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USA, Nanotechnologies
How do nanoparticles impact our environment and us?
How do nanoparticles impact our environment and us?
In the young nanoecotoxicology field researchers such as Dr. Irina Blinova and colleagues at the National Institute of Chemical Physics and Biophysics in Estonia evaluate nanoparticles’ (NPs) interaction with their environment.
youris.com meets Peter Agre
youris.com meets Peter Agre
In February 2009, Peter Agre was inducted as the 163rd president of the American Association for the Advancement of Science (AAAS), the nation's largest scientific organization.
Uncertainties surrounding nanoparticles aimed for medical use
Uncertainties surrounding nanoparticles aimed for medical use
Researchers are trying to find out more about the relationship between different NPs’ shapes, sizes and surface chemistries and how they behave in the human body.
Peter Agre, 2003 Nobel Prize of Chemistry winner, “The generation of pure water is theoretical possible with the aquaporins”
Peter Agre, 2003 Nobel Prize of Chemistry winner, “The generation of pure water is theoretical possible with the aquaporins”
When did you choose to do research? Somewhere is I think, research choose me. I was a student in medicine at Johns Hopkins back in the 1979th hoping to do some research relevant to the diseases of the third world.
Nano Filtered Water
Nano Filtered Water
The filter could be used to recycle sewage on a space station, but the main focus is the use of ultra pure water in the fabrication of semiconductors.
Nanosilver in textiles – friend or foe?
Nanosilver in textiles – friend or foe?
Silver has been used as biocide for medical purposes since the 1930s. Today nanometric size silver particles are used to prevent unpleasant odour caused by bacteria in sport shirts or socks .
Gold nanoparticles enhance cancer diagnostics
Gold nanoparticles enhance cancer diagnostics
Gold nanoparticles ( AuNPs ) present the many advantages of displaying relative biocompatibility, high light absorption and strong optical scattering properties. They are therefore good candidates to be used as probes for cancer imaging .
Moving away from silicon technology
Moving away from silicon technology
Silicon, the conventional semiconductor used to build up electronics, is processed at very high temperature – over one thousand Celsius degrees - and it is difficult to recycle.
Nanotechnological innovations can improve water purification
Nanotechnological innovations can improve water purification
Membranes for water purification are used in many applications and different types of membranes are being developed at the moment. No membrane can filter and purify water entirely, but improvements using novel kinds of membranes are made.
Nanoparticles in our cities: any risks for our health?
Nanoparticles in our cities: any risks for our health?
Dr. Anne Beeldens and colleagues at the Belgian Road Research Centre have tested air purification efficiency by TiO2 NP-containing pavement blocks on parking lanes in Antwerp.