New Products and Research Studies to Transform Application of Cell Culture Media

The culture media market is undergoing transformation with the launch of new products and new research studies.

The culture media market is undergoing transformation with the launch of new products and new research studies. The newly launched products address existing issues such as carbon emissions and development at point of use. Carbon emissions in the pharmaceutical industry are major factors that lead to increase in levels of pollutions. Manufacturers of culture media aim to address this issue by lowering the emissions through their products.

Development of cell culture media will solve many issues including scalability and quality. Researchers have been striving to bring novel approaches to engineer cells and save millions of dollars for agriculture, pharmaceutical, and medical industries. New products and approaches will transform culture media platforms in the next few years. According to the report published by Allied Market Research, the global culture media market is expected to reach $13.48 billion by 2030. Following are some of the activities taking place across the world.

The launch of new products is one of the major strategies adopted by culture media companies for helping researchers. Nucleus Biologics launched Krakatoa to enable researchers in producing cell culture media at the point of use. Manufacturing media at the point of use eliminates many challenges in terms of convenience, scalability, and quality. This product is aimed at changing the way in which cell culture media is provided to the laboratories. Nucleus utilized biodegradable media pods for solubilizing syringe media and preventing degradation of media.

The company highlighted that the new product lowers down greenhouse emissions by nearly 65% for 500ml of media manufactured. In addition, it cuts down the time for delivery of custom media and reduces total cost of delivery by delivering the media in handheld and lightweight pods. For streamlining the process development, the new product enables users in testing, optimizing, and reordering media. The products like these will bring paradigm shift in the cell culture media market.  

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New research activities aim at reducing costs and improving manufacturing processes. Researchers from the University of Queensland have been striving to develop engineered, robust, and scalable cell culture media platforms for agriculture, pharmaceutical, and medical industries. They have been exploring different ways to form lab-grown tissues with the help of 3D printing of structures that monitor and control the cell behavior.

Dr. Mark Allenby from the School of Chemical Engineering at UQ highlighted that they have been trying to grow cells in a controllable manner by taking natural tissue density into consideration. This approach would save millions of dollars in bio manufacturing. The research is ongoing and new developments would arrive in the coming years.