All by Washington University in St. Louis

The 128-repeat proteins resulted in a fiber with gigapascal strength which is stronger than common steel. The fibers' toughness is higher than Kevlar and all previous recombinant silk fibers. Its strength and toughness are even higher than some reported natural spider silk fibers.
| 2 min read
plant growing
| 3 min read
Zhen (Jason) He, professor in the Department of Energy, Environmental & Chemical Engineering, Washington University in St. Louis
| 3 min read
Transparent capillary cell
| 3 min read
protein footprinting
| 2 min read
filters for drinking water
| 3 min read
pregnancy and cannabis use
| 4 min read
social distancing in the grocery store
| 4 min read
Computer emulation of fruit fly sub-connectome
| 3 min read
Reading Proteins: No Droplet Formation
| 4 min read
Daniel Giammar, McKelvey School of Engineering at Washington University in St. Louis
| 4 min read
New Year's Resolution: Wait until Spring
| 3 min read
Grain Traits Traced to ‘Dark Matter’ of Rice Genome
| 3 min read
| 3 min read
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