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Tag: micrscope[1]
Looking into Live Cells at Nanoscale Resolution The highest-resolution 3-D light microscope ever made will change how biologists understand cells. A new kind of probe microscope can measure the force needed to push a single atom. Advances in imaging shed light on how the disease develops. An experimental tool could help illuminate Parkinson's disease. Researchers are developing a microfluidics device that can identify cancer cells during a routine visit to the doctor's office. Reversing the direction of a quantum force could prevent nano devices from sticking together--and even make them levitate. A new kind of microscope creates detailed, three-dimensional movies of living cells as they respond to changes in the environment. A new nanowire laser could reveal new cellular mechanisms. A device that detects electrical signals could be used for chemical monitoring. [1]
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 Massachusetts Institute of Technology |
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