Synthetic red blood cells function similarly to natural ones
ACS Publications - 03-Jun-2020Did not seem to cause any toxicity in mouse model
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Professor and expert in engineering and technology in University of New Mexico, USA
Brinker established the first comprehensive synthesis-structure-property relationships for solution-based inorganic materials synthesis, so-called sol-gel processing, creating a foundation for much of modern day 'bottom-up' nanoscale materials synthesis. Combining sol-gel processing with molecular self-assembly, he developed robust evaporative procedures to form highly ordered periodic mesophases. Today this 'Evaporation-induced self-assembly' process is used worldwide to create ordered porous and composite thin-film and particulate nanostructures. Mimicking the structure of natural cells, Brinker conceived of mesoporous silica nanoparticles encapsulated within supported lipid bilayers.
Visit website: https://brinkerlab.unm.edu/c.j-brinker/index.html
See also: The University of New Mexico (UNM) - Public research university in Albuquerque, New Mexico.
Details last updated 07-Jun-2020
Did not seem to cause any toxicity in mouse model