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In article number 1900390, Richard J. Williams, David R. Nisbet, and co‐workers report on a peptide hydrogel programmed for the minimally invasive transplantation of stem cells. The cell‐laden droplets formed by the hydrogel protect cells during syringe administration. The hydrogel then ‘switches’ to offer long‐term bioactive support. These insights will have a significant impact for tissue repair,...
Cell transplantation is one of the most promising strategies for the minimally invasive treatment of a raft of injuries and diseases. However, a standing challenge to its efficacy is poor cell survival due to a lack of mechanical protection during administration and an unsupportive milieu thereafter. In response, a shear‐injectable nanoscaffold vector is engineered considering the three equal requirements...
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