Researchers have shown that surface modification with polymer brushes reduces fouling and adhesion of whole blood, blood plasma or blood cells.

Researchers have shown that surface modification with polymer brushes reduces fouling and adhesion of whole blood, blood plasma or blood cells.
The authors R. Xue, M.A.B. Baker and F. Bai summarize in their progress report paper all known information regarding structure, assembly, torque-generation, switching, and adaptation properties of bacterial flagellar motor
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