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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.

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Pictured from left: researcher Yi Zhou, Professor Huimin Zhao, researcher Yifei Ge
Diwakar Shukla, right, and graduate student Diego E. Kleiman worked together to map the moving parts of more than 18,000 proteins in the human body in less than two days, a feat that used to take months on a supercomputer. Photo by Fred Zwicky
Pictured left to right: bioengineering professor Fan Lam, postdoctoral researcher Timothy Trinklein, and chemistry professor Jonathan Sweedler / Jenna Kurtzweil
The visual abstract from the paper, entitled “Macrophage-Targeted Quantum Dots with Short-Wave Infrared Emission for In Vivo Breast Cancer Imaging,” published in Bioconjugate Chemistry.
Plant biology professor Surangi Punyasena, left, former U. of I. Ph.D. student Marc-Élie Adaimé and their colleagues developed deep-learning methods for establishing the composition and diversity of fossil grass pollen samples. Adaimé is now a postdoctoral researcher at the Smithsonian’s Office of Digital and Innovation. Photo by Fred Zwicky
The inside cover image of Volume 13, No. 31 of Advanced Science features research from the Multi-Cellular Engineered Living Systems theme.