Catching molecular dance moves in slow motion by adding white noise

Catching molecular dance moves in slow motion by adding white noise 11/30/2016 08:37 AM EST If you could watch to a molecule of medication attaching to a cell receptor in extreme slow motion, they would look something like a space ship docking with a space station--some twists, turns, sputters then locking together tight. With a new improvement to atomic force microscopy by Georgia Institute of Technology engineers, seeing this kind of detail is more likely to become possible. Full story at http://www.news.gatech.edu/2016/11/21/catching-molecular-dances-slow-motion-adding-white-noise Source Georgia Institute of Technology This is an NSF News From the Field item. This e-mail update was generated automatically based on your subscription to the category listed above. Some updates may belong to more than one category, resulting in duplicate messages.   Subscriber Services: Manage Preferences  |  Unsubscribe  |  Help  |  Contact NSF   Follow NSF:  This email was sent to mantiskhiralla@gmail.com using GovDelivery, on behalf of: National Science Foundation Update · 4201 Wilson Boulevard · Arlington, VA 22230 · 703-292-5111