Revealing new insights on membrane protein organization
Neha Kamat and her team uncovers how differences in the thickness of biological membranes can impact a protein’s ability to insert and move within membranes.
Category: Publications
Using Cancer’s Strength to Fight Against It
New technique made human T-cells 100 times more potent at killing cancer cells.
Engineering viruses to kill deadly pathogens
Study marks critical step in creating new therapies to treat antibiotic-resistant infections
New platform solves key problems in targeted drug delivery
Northwestern University synthetic biologists have developed a flexible new platform that removes barriers for promising cell and gene therapies.
Pioneering New Methods to Understand Protein Folding
Synthetic biologists have developed a new technique for measuring protein folding stability on an unprecedented scale.
Why do some cells become resistant to anti-cancer therapies?
Scientists develop a “QR code” to provide other researchers information about how cancer cells react to treatment.
Closing Gaps to Find New Energy Sources
A multi-institutional research team including Professor Michael Jewett implemented a new process to produce butanol, butanoic acid, hexanol, and hexanoic acid, which could make green energy easier to generate.
Our DNA is Becoming the World’s Tiniest Hard Drive
CSB Researchers Develop iVAX Approach to Improve Vaccine Manufacturing, Transportability, and Storability
Northwestern Now | Shelf-stable vaccines avoid waste, expand access Drug Discovery News | Vaccines: Just Add Water BioPharma Reporter | Membranes unlock potential to increase cell-free vaccine production The Chemical … Continued