Cecilia Leal from the University of Illinois and co-workers summarize the current research on lipid-based films for biomedical applications and provide new insight into multilayered hybrid lipid–polymer films for substrate-mediated drug delivery.
Cecilia Leal from the University of Illinois and co-workers summarize the current research on lipid-based films for biomedical applications and provide new insight into multilayered hybrid lipid–polymer films for substrate-mediated drug delivery.
Nanocarriers can be precision-engineered to capitalize on what is known about receptor expression patterns, receptor clustering, and ultimately how interactions between a nanocarrier and target can be manipulated to achieve the most effective downstream signaling events.
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Clinical translation of stem cell therapies requires clear definition and characterization of the cell populations, especially in a biologically diverse group of non-human mammalian species.
Synthetic cells that function as autonomous systems for producing an anti-cancer protein inside the body are developed.
Bioinspired, biohybrid device design and fabrication strategy for investigating the ability of therapeutics to cross the blood brain barrier.
A novel reactive oxygen species (ROS)-promoted nanomedicine platform can effectively inhibit tumor growth, reduce side effects experienced in common anticancer drugs, while promote on-target uptake.
Tuo Jin and colleagues from Shanghai Jiao Tong University synthesize a synthetic carrier system for small interfering RNA (siRNA) with customizable size, pH-responsive degradability, and optimized surface population of cell-targeting agent.
Biomaterials are engineered to improve the safety and efficacy of current cancer immunotherapies.