3D printed heart like organoid can contract spontaneously and synchronously
University of Minnesota - 15-Jul-2020This organoid with chambers can fit into a mouse's belly
The Live Forever Club is evolving. Subscribe to the newsletter to be the first to hear about this important change.
Clinical Product Risk Specialist at Boston Scientific
In my research, I aim to merge engineering principles and 3D printing technology with stem cell biology in order to develop regenerative solutions for damaged heart tissue. I use physical and biochemical cues to manipulate stem cells and cardiac cells outside of the body with the goal of creating tissue that can contribute to heart function after a cardiac event. My work covers a broad range of complexities, from fabricating small micro-scale cardiac patches to 3D printing full organ structures, and utilizes cutting-edge technology to create tissues with precisely controlled, native-like distributions of multiple cell types.
Details last updated 07-Aug-2020
This organoid with chambers can fit into a mouse's belly