Skip to main content

Tech + Society

Tech + Society

New technologies launched the genomic era. Now, progress in genomic research depends on further innovations in the tools that allow us to probe, manipulate, and analyze biological molecules. Whether focused on software or hardware, biomaterials or microfluidics, DNA editors or molecular motors, our technological research pushes the boundaries of the physically possible and paves the way for future discovery.

Featured Stories

The study team included, back row, from left, graduate student Rebecca Ultrich; chemistry professor Paul Hergenrother; Chris Fields, of the Roy J. Carver Biotechnology Center, research scientist Po-Chao Wen, graduate student Matt Sinclair; and, front row, from left, senior scientist Hyang Yeon Lee; Jessica Holmes, of the Roy J. Carver Biotechnology Center; and biochemistry professor Emad Tajkhorshid. (Study lead author Kristen Muñoz not pictured)
Composer and software developer Carla Scaletti and chemistry professor Martin Gruebele used sound to investigate hydrogen-bond dynamics during the protein-folding process.  Photo by Fred Zwicky
Left to right: Hua Wang and Rohit Bhargava
Left to right: Yang Bo and Hua Wang
Stephan Lane, left, and Huimin Zhao at the Robotics Showcase and Demo Day.
The researchers found that muscle with nerves released more of the brain-boosting factors than muscle without nerves. Pictured, from left: Professor Joon Kong and students Kai Yu Huang, Yujin An and Sehong Kang.