The rise in interest in personalizedmedicine and increased production of pharmaceuticals push the globalcell culture monitoring biosensor industry growth. There has been adrastic change in the attitude of patients towards this technology.With the increase in demand for these services, there has been anincrease in the research activities directed at identifying importantissues and risks that can threaten the production of importantmedicines.
Inthis regard, advancements in the field of cell growth measurementhave provided new management approaches. These new techniques havethe potential of reducing production cost and improving the qualityof service delivery. CellCulture Monitoring Biosensor are used in various applicationslike Electrophoresis, biochemical precipitation, and electrophoresiswith fiber optic cables. This application of this technology enablesresearchers to study the characteristics of cells grown in culture.
Cellculture is one of the most effective ways of studying the biologicalactivity of live microorganisms. Cell culture determines the nature,quality, and quantity of various components of cell cultures. Thisalso helps in the identification of important traits of cell growthincluding mechanism, effect, and interaction. It also helps indetecting the cause of a health problem and developing drugs againstit. Thus, a cell observation system is an important part ofpharmaceutical development.
Moreover,cell culture monitoring systems are being used in drug developmentfor the purpose of product development. This helps in identifying thetarget molecules and the function of these molecules. The mostimportant benefit of using this method for product development isthat it is cost-effective as it does not require any majorinvestment. It can be applied for multiple-drug product development.Also, the cost of production is reduced as there is no need forscale-up and production.
