ScienceDaily (2008-11-05) -- The "chemistrode," a droplet-base microfluidic device, provides new exciting opportunities to study stimulus-response dynamics in chemistry and biology. It will help researchers study any surface that responds to chemical stimulation (cells, tissue, biofilms, catalytic surfaces, etc.). It may also help neurologists, cardiologists, and endocrinologists study and diagnose diseases. Researchers have already used it to measure how a single murine islet responds to glucose. They have applied for a patent on the device.
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ScienceDaily (2008-11-05) -- The "chemistrode," a droplet-base microfluidic device, provides new exciting opportunities to study stimulus-response dynamics in chemistry and biology. It will help researchers study any surface that responds to chemical stimulation (cells, tissue, biofilms, catalytic surfaces, etc.). It may also help neurologists, cardiologists, and endocrinologists study and diagnose diseases. Researchers have already used it to measure how a single murine islet responds to glucose. They have applied for a patent on the device. full post
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