18 November 2004
Oxford Diffraction Raises Expansion Funding.
11 September 2004
Universität zu Lübeck to use an Oxford Diffraction Xcalibur PX Ultra system for Crystal Structural Studies of SARS Virus Proteins
26 August 2004
Oxford Diffraction launches GEMINI – the complete service diffractometer – at ECM22
12 July 2004
24 June 2004
The Structural Genomics Consortium in Oxford becomes a protein crystallography reference site for Oxford Diffraction
1 November 2003
Oxford Diffraction relocate to new premises
22 May 2003
Oxford Diffraction Launch Platinum Level US Reference Site for Crystallography at Virginia Tech
15 September 2003
Johann Wolfgang Goethe-Universität, Frankfurt, becomes German reference site for Oxford Diffraction
21 January 2003
Oxford Diffraction Limited Announce Collaboration with York Structural Biology Laboratory to Evaluate New Protein Crystallography X-ray Diffractometer
11 October 2002
Oxford Diffraction Launch Gold Level US Reference Site for Crystallography at Virginia Tech
12 November 2002
Swiss Norwegian Beamline Purchase New Large Area CCD Detector for Six-Circle Synchrotron Diffractometer from Oxford Diffraction Limited
10 September 2002
Oxford Diffraction launches Xcalibur PX – a compact and cost-effective
macromolecular crystallography system
7 March 2002
Crystal Cooling to <15 Kelvin : Oxford Diffraction's Helijet put through its
paces at the ESRF, Europe's leading Synchrotron
30 March 2001
Venture Funding for Oxfordshire spin-out to uncover the structure of molecules and proteins
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12 July 2004
Xcalibur PX Ultra Protein System Wins 2004 ‘R&D 100’ awardR&D magazine have announced Oxford Diffraction's Xcalibur PX Ultra protein crystallography system as one of 2004's top 100 technologically significant new products and winner of the prestigious ‘R&D 100’ award.R&D magazine have announced Oxford Diffraction's Xcalibur PX Ultra protein crystallography system as one of 2004's top 100 technologically significant new products and winner of the prestigious‘R&D 100’award. Launched in 2003 by the UK-based company Oxford Diffraction Limited, Xcalibur PX Ultra is a new breed of compact X-ray protein crystallography system for the home laboratory, providing comparable results to a 5 kW rotating anode and image plate (with multilayer optics) but with virtually no maintenance. Xcalibur PX Ultra can be used for a wide variety of applications including crystal screening prior to synchrotron visits, in-house structure solution, weak crystals, large unit cells, and small crystals. Xcalibur PX Ultra is a turn-key system and consists of the 165 mm diameter Onyx CCD detector and the hi-flux Enhance Ultra X-ray source mounted on a 4-circle kappa goniometer. The innovative Enhance Ultra X-ray source is based around a sealed tube combined with state-of-the-art multilayer optics; it provides a finely focussed X-ray beam of 300 micron diameter and runs off a standard 3kW rack-mounted generator. With no moving parts, Enhance Ultra is an extremely reliable and low maintenance source with only a fraction of the cost of ownership of a rotating anode. Since its launch Xcalibur PX Ultra has been installed and is successfully operating in a large number of sites in Europe and North America. Dr Damian Kucharczyk, Head of Research and Development at Oxford Diffraction said “The Xcalibur PX Ultra has proved to be an extremely successful product, making protein crystallography more affordable and technically easier. This has opened the field to a much wider number of researchers who have been excluded by the maintenance and expense of existing x-ray systems. We are very pleased to have the Xcalibur PX Ultra product recognised by such a prestigious award”. The R&D 100 awards, from R&D magazine were first awarded 42 years ago and were designed to highlight the 100 most technologically significant new products of each year. Originally known as the I-R 100s, in keeping with the original name of the magazine, Industrial Research, entries for the award are judged by at least 60 outside experts drawn from unbiased professional consultants, university faculty, and industrial researchers with superior expertise and experience in the areas being judged. The winning of an‘R&D 100’Award provides a mark of excellence seen by industry, government, and academia as proof that the product is one of the most innovative ideas of the year. The products entered for the award must have been available for sale or licensing during the calendar year preceding the judging. Over the years, the‘R&D 100’Awards have recognized winning products with such household names as Polacolor film (1963), the flashcube (1965), the automated teller machine (1973), the halogen lamp (1974), the fax machine (1975), the liquid crystal display (1980), the printer (1986), the Kodak Photo CD (1991), the Nicoderm antismoking patch (1992), Taxol anticancer drug (1993), lab on a chip (1996), and HDTV (1998). |
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