reported success in growing human stem cells in culture. Thomson and Gearhart, using different approaches, had isolated these very early precursor cells and spread them out on a feeder layer of ...

Stem cells are multipotent cells with the ability to self-renew, self-replicate, and differentiate into multiple cell lines, including MSCs, HSCs, NSCs, ESCs, and iPSCs. Remarkable progress has been ...

An experimental stem cell therapy reversed corneal damage in half of the participants from a recent clinical trial.

The cornea is the transparent frontmost layer of the eye that both protects it and helps us see clearly by focusing light on ...

This three-day training course will provide hands-on training in all aspects of culturing human pluripotent stem cells. The course will include the following: Written training material, laboratory ...

Cell culture is a fundamental technique in biotechnology and life sciences that involves growing and maintaining living cells outside their natural environment, typically in a controlled laboratory ...

The standard 2-D cell-culture systems used today, which grow PSCs as monolayers on flat, rigid plastic or glass surfaces, can't economically produce enough cells for many important therapies.

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

However, cells in culture require sterility and specific physiochemical conditions, such as humidity, osmolarity, temperature ...

“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 ...