Despite the significant advancements in cell culture technology, several challenges remain. One major challenge is the development of more physiologically relevant in vitro models that better ...

Maintaining the ideal environmental conditions and sterility throughout the cell culture process is essential for successful ...

13 One key 3D cell culture application is disease modeling, which recreates complex disease phenotypes that cannot be accurately modeled using 2D cell culture techniques. For example, researchers can ...

Advanced single-cell methods began to be used in the 2010s and have revolutionized the ability to efficiently count a large number of information-bearing molecules in the cell. The method relies ...

The first in vitro cell culture techniques were developed more than a century ago, and helped transform biological research. However, traditional 2D cultures grown on flat surfaces don’t ...

“When scaling up a process based on adherent cells, a biopharmaceutical manufacturer has two options. Either stay in 2D, resulting in the use of heavy and difficult-to-handle multi-tray stacks with a ...

In an international collaboration, researchers hope to integrate single-cell and spatial techniques to create a cell atlas of human and primate brains. A cell atlas refers to a comprehensive map and ...

In this guide, we take a look at how cell culture contamination can be avoided and some of the key ways it can be detected. Cell culture underpins many aspects of research and development. In this ...