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  • News - 29 Mar 2007
    Researchers at UC San Diego have discovered that iron-containing nanoparticles being tested for use in several biomedical applications can be toxic to nerve cells and interfere with the formation of...
  • News - 29 Mar 2007
    At the root of scientific study are observations made with the eyes; yet in nanoscience, our eyes fail us. The smallest object we can see still looms thousands of times larger than a typical...
  • News - 29 Mar 2007
    Nanomechanical oscillators -- tiny strips of vibrating silicon only a few hundred atoms thick -- are the subject of extensive study by nanotechnology researchers. They could someday replace bulky...
  • News - 29 Mar 2007
    To the delight of researchers at Washington University School of Medicine in St. Louis, living cells gobbled up fluorine-laced nanoparticles without needing any coaxing. Then, because of the unusual...
  • News - 29 Mar 2007
    Researchers at UC San Diego have discovered that iron-containing nanoparticles being tested for use in several biomedical applications can be toxic to nerve cells and interfere with the formation of...
  • News - 28 Mar 2007
    Nanomechanical oscillators -- tiny strips of vibrating silicon only a few hundred atoms thick -- are the subject of extensive study by nanotechnology researchers. They could someday replace bulky...
  • News - 28 Mar 2007
    At the root of scientific study are observations made with the eyes; yet in nanoscience, our eyes fail us. The smallest object we can see still looms thousands of times larger than a typical...
  • News - 23 Mar 2007
    The introduction of the patented technique of MultiFrequency Fluorometry gives you access to a previously uncharted region of fluorescence dynamics. Horiba Jobin Yvon, the only manufacturer of...
  • News - 23 Mar 2007
    HORIBA Scientific is proud to announce the new FluoroMax®-4 as the replacement to the legendary FluoroMax®-3. With a superb sensitivity of at least 400,000 cps (a 33% improvement) for the...
  • News - 14 Mar 2007
    In experiments with laboratory mice that bear aggressive human breast cancers, UC Davis researchers have used hot nanoprobes to slow the growth of tumors -- without damage to surrounding healthy...

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