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  • News - 27 Mar 2007
    No sooner have the clocks gone forward than scientists have shed new light on the link between our biological clocks and DNA damage repair processes, essential in protecting our cells from cancer.
  • News - 22 Mar 2007
    The Biochemical Society's GlaxoSmithKline Award 'for distinguished research leading to new advances in medical science' goes to Stephen Jackson (University of Cambridge) for his pioneering work on...
  • News - 26 Feb 2007
    By combining DNA macromolecules with polymers containing iron, molecular 'cages' can be made: porous structures capable of carrying and delivering drugs or DNA-fragments.
  • News - 20 Feb 2007
    The life cycles of many viruses include a self-assembly stage in which a powerful molecular motor must pack the DNA genome into the virus's preformed shell (the capsid). How it manages this intricate...
  • News - 18 Feb 2007
    Preliminary findings from the largest genome scan ever completed in the history of autism research are being published in Nature Genetics. University of Pittsburgh researchers with a consortium of...
  • News - 13 Feb 2007
    A novel invention developed by a scientist from New York Institute of Technology (NYIT) could revolutionize biological and clinical research and may lead to treatments for cancer, AIDS, Alzheimer's,...
  • News - 12 Feb 2007
    The U.S. Food and Drug Administration (FDA) has announced it has cleared for marketing in the U.S. the TephaFLEX Absorbable Suture - the first absorbable polymer suture made from material isolated...
  • News - 12 Feb 2007
    During the past several years, breakthroughs in genomic and proteomic technologies have enabled researchers to more clearly identify the biochemical networks that malfunction when a healthy cell...
  • News - 8 Feb 2007
    Human DNA patents are unlikely to be the barrier to medical and scientific innovation that they were first feared to be, according to new findings published this week.
  • News - 5 Feb 2007
    Wouldn't it be great if we could get computer chips to grow on trees? Or at least use the specific bonds of DNA molecules to get nanostructures to grow themselves right in the test tube?

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