2016-03-18

Tufts University Researchers Regulate Tumor Growth in Frogs by Controlling Cell Signals with Light

Tufts University biologists using a frog model have demonstrated for the first time that it is possible to prevent tumors from forming and normalize tumors after they have formed by using light to control electrical signaling among cells. The work, which appears online in Oncotarget on March 16, is the first reported use of optogenetics to specifically manipulate bioelectrical signals to both prevent and cause regression of tumors induced by oncogenes.
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2014-09-10

Tufts University Selects Veeco MBE System to Develop Semiconductor Devices for Solar Applications

Veeco Instruments announced today that Tufts University in Medford, Massachusetts has ordered two GENxplor™ R&D Molecular Beam Epitaxy (MBE) Systems for cutting-edge compound semiconductor research.
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Ennostar, a leading vertically integrated optoelectronic semiconductor company, will showcase its latest Micro LED optical communication innovations at Touch Taiwan 2026, in collaboration with AUO Corporation and Tyntek Corporation. In additio... READ MORE

Ennostar, a leading innovator in automotive optoelectronic solutions, today announced the launch of its Pixelated Automotive LED Lighting Platform. Integrating high-density LED sources with advanced thermal-electrical-mechanical-opto (TEMO) mo... READ MORE