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Twinkling nanostars cast new light into biomedical imaging 7/24/2009

New silver nanoparticle skin gel for healing burns 7/23/2009

More than meets the eye: New blue light nanocrystals 7/22/2009

Chasing tiny vehicles 7/21/2009

Facile synthesis of nanoparticles with multiple functions advanced in Singapore 7/15/2009

Nanopillars promise cheap, efficient, flexible solar cells 7/14/2009

Material world: Graphene's versatility promises new applications 7/13/2009

Contaminated site remediation: Are nanomaterials the answer? 7/12/2009

Spontaneous assembly 7/11/2009

Researchers enlist DNA to bring carbon nanotubes' promise closer to reality 7/10/2009

Remote-control closed system invented for inserting radio-active atoms inside fullerenes 7/9/2009

Canadian researchers set to study impact of nanomaterials on aquatic ecosystems 7/8/2009

Nano measurement in the third dimension 7/7/2009

A new approach to engineering for extreme environments 7/4/2009

Team to study applicability of solar cell coatings 7/3/2009

New silver nanoparticle skin gel for healing burns (7/23/2009)

Tags:
silver, nanoparticles, medicine
A new skin gel made of silver nanoparticles may help improve the treatment of burns, researchers say. - The American Chemical Society
A new skin gel made of silver nanoparticles may help improve the treatment of burns, researchers say. - The American Chemical Society

Scientists in India are reporting successful laboratory tests of a new and potentially safer alternative to silver-based gels applied to the skin of burn patients to treat infections. With names like silver sulfadiazine and silver nitrate, these germ-fighters save lives and speed healing. The researchers describe gel composed of silver nanoparticles - each 1/50,000th the width of a human hair - that appears more effective than these traditional gels. Their study is scheduled for the Aug. 3 issue of ACS' Molecular Pharmaceutics, a bi-monthly journal.

Kishore Paknikar and colleagues note that antimicrobial silver compounds have been used for decades on burn patients, whose damaged skin is highly vulnerable to bacterial infections. However, topical silver agents now in use can loose effectiveness in the body, cause skin discoloration, and damage cells. Drug-resistant bacteria can make these treatments less effective.

The scientists demonstrated that their gel killed a broad range of harmful bacteria, including Pseudomonas aeruginosa, one of the most common causes of burn infections, as well as several drug-resistant microbes. The gel, which contains 30 times less silver than silver sulfadiazine, did not have any apparent toxic effects when applied to the healthy skin of test animals. "These results clearly indicate that silver nanoparticles could provide a safer alternative to conventional antimicrobial agents in the form of a topical antimicrobial formulation," the article states.

Note: This story has been adapted from a news release issued by the American Chemical Society

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