Light-Shrinking Hydrogel Could Spare Children With Heart Defects Repeat Surgeries
Drexel University engineers have designed a light-responsive, blood-compatible dextran hydrogel that can shrink up to 20 percent on demand, potentially ...
Drexel University engineers have designed a light-responsive, blood-compatible dextran hydrogel that can shrink up to 20 percent on demand, potentially ...
A new computational study reveals that hydraulically efficient suction-type micro-axial heart pumps can inflict more blood damage than their discharge-type ...
Researchers have embedded antioxidant-rich grape pomace oil from winery waste into biodegradable PLA nanofibers, creating wound dressing mats that kill ...
Researchers at McMaster University have coated microfluidic oxygenator units with a covalent antithrombin-heparin complex using polydopamine, achieving durable, clot-resistant surfaces ...
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© 2025 Scienmag - Science Magazine