Researchers have developed fast-dissolving particles that may one day prevent organ damage or death by instantly infusing oxygen into the blood.
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Researchers designed a microfluidics chip to separate cells using gravity and a force field.
A new camera system allows researchers to measure multiple cardiac signals at once to understand how they interact to control heart function.
Researchers pull viable cells from bodies that had been dead for more than 2 weeks.
A novel reporter system can track the ever-changing levels of the plant signal auxin with great precision.
Out with toothpicks and pipettors; in with automation.
New innovations could bring tailored, fast, and cheap sequencing to the masses.
Engaging the brain with cognitive tasks helps paralyzed rats walk again.
A 30-year-old technique to record the electrical activity of neurons gets a robotic makeover.
Adding texture to a lotus-leaf-like surface lets researchers control the movement of liquid droplets, and provides a cheap alternative for microfluidic applications.
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