A few days ago, South Korea scientific research team in government funding, developed a special for the diagnosis of disease of new mobile phone technology, users just a drop of blood or saliva drops on the phone's screen, you can obtain the diagnosis, than in vitro diagnostic reagents and efficient. South Korea higher science and technology research center, a group of scientists have developed the innovation technology, they say, the latest technology could diagnose various kinds of diseases, including cancer and diabetes.
Diagnosis accuracy almost as high as 100%, the efficiency is also and the traditional medical equipment as the efficiency. Once let its walked out of the lab and commercialise, will completely change the face of the current medical diagnosis and save billions of dollars in health care costs. The scientists based on mobile phone screen can detect finger tip generated by the weak signal contact the ability (is called capacitance sensor) developed the latest technology. The research team leader said, touch screen mobile phone can identify diseases produce of biological molecules of the signal transmission. He said: "if the user has a specific type of DNA or protein, so, touch screen response to detect the electrical signals with finger's response." This is the world's first touch screen that can be used to detect scientific research team of biological molecules. However, it needs a lot of research work to make the technology really perfect. They point out that the latest technology at present already can detect the existence of certain biological molecules or its concentration of high and low, but still are not sure what is biological molecules. Therefore, they are making a can selectively to some biological molecules respond to film, so as to determine the type of biological molecules. The technology is not high to diagnose disease, can be in private nursing homes or mobile clinic and environment use, therefore, will greatly reduce the sample sent to the laboratory test and the necessity of the expenditure. The scientists point out that cell phone screen to blood or saliva diagnosis disease this idea might not everyone is like, but they believe that this could save a lot of time and money and save lives.
Article: From perlong medical (http://www.pl999.net)
Diagnosis accuracy almost as high as 100%, the efficiency is also and the traditional medical equipment as the efficiency. Once let its walked out of the lab and commercialise, will completely change the face of the current medical diagnosis and save billions of dollars in health care costs. The scientists based on mobile phone screen can detect finger tip generated by the weak signal contact the ability (is called capacitance sensor) developed the latest technology. The research team leader said, touch screen mobile phone can identify diseases produce of biological molecules of the signal transmission. He said: "if the user has a specific type of DNA or protein, so, touch screen response to detect the electrical signals with finger's response." This is the world's first touch screen that can be used to detect scientific research team of biological molecules. However, it needs a lot of research work to make the technology really perfect. They point out that the latest technology at present already can detect the existence of certain biological molecules or its concentration of high and low, but still are not sure what is biological molecules. Therefore, they are making a can selectively to some biological molecules respond to film, so as to determine the type of biological molecules. The technology is not high to diagnose disease, can be in private nursing homes or mobile clinic and environment use, therefore, will greatly reduce the sample sent to the laboratory test and the necessity of the expenditure. The scientists point out that cell phone screen to blood or saliva diagnosis disease this idea might not everyone is like, but they believe that this could save a lot of time and money and save lives.
Article: From perlong medical (http://www.pl999.net)
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