A comprehensive review details how injectable hydrogels evolved from static mechanical scaffolds into dynamic and programmable platforms designed to synchronize ...
Researchers developed aligned electrospun gelatin scaffolds incorporated with carbon black nanoparticles that mimic native myocardial architecture and stiffness while demonstrating ...
Researchers 3D bioprinted heart tissue patches containing human endothelial cells and found that those with vessel-like networks supported more aligned ...
A new review in Biological Research surveys cardiac stem and progenitor cell populations, finding that classic markers c-kit and Sca-1 ...
A new review in Annals of Biomedical Engineering examines how conductive two-dimensional MXene nanomaterials could advance cardiac patch design for ...
A five-year, up-to-$29.6 million research consortium will develop living cardiac tissues for infants and young children with congenital heart disease ...
Researchers report that plant-derived chlorophyll acts as a sustainable physical crosslinker that boosts hydrogel compressibility from about 43 percent to ...
Stanford researchers have published a protocol for a high-throughput stem cell-based screening platform that identifies potential antifibrotic compounds for cardiac ...
Researchers have demonstrated an all-optical closed-loop system that uses holographic optogenetics and real-time voltage imaging to sense and control the ...
A new review proposes a staged, evidence-bound framework combining patient-specific iPSCs, atrial microphysiological systems and nanomedicine to model and potentially ...
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