Researchers designed a microfluidics chip to separate cells using gravity and a force field.
Covering the life sciences inside and out
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.
Financial “conflicts of interest” should not be so quickly condemned. Industry relationships are unequivocally beneficial.
African justice systems must change to help curb HIV and tuberculosis transmission in prisons.
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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By discouraging change, universities are stunting scientific innovation, leadership, and growth.
A lack of methodological detail in the published literature threatens the foundation of scientific discourse.