The lighting system developed to eliminate the bacteria

( Reading] Not for the first time, the medical team with specific wavelengths of light to control the bacteria. In 2000, by the British imperial college of science and technology group and independent of London's hammersmith hospital medical research investigation and study, a blend of the blue and red light wavelength can be effective in the treatment of acne bacteria phototherapy.

in the intensive care unit at Glasgow royal infirmary trial of lighting system has confirmed that can kill the bacteria, including MRSA, e. coli and C - diff( Can spread bacteria) 'Superbugs'. The HINS - Optical system developed by the university of strathclyde, claimed that lights the narrow spectrum of visible light wavelength can purify air and exposed surface. The system first in 2010 in the hospital isolation between installation, hospital research shows that it compared to the cleaning and disinfection, indeed can significantly reduce the bacterial pathogens in the hospital environment.

are testing the lamp doctor Michael McLean said: 'clinical trials show that this technology can help prevent the spread of pathogens environment, so as to improve patient safety. Although HINS - Relative to the light, such as methicillin-resistant staphylococcus aureus, MRSA and C. Resembles the diff clostridium and other pathogens is fatal, but for patients and staff completely harmless, also reduced the hospital disinfection and isolation ward room work continuously. 'The HINS light shine in 405 nm wavelength is shorter, but better than the ultraviolet light is a bit long, but it is not like ultraviolet ray, is still visible to the human eye, therefore, the system has a purple hue, but the team is a combination of LED technology, can produce normal hospital lighting warm white lighting effect. Not for the first time, the medical team with specific wavelengths of light to control the bacteria. In 2000, by the British imperial college of science and technology group and independent of London's hammersmith hospital medical research investigation and study, a blend of the blue and red light wavelength can be effective in the treatment of acne bacteria phototherapy. Glasgow hospital tests by a professor at the university of strathclyde Scott McGregor and his colleagues and experts and scholars, clinicians, from Britain's national health service ( NHS) Infection control experts and the university of Glasgow, Scotland scholars research cooperation, HINS - Light was named in 2011 research projects, The Times higher education.