Researchers at Mayo Clinic have successfully isolated nanoparticles from human kidney stones in cell cultures and have isolated proteins, RNA and DNA that appear to be associated with nanoparticles.
Dec 19th, 2006
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The development may help lead to new techniques for faster and more versatile computer chips, among other applications.
Dec 19th, 2006
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Coaxial structure shapes optoelectronic properties.
Dec 19th, 2006
Read moreA tiny implant now being developed at MIT could one day help doctors rapidly monitor the growth of tumors and the progress of chemotherapy in cancer patients.
Dec 18th, 2006
Read moreThe Journal of Industrial Ecology invites you to submit articles for a special issue on Industrial Ecology and and Nanotechnology by March 1, 2007.
Dec 18th, 2006
Read moreAptamers can function as both a capping agent and a targeting agent.
Dec 18th, 2006
Read moreCalcium phosphate nanoparticles to function as stable gene carriers.
Dec 18th, 2006
Read moreResearchers have married the best characteristics of two types of nanoparticles to create a single nanoparticle probe that can yield clinically useful images of both tumors and the molecules involved in cancer.
Dec 18th, 2006
Read moreEmerging nanotechnologies will provide innumerable advantages in the quality control of foodstuffs and food safety.
Dec 18th, 2006
Read moreLaboratory experiments with carbon nanotubes use show significant potential for dispersal in aquatic environments.
Dec 18th, 2006
Read moreUsing a polymer coating designed to resemble the outer surface of a cell membrane, researchers have created a highly stable, biocompatible magnetic nanoparticle expected to improve the sensitivity of MRI.
Dec 18th, 2006
Read moreA new coating system improves the aerodynamics of vehicles and aircraft.
Dec 15th, 2006
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A clear view with transparent coatings.
Dec 15th, 2006
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The first clinical trials of a medical bandage that heals wounds faster concludes this month.
Dec 15th, 2006
Read moreSelf-organization leads to intertwined molecular rings.
Dec 15th, 2006
Read moreFindings indicate that manipulating the size of colloids, micron-sized or nanometer-sized particles, can produce huge changes in the material properties of liquid crystals.
Dec 14th, 2006
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