Bioengineering

Lance Davidson and Rafey Feroze / University of Pittsburgh

The potential of tissue engineering is huge -- think replacement cartilage or artificial organs -- but current techniques are inefficient. 

If an engineer were building a house, they'd consider the properties of the materials they were using and the physical forces acting upon them.

If they're building biological tissue, they'll want to do the same.

Banerjee Lab / University of Pittsburgh

For more than one million Americans with Type 1 Diabetes, managing the condition involves daily shots of insulin and closely watching their diets.

Pitt Scientist Receives Grant To Mass-Produce Stem Cells

Oct 22, 2015
Lwp Kommunikáció / flickr

An associate professor of bioengineering at the University of Pittsburgh is working on a way to produce human stem cells on an industrial scale.

Ipsita Banerjee of the Swanson School of Engineering, with co-researcher Prashant Kumta, recently received a $300,000 grant from the National Science Foundation to research a method of mass-producing “pluripotent” stem cells.