Bioengineers from UC San Diego have developed a hydrogel-based mineralization process to synthesize porous mineralized bone mimetic material. By varying pendant side-chain lengths to control matrix hydrophobicity, the inventors developed a means to regulate the nucleation of aptatite-like phases on .....
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Researchers at the University of North Dakota have developed a training device designed for allied health professionals to practice orthopedic tests on a knee or elbow. The devices are anatomically correct, articulable models of the human knee and elbow that allow the major ligaments to be indepen.....
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UC San Diego researchers have developed a ligand sensing fluorescent enzyme assay for detecting, quantifying, and evaluating hazardous organophosphate pesticide and nerve agent exposure. The technology utilizes fluorescently labeled mutants of the acetylcholinesterase enzyme (AChE) that exhibit fluo.....
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The method detects and identifies sources of abnormal (collateral) routes of circulation regardless of their location, providing the clinician with important information for patient management. In clinical applications, the locations of some of the feeding arteries is typically known, but when .....
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Controlled, highly reproducible system that is easy to manipulate Chemically defined serum-free medium that supports motoneurons and skeletal muscles derived from human stem cells Non-biological substrate is patternable and not degraded by cells Compatible with BioMEM (Microelectromechanical) devic.....
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