Future of Engineering
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Wednesday, September 10, 2008
Detect Virus in 60 Seconds to Find a Cure
Virus detection can't get simpler than this. A powerful technique invented by University of Georgia scientists detects the disease caused by a virus within 60 seconds.
We have found a cure for a lot of diseases. Yet panic strikes when a viral outbreak occurs. People panic because time plays a major role in curing a disease. Traditional testing takes time. One has to wait for atleast a day or two before the report arrives. Within that time the damage would have been done.
The new rapid detection system takes care of it in a superfast manner. It uses surface enhanced Raman spectroscopy to measure the frequency of near-infrared laser light as it scatters off viral DNA and RNA. After a swab of a person's nasal passage, the technique can detect individual virus particles quickly and identify many types.
Each virus has a unique molecular fingerprint. The fingerprint is determined based on the nucleic acid sequence. The laser light highlights this unique fingerprint which clearly identifies the virus and the disease. Once the disease is identified, treatment can begin.
Nothing can escape the eye of the laser beam. Even a single virus can be detected. This technique is sure to be helpful in a terror-struck world. When love diminishes in the earth all kinds of terrorism would spread. Bioterrorism would be one of the methods employed by hate filled people to wreck the peace of others.
When that happens, this laser technique would save the day in an Incredibly Supermanish kind of way.
Source - Aip.org
We have found a cure for a lot of diseases. Yet panic strikes when a viral outbreak occurs. People panic because time plays a major role in curing a disease. Traditional testing takes time. One has to wait for atleast a day or two before the report arrives. Within that time the damage would have been done.
The new rapid detection system takes care of it in a superfast manner. It uses surface enhanced Raman spectroscopy to measure the frequency of near-infrared laser light as it scatters off viral DNA and RNA. After a swab of a person's nasal passage, the technique can detect individual virus particles quickly and identify many types.
Each virus has a unique molecular fingerprint. The fingerprint is determined based on the nucleic acid sequence. The laser light highlights this unique fingerprint which clearly identifies the virus and the disease. Once the disease is identified, treatment can begin.
Nothing can escape the eye of the laser beam. Even a single virus can be detected. This technique is sure to be helpful in a terror-struck world. When love diminishes in the earth all kinds of terrorism would spread. Bioterrorism would be one of the methods employed by hate filled people to wreck the peace of others.
When that happens, this laser technique would save the day in an Incredibly Supermanish kind of way.
Source - Aip.org
Labels: Bio-engineering
