Chromatographic technology

The present paper reports preliminary work aimed at extending this chromatographic technology to other types of resins. 

The Bioscience Division supplies reagents, kits and other enabling technologies and products for R D in life science. The majority of the product line is based on microp-orous membrane, ultrafiltration, and chromatographic technologies. 

New chromatographic technologies are widespread in the scientific laboratories of museums and collections, so that there are increasing numbers of publications aimed at the characterisation of proteins in art. Table 9.4 lists some of the most recent applications in the field but it is not exhaustive as lots of works are presented at conferences and workshops. 

Marriott PJ, Shellie R, Cornwell C, Gas chromatographic technologies for the analysis of essential oils, / Chromatogr A 936 1—22, 2001. 

Final purification of the 21flAm recovered in the Hanford PRF was accomplished in Pacific Northwest Laboratory facilities using ion exchange displacement chromatographic technology developed by Wheelwright.(12) Americium and plutonium in the 7M HNO3 solution... 

Amino acid analysis remains an indispensable tool in a variety of biological research and development fields, e.g. the biochemical study of proteins, quality control in biotechnology and nutrition, and in clinical analyses. The classic chromatographic technologies will be for the foreseeable future the major quantitative tools for amino acid analyses. The techniques are deceptively difficult and there remains a need to standardize techniques for good quantitation. 

The simulated-moving-bed technique (1,2) is a preparative technique for binary separations, specifically, the separation of two compounds or the separation of oiM compound from Ae rest of the world. In the second case, it is necessary that the peak of interest elutes either first or last in the chromatogram. The simulated moving bed is the chromatographic technology that uses the paddng and the solvent most efficiently. This fact, combined with the fact that it is a binary separation technique, makes it ideal for the prqiaration of chirally pure compounds from an enantiomeric mixture at industrial scales. 

Xiao, P. K., Yuan, X., Fang, Z. L. and Rustum, M. A. Efficient method development strategy for separation of pharmaceutical molecules using advance chromatographic technologies. J. Chromatogr. A 1163 145-156, 2007. 

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