Matthew Lucia presented his research at SEED!

Matthew Lucia presented his research, “Agriculturally-Relevant, Artificial Cell Biosensors Are Deployable In Situ and Enabled by Encapsulated, Bacterial Cell Lysates,” at this year’s Synthetic Biology: Engineering, Evolution, & Design (SEED) conference. His work highlights the potential of artificial cell-based biosensors for real-time, field-deployable agricultural monitoring. Great job, Matthew!

Kamat lab moves to collaborative synthetic biology space

Last October, the Kamat lab moved to brand new lab space in Mudd with the Leonard and Tyo labs. We are excited for more collaborations to come! Read more about collaborative spaces fostering synthetic biology research at Northwestern here.

Our collaborative paper, led by the Jewett Lab, is featured by Northwestern News!

By cracking open a cellular membrane, Northwestern University synthetic biologists have discovered a new way to increase production yields of protein-based vaccines by five-fold, significantly broadening access to potentially lifesaving medicines. In February, the researchers introduced a new biomanufacturing platform that can quickly make shelf-stable vaccines at the point of care, ensuring they will not go to […]

Our new NSF-funded graduate training program focused on synthetic biology will launch at Northwestern!

Northwestern’s Center for Synthetic Biology (CSB) is one of the global hubs for innovation in its field. A prestigious grant promises to push the program even further. The National Science Foundation awarded $3 million to support a new graduate-level training program that focuses on PhD students. Northwestern Engineering’s Julius Lucks, associate professor of chemical and biological engineering, is […]

Our paper is out in Angewandte Chemie!

Our paper investigating how DNA tethers enable fusion between specific populations of lipid vesicles and can be used to initiate cell-free reactions is out in Angewandte Chemie. The work was led by Justin Peruzzi and explores how membrane domains can enhance membrane fusion and thereby increase the yield of encapsulated cell-free expression reactions.  Great job […]