phase System in the Biological Separation;
离子液体双水相体系在生物分离中的应用
Applying BMC and MECC Approach for Establishing the Antihypertensive Drugs Pharmacological Models;
应用生物分离胶束和胶束电色谱技术
isolation and purification of microorganisms
微生物的分离和纯化
Study on New Methods for Separation and Determination of Biological Active Substances
生物活性物质的分离分析新方法研究
Study on enhancing chromium separation efficiency from tannery sludge by bioleaching
提高生物法分离制革污泥中铬分离效率的研究
Biopharmaceutical, Strains Filtration, Microorganism Fermentation and Downstream Biological Separation Techniques.
生物制药、微生物菌种筛选、微生物发酵和生物下游分离技术。
Analysis of drug resistance of isolated strains from clinical microbe specimen
临床微生物标本分离菌耐药性分析
Isolation and Phylogenetic Taxonomy of Halophilic and Halotolerant Microorganisms;
嗜盐与耐盐微生物的分离与系统分类
STUDY ON THE ISOLATION,TAXONOMY AND APPLICATION OF HALOPHILIC MICROORGANISMS;
嗜盐微生物的分离、分类及应用研究
Isolation and identification of alkaloids from the root of Stephania tetrandra
粉防己生物碱化学成分的分离与鉴定
Isolation and Identification of Endophytic Fungi from Radix Aconiti
川乌植物内生真菌的分离和分类鉴定
Isolation and biological features of microflora causing putridity and measurement of plastic package mustard tuber;
软罐头榨菜腐败微生物的分离及其生物学特性
Research progress on the biological features of microorganism lipase and its purification
微生物脂肪酶生物学特性及分离纯化研究进展
Isolation,identification and biological features of microflora causing putridity of mustard tuber
榨菜腐败微生物的分离、鉴定及生物学特性研究
Molecular Biology of Shallot Yellow Stripe Virus Isolated from Shaanxi Onion
胡葱黄条病毒陕西洋葱分离物分子生物学研究
Bioactivity of Root Exudates and Separation and Indentification of Allelopathic Compounds of Rehmannia Glutinosa
地黄根系分泌物的生物活性及其分离和鉴定
Biological and Molecular Characterization of Two Potato Virus Y Isolates
两个马铃薯Y病毒分离物的生物学和分子特性
The higher operating voltage causes a breakdown of carbon products.
较高的工作电压引起碳生成物的分离。