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Specialties 2010 P

  • 06/10/2010 -- König wins Leibinger second prize for clinical multiphotonic tomography on skin
    Bellingham, WA-- Karsten König of JenLab (Jena, Germany) will be honored among other winners of the 2010 Berthold Leibinger awards at a ceremony to be held July 9 in Ditzingen, Germany, for his innovative work and research in laser technologies—specifically clinical multiphotonic tomography.
  • 06/11/2010 -- New treatment method thwarts cancer using photodynamic therapy
    Borovlyany, Belarus-- Belarusian scientists recently developed a new method to destroy cancerous tumors, which is based on innovative photodynamic therapy (PDT) of oncological illnesses by the structures similar to the chemical compound of biological molecules and semiconductor nanocrystal.
  • 06/14/2010 -- European scientists make strides in understanding ionization in molecules
    Garching, Germany-- In order to not only observe, but also really understand a chemical reaction, scientists have to know how electrons move within molecules. Until now, it was technically impossible to observe how electrons move within a molecule because they move so incredibly fast. However, a group of European researchers has now achieved this goal with the help of attosecond laser pulses.
  • 06/15/2010 -- New microscope provides live-cell imaging breakthrough for cancer treatment and drug discovery
    Glasgow, Scotland-- A new microscope has been designed and built at the Centre for Biophotonics of the Strathclyde Institute of Pharmacy and Biomedical Sciences. Designed and built by Dr. Gail McConnell, Reader and RCUK Academic Fellow, and post-doctoral researcher Dr. Wei Zhang, the microscope uses a less-complex laser system than previously available for obtaining crucial, highly detailed images of cells, tissues and drugs.
  • 06/17/2010 -- Photodynamic therapy study targets cancer treatment using a nano carrier
    France-- CEA-Leti has launched the TARGET-PDT project, which is designed to increase the effectiveness of photodynamic therapy (PDT) for treating cancer by developing a novel nano carrier-based approach.

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