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| Engineers Use DNA to Make Crystals That Can Switch Configurations | |||
Beyond serving as the backbone of modern biology, DNA has come to be a molecule of great interest to engineers. John Crocker and Talid Sinno, both of CBE, have used DNA to make a crystal that can switch into a more stable configuration under the right temperature conditions, much like heat-treated steel. |
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| Diamond Lab Research Reveals That Clots Can Sense Blood Flow | |||
The disease atherosclerosis involves the build up of fatty tissue within arterial walls, creating unstable structures known as plaques. These plaques grow until they burst, rupturing the wall and causing the formation of a blood clot within the artery. New research from the Diamond Lab shows that clots forming under arterial-flow conditions have an unexpected ability to sense the surrounding blood moving over it. |
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| Engineers Develop Protein 'Passport' That Helps Nanoparticles Get Past Immune System | |||
The body's immune system exists to identify and destroy foreign objects, whether they are bacteria, viruses, flecks of dirt or splinters. Unfortunately, nanoparticles designed to deliver drugs and implanted devices like pacemakers or artificial joints are just as foreign and subject to the same response. Research led by Dennis Discher, CBE, provides a "passport" for such therapeutic devices, enabling them to get past the body’s security system. |
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| Engineers Collaborate to Show New Level of Control Over Liquid Crystals | |||
Directed assembly is a growing field of research in nanotechnology in which scientists and engineers aim to manufacture structures on the smallest scales without having to individually manipulate each component. Kathleen Stebe and Shu Yang have collaborated to show a new way to direct the assembly of liquid crystals, generating small features that spontaneously arrange in arrays based on much larger templates. |
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