This invention involves a novel two-stepreaction to create a polyethylene-glycol (PEG) based hydrogel coating on thesurface of commercially available bioprosthetic heart valve replacementdevices.
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High Speed Low power consumption Compatible with existing commercial manufacture processes Low design costs
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Requires only nanoliters of materialCan be imagined using conventional microscope or cell phone cameraNo fluorescent microscopy required0.23 fM limit of detectionSensitivity >95% and specificity >98%
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TECHNOLOGYDESCRIPTION: Researchers at the University of Delaware have created an assistive spoonthat is designed for users with limited mobility, strength, and stability.There is a bowl shape to prevent and trap food from spilling. There is a handlethat utilizes a wide grip to ease the strain of hol.....
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Patent No.: 9,362,324The present invention relates generally to imaging systems and methods, such as military and civil infrared (IR) imaging systems and methods and the like. More specifically, the present invention relates to photodetector focal plane array (FPA) systems and methods for use with s.....
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