Tescan是扫描电子显微镜的传统制造商，现在正在使用其独特的多模式全息显微镜（MHM） - Q相进入光学显微镜市场。
The unique Q-PHASE microscope is based on the principle of incoherent holography. Where other available solutions make use of a laser or laser diode, which may cause adverse or undesirable effects, mainly in terms of imaging quality, Q-PHASE uses white light for illumination, thus producing high quality imaging.
The TESCAN solution enables the monitoring of live cells in real time and quantifies their parameters without needing to apply contrast stains. Thanks to this technology live samples are not harmfully affected, and pathogenic or even toxic effects are avoided. The ability to observe samples in scattering media is also unique.
Q-PHASE - a unique instrument for quantitative phase imaging (QPI) based on patented technology of Coherence-controlled holographic microscopy - can be applied in a wide range of fields, such as biological research, healthcare, pharmacology, biotechnology, metallography, micro-technology, nano-technology, micro-optics, electrical engineering, etc. Primarily, the instruments are designed for biological applications, mainly cancer research.
“进入新的光学显微镜领域，这证明了商业和学术领域协同合作的重要性。通过这种方法，Tescan不断加强其位置，同时，通过解决方案来证明其创新能力，这些解决方案与科学家的需求和现代研究趋势一致。我们的承诺是为任何显微镜范围提供高附加价值的工具，而Q期绝对是一种乐器，” ing说。Tescan Orsay Holding的首席执行官JaroslavKlíma。
革命性的Q期显微镜是通过Tescan和Brno Technology的合作努力开发的。这项成就已经获得了多个奖项，例如2013年Werner von Siemens奖，并赢得了捷克共和国的“ 2013年最佳合作”竞赛。显微镜的光学系统已在欧洲和美国以及欧洲地区获得专利，目前正在扩大其保护。
Q-PHASE MHM will officially be introduced at The Microscience Microscopy Congress 2015 (MMC2015) in Manchester where visitors will have a chance to see and try out the microscope.
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