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Metal organic frameworks (MOFs) are molecular structures, constructed from metal cations linked by organic molecules. They have recently shown considerable promise in a wide range of applications, including hydrogen storage, catalysis and drug delivery. MOFs can be built systematically for desired applications, including particular configurations that are stable and porous and which can be used to trap other molecules in a cage-like structure.
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Diamond Light Source, the UK’s synchrotron science facility, is being used by a Stoke-on-Trent based clinician to develop new ways to detect cancer.
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Diamond Light Source, the UK’s national synchrotron science facility, is being used to look inside aero-engine materials and components, right down to the scale of atoms.
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On Wednesday 27th April, the first researchers arrived on the latest experimental station to become operational at Diamond.
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A team of researchers from the Universities of Leeds, Oxford and Imperial College London have captured the 3D atomic models of a single transporter protein in each of its three main structural states, a goal of researchers from around the world for over 25 years.
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Business secretary Lord Mandelson today announced almost £100m investment in Diamond so that a further 10 beamlines can be added to fully maximise the scientific discovery potential of the machine.
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It is a long-held ambition of scientists to prepare porous solids within which they are able to mimic the sophisticated chemistry performed by nature.
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There will be a one day meeting on the "Scientific Potential of Free Electron Lasers", which will take place at The Royal Society, London, on Thursday 22nd April 2010
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This week Diamond Light Source, the UK’s national synchrotron science facility, is celebrating eight years since the UK government, via the Science and Technology Facilities Council (STFC), and the Wellcome Trust signed a Joint Venture to build and operate the facility.
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Are you interested in promoting your research to a wider audience? If so then you are invited to a free STFC Public Engagement Symposium on the 19th May at the Rutherford Appleton Laboratory. It is aimed at light source, neutron and muon users (e.g. Diamond, ESRF, CLF, ISIS and ILL) interested in developing public engagement activities that highlight their research to wider audiences.
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Cancer comes in many forms, but it is characterised by cells rapidly dividing out of control. Chemotherapy refers to a group of drugs which use a range of mechanisms to try and block the cells from dividing. One group of chemotherapy drugs, commonly used to treat chronic and acute leukemia, lymphoma and Hodgkin disease among others, works by targeting the genetic material inside cancer cells linking together the DNA strands, thereby stopping the cell copying its genetic material so the cell ...
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Three young scientists from Diamond Light Source, the UK’s national synchrotron on the Harwell Science & Innovation Campus have just taken part in the prestigious (Scientists, Engineers and Technologists) SET for Britain competitions and exhibitions held annually at the Houses of Parliament on 8th March 2010.
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A one day meeting on “Imaging and life sciences applications of new light sources” will take place at The Italian Cultural Institute, 39 Belgrave Square, London SW1X 8NX, on the 26th March 2010.
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Extending our knowledge of how magnetic materials behave on an atomic scale has led to considerable technological advances, particularly in the area of information storage. University of Leeds scientists have been working with the Nanoscience beamline team at Diamond to study the properties of magnetic domain walls, which are areas where the sample magnetisation rapidly changes direction. The ability to manipulate domain walls using an electric current has recently generated a great deal of ...
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From Monday 11th to Friday 29th January 2010, artworks inspired by Diamond Light Source will be on display at the North Wall Arts Centre in Summertown, Oxford. Local artists and community groups have interpreted the research carried out at the facility into a collection of stunning pieces.
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Funding is available to carry out multidisciplinary research at the Research Complex adjacent to Diamond, in close collaboration with the central facilities at Harwell.
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Two teams of Oxford University researchers led by Professors Judith Armitage and David Stuart have made the first steps towards being able to engineer a bacterial cell that can sense and respond to novel environmental cues. The groups demonstrated that it should be possible to design synthetic signalling circuits inside a cell, ultimately enabling the development of new biosensors.
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Researchers into from Imperial College London and Harvard University have used Diamond to solve a 20-year-old puzzle about how HIV establishes itself in the human body. They have used the synchrotron to determine the structure of an enzyme called integrase, used by the HIV and similar viruses to copy their genetic information into the DNA of their hosts. Antiretroviral drugs have already been developed which work by blocking integrase, but the mechanism behind this was not fully understood ...
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Diamond Light Source is holding a workshop on the processing and analysis of XAS data from the 7th-9th of June. Diamond has three x-ray absorption spectroscopy beamlines, one of which is operational, I18, with the other two, B18 and I20, coming online in the first half of 2010.
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Research containing data collected on Diamond’s Small Molecule Single Crystal Diffraction (I19) beamline has been published in Chemistry – A European Journal and has become one of the ‘Most Accessed’ article in the journal.
