#CellBasedAssaysInDrugDevelopment

[elainaledoyen]

Cell-based assays assume a crucial role in a string of research across biomanufacturing and drug discovery. As the pharmaceutical industry continues to tackle the challenge of a high attrition rate in drug development (due to toxicity), the role of a cell-based assay can’t be stressed enough. A typical cell-based assay takes into consideration live cells, in vitro to be used as a model system for the assessment of physiology and biochemistry of healthy as well as diseased cells. In essence, they offer a quantitative analysis regarding the presence and functioning of a specific cell tissue that is of interest. Cell-based assays have gained widespread adaptability as a reproducible and on-budget tool to aid multiple medical studies. They are widely used in the shape of standardized as well as custom-made solutions for multiple applications, like 3D cell culture, pre-clinical trials, pluripotent stem cell study, promoting compound efficiency, and toxicity screening. This post explores more on cell-based assays, the commonly used types, and their ever-increasing significance in today’s medical world.

[elainaledoyen]

If you’re venturing into the world of life science research, drug discovery, and other related fields, you will come across the concept of cell-based assay. For the uninitiated, these are sophisticated techniques used to study biological processes. Researchers also rely on cell-based assays to study disease mechanisms and drug effects on living cells. While it is not new, its widespread usage in recent times has made it popular for the right reasons. It has entirely revolutionized the way professionals approach diagnostic testing, biomedical research, drug development, etc. More pharmaceutical companies and researchers are turning to cell-based assays to accelerate their work due to their efficiency. If you’re interested to learn more about cell-based assays, especially what they’re used for, this article is for you. If you’re ready to explore the numerous applications of cell-based or cellular assays, read along.

[elainaledoyen]

Millions of citizens are suffering from cardiovascular diseases, obesity, arthritis, cancer, diabetes, and neurodegenerative disorders. It shows the necessity of new medicinal drugs in the market. In the past, the production of drugs was highly chance based. Whenever an element had a positive effect on the cell, a helpful drug was discovered. After inventing the cell assay process, drug discovery has turned in a new direction. It has been more systematic and authentic. Cell-based assays are nothing but trials to determine the effects of any drugs or compounds on the cells. The trials provide essential information on drug discovery. Due to toxicity, the pharmaceutical industry faces many challenges in drug development. Cell assays enable researchers to investigate basic cell biology and its connection to disease pathology.