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Evonik Acquires Biomaterials Company JeNaCell

Evonik Acquires Biomaterials Company JeNaCell
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Evonik, Stanford Partner on Polymer-Based Drug-Delivery Platform

Evonik and Cassava Sciences join forces to fight Alzheimer s disease

Evonik and Cassava Sciences join forces to fight Alzheimer’s disease   Evonik to supply commercial quantities of simufilam, a drug candidate for the treatment of Alzheimer’s disease The late clinical phase quantities will be produced at Evonik’s Tippecanoe site in Indiana, USA Evonik is recognized as one of the largest contract manufacturing organizations (CMO)   Essen, Germany. Evonik has entered into a supply agreement with Cassava Sciences, a clinical-stage biotechnology company focused on neuroscience. Evonik will supply Cassava Sciences with large-scale, clinical-grade quantities of simufilam, a drug candidate for the treatment of Alzheimer’s disease. “We are delighted to be collaborating with Cassava and contributing to fight Alzheimer’s together. We are committed to supporting Cassava in their goals to maintain the quality of life for millions of patients around the world and to further advance potential treatment options”, said Thomas Riermeier, head o

Reducing The Surface Friction Of Medical Devices - A New Functional Application For A Commercial Biomaterials Surface Modification Technology

Article | February 17, 2021 Reducing The Surface Friction Of Medical Devices - A New Functional Application For A Commercial Biomaterials Surface Modification Technology By Alexandra Piotrowicz, Manager of Product Development, Surface Modification, Evonik Health Care As the number of minimally invasive surgeries continues to grow, there is a need to design low-profile devices with optimal surface properties for easy insertion and trackability.  Devices such as introducer sheaths, delivery catheters, endoscopes, and neurovascular microcatheters come in contact with various bodily fluids and tissue, including skin, blood vessels, and the urinary tract.  The surface design of such devices should aim to minimize trauma during insertion and removal, reduce tissue inflammation, enable maneuverability through tortuous blood vessels, and improve patient comfort.  Furthermore, surface properties should promote smooth movement between certain device components,

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