Corrects for sensor drift in flowing whole bloodBaseline drift corrections for more than 20 hours
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Cornell researchers have developed a micron-scale (20 m) device for dynamically shifting the wavelength of light on silicon comprising a resonator P-I-N structure, where the resonator forms the insulator of the device.
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University chemists have engineered new programmable theranostic nanomaterials that utilize disease-associated enzymes as stimuli for both the detection and treatment of disease. Specifically, this technology teaches the assembly of enzyme-responsive nanoparticles (DNA-programmable and peptide-prog.....
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Researchers have developed a multiple instrument manipulator intended for use with surgical robots in a range of minimally invasive surgeries.
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The rapid growth of the Internet of Things (IoT) has created a need for microsensors which transmit information from objects to computers. For example, “smart” running shoes could feature sensors which relay performance feedback to an athlete while she is exercising. The challenge in designing suc.....
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