NEWS AND MEDIA

Wharton Cells

Quantum® Cell Expansion System - How Does it Work?

The Quantum® cell expansion platform is an automated, scalable, closed culturing system that enables the efficient, and safe cultivation...

Wharton Cells

Culturing MSCs Using the Quantum® Cell Expansion System

Culturing MSCs using the Quantum® cell expansion system Bioreactors allow users to increase the scalability, automation, and...

Katy McLaughlin Ph.D.

One Size Fits All? Not for MSC Bioreactors

The manufacture of clinically-relevant mesenchymal stem cells (MSCs) is not without its challenges. MSCs are inherently heterogeneous...

Katy McLaughlin Ph.D.

3D Culture of MSCs in Bioreactors - the Importance of Microcarriers

Advances in clinical manufacturing processes are central in developing functional cell therapies, including those involving mesenchymal...

Katy McLaughlin Ph.D.

Bioreactors: the solution for accessibility in cell therapies?

Mesenchymal stem cells (MSCs) are emerging as a valuable regenerative therapy and have exhibited promising outcomes in ongoing clinical...

Katy McLaughlin Ph.D.

Overcoming challenges in the isolation of UC-MSCs

The therapeutic potential of mesenchymal stem cells (MSCs) has been extensively explored. Their ability to promote tissue repair and...

Wharton Cells

Mitochondrial transfer in WJ-MSCs

Mitochondria are frequently described as the “powerhouse of the cell” to help students remember the energy-producing role of these...