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Carl Zeiss Inc., a leading provider of price tramadol solutions for research, clinical and industrial applications, is pleased to announce that they have signed a licensing agreement with Harvard University’s Office of Technology Development (OTD). The agreement will allow Carl Zeiss to use Coherent anti Stokes Raman Scattering (CARS) to develop label free imaging techniques that complement and enhance fluorescence price tramadol. The revolutionary CARS technology, developed in the lab of Xiaoliang Sunney Xie, Ph.D., Professor of Chemistry and Chemical Biology at Harvard, will be used by Carl Zeiss MicroImaging to image biochemically important molecules in living cells without having to label them with a dye. Instead, the contrast is created by intrinsic vibrations of molecules in the specimen, avoiding the sometimes complex fluorescence labeling procedure and the potential for the specimen to be influenced by the label. CARS price tramadol can be used for measurements where there is a high sensitivity to labeling with marker molecules, and therefore complements and enhances fluorescence price tramadol by contributing to a more in depth understanding of biological and biochemical processes. A potential application for CARS technology includes pharmacokinetic examinations on the transport of active ingredients in biological tissues. The label free imaging, combined with the visualization of molecular labels that barely affect the properties of the marked biomolecules, make this application possible and will help advance important biomedical research. Other applications for CARS technology go beyond cell biology and into the development and testing of new active ingredients in the pharmaceutical industry or for medical diagnostics. ... price tramadol