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Wearable biosensors are a promising technology and have already been widely adopted in diabetes management. DSM Firmenich’s Sparsa platform of amphiphilic polyurethanes enhances continuous glucose monitor (CGM) performance by regulating analyte permeation and simplifying device fabrication.
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Smart implants revolutionize healthcare with embedded sensors for real-time monitoring. Polycarbonate urethanes offer biocompatibility, overcoming challenges with biomaterials for safer, efficient devices.
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Albert Llenas discusses how to select appropriate materials when developing devices for rotator cuff repairs. Defining needs upfront while working with a diversified biomaterials supplier enables companies to find a material that satisfies device performance requirements.
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In the second part of this series, we focus on Biomerix Thermoset Polyurethane and the properties that make it ideal for use in rotator cuff repair devices. Material choice is critical in developing surgical meshes, which affects strength, biocompatibility, sterilization, and compliance.
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Advancements in the treatment of severe cardiovascular disease are a result of many lifetimes dedicated to furthering the understanding of cardiovascular disease. Modern developments in heart valve protheses have followed closely with advancements in available biomaterials.
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Coil embolization is a minimally invasive treatment for both aortic and cerebral aneurysms that fills the aneurysm with a coil-like material to close off the aneurysm sac and reduce the risk of bleeding or rupture.
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Medureon™ is a family of medical-grade polyurethanes engineered for high performance, biocompatibility, and reliability in advanced, critical medical device applications.
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