Bioprocess Engineering and Dowmstream Processing, Biomolecules, Pharmaceuticals, Organic acids, Enzymes, Vaccines, Fermentation

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Bioprocess Engineering and Downstream Processing Bioprocess Engineering and Downstream Processing Introduction Research and Development Need Invoving Bioprocess Engineering Real Time Monitoring of cell and Biomass Concentration Direct Methods for Monitoring Cell Concentration Acoustic Resonance Densitometry (ARD) Real-time NMR Spectroscopy Methods based on Electrical Properties of the Culture Broth

Home >> Industrial and Microbial Biotechnology >>Bioprocess Engineering and Downstream Processing >> Bioprocess Engineering and Downstream Processing Introduction

Your Ad Here	Bioprocess Engineering and Downstream Processing A variety of bioprocesses are known to occur in living cells. They are used there for the production of a variety of biomolecules according to the needs of these living cells. These bioprocesses are designed by nature to suit the production levels needed by the organism to which the cells belong, and are not suited for the industrial production of a variety of compounds of commercial value. This may involve modification of enzymes and enzyme technology, improvement in instrumentation and equipments and the control and monitoring o different parameters that affect the production.
This multidisciplinary subject is described as bioprocess engineering. Bioprocess engineering, as in important area of biotechnology research, involves industrial production of pharmaceuticals and other industrial products like organic acids, enzymes, vaccines, etc. The bioprocesses also release a variety of unwanted metabolites associated with useful products. Separation and purification of useful products from these other associated unwanted metabolites is also needed and is sometimes described as ‘downstream processing’.
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Most of the bioprocess involving recombinant products, engineered enzymes, and immobilization of cells/enzymes require a precise control of fermentation environment. This will also require upgradation of processing equipment, so that the use of newer technology for separation and purification need not be overemphasized. Considerable research in these areas has been done during 1990s and early years of the 21st century. Some of these aspects have already been discussed.

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Indirect Methods for Monitoring Cell Concentration Disintegration of Cells Separations Concentration and Purification of the Product Affinity Precipitation Precipitation by Change in pH or by Adding a Chelating Agent Affinity Thermoprecipitation Immobilized Metal ion Affinity Chromatography IMAC Expanded Bed Chromatography Drying of the Product Downstream Processing in India Downstream Processing Separation of Cells/Biomass