Page 13

Research Activities within Theme 2

Project 1: Features of biological membranes inspire the design and synthesis of an ordered hierarchically structured hybrid membrane (Aquaporin pore structure), with improved anti-fouling properties via the modification of hydrophilic and charged groups (Kidney endothelial glycocalyx). These membranes are used for bio-separation, nanoparticle sieving and water treatment.

Project 2: Inspired by the nano-confinement effects induced by chaperones on biological guest molecules, we design and synthesize optimized nanoporous materials as hosts for enzymes, for catalytic or therapeutic applications.

CENTRE FOR NATURE INSPIRED ENGINEERING 11

Profile for ucl73

Centre for Nature Inspired Engineering brochure  

Read the new Centre for Nature Inspired Engineering brochure ​outlining our work and research outputs.​

Centre for Nature Inspired Engineering brochure  

Read the new Centre for Nature Inspired Engineering brochure ​outlining our work and research outputs.​

Profile for ucl73
Advertisement