Browse Physics
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1.
Experiments show that blood plasma has elastic properties that could influence the way blood flows through small vessels.
2.
The near-uniform leaf size of the tallest trees is set by the requirements of their vascular network.
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The flexibility of a DNA strand affects its activities in cells and depends on its length. Atomic-scale computer simulations begin to explain why the length matters.
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Orderly flow in fluid extracted from a living cell results from the spontaneous organization of randomly-oriented, microscopic forces.
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The atomic force microscope, introduced in 1986, provided atomic-scale pictures of surfaces, with few limitations on the type of sample.
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Models show how the length of filaments in cells can be tightly controlled by balancing continual growth with shrinkage caused by molecular motors.
