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In article number 2005935, Wei Zhu, Stefan Wuttke, C. Jeffrey Brinker, and co‐workers assemble native red blood cells (RBCs) within and protected by functional exoskeletons of interlinked MOF nanoparticles. The armored RBCs preserve the original properties of RBCs (oxygen storage) and inherit the exogenous properties of functionalizing nanoparticles. Their synthesis is generalizable and creates novel...
Bio/artificial hybrid nanosystems based on biological matter and synthetic nanoparticles (NPs) remain a holy grail of materials science. Herein, inspired by the well‐defined metal–organic framework (MOF) with diverse chemical diversities, the concept of “armored red blood cells” (armored RBCs) is introduced, which are native RBCs assembled within and protected by a functional exoskeleton of interlinked...
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