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Scott H. Fisher Multi-Cellular Engineered Living Systems

The Scott H. Fisher Multi-Cellular Engineered Living Systems theme creates machines made of living cells that could serve as a solution to challenging real-world problems.

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With atomic stenciling, researchers have made a variety of patterned patchy nanoparticles with new shapes and properties. Illustration by Maayan Harel
Cecilia Leal, professor of materials science engineering at Illinois, is an expert in how actual biomembranes work and in the tools to characterize them.
Remarkable materials, such as the rugged yet lightweight skeletons of deep-sea sponges, have inspired engineers to develop highly advanced metamaterials that can adapt to extreme environments. A new study is taking this concept to the next level by bridging the knowledge gap between macro- and nanoscale self-assembling materials to advance technologies in multiple fields, including robotics, mechanical engineering and information technology. Photo courtesy NOAA Okeanos Explorer Program
3D renderings of Pseudomonas aeruginosa biofilms show that treatment with SLAM particles can disrupt the bacterial biofilm and prevent regrowth.
Illinois professor Bumsoo Han, left, and postdoctoral researcher Sae Rome Choi are authors of a new study exploring the use of DNA origami for better imaging of dense pancreatic tissue for cancer detection and potential treatment. Photo by Fred Zwicky
Taher Saif, professor of mechanical sciences and engineering