Gigabyte ga m57sli s4
Are you an individual?.GA-M57SLI-S4 (rev. ) Specification | Motherboard – GIGABYTE Global
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GA-M59SLI-S4 (rev. 1.0)
GA-M57SLI-S4 (rev. ) Descripcion | Tarjetas Madre – GIGABYTE Mexico
GA-M57SLI-S4 (rev. 1.0)
GA-M59SLI-S4 (rev. ) Overview | Motherboard – GIGABYTE Global
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A nanoliter of blood is sufficient for medical analysis
In the foreseeable future, for a complex and reasonably long medical bloodstream test, a little prick of a little finger will soon be enough as opposed to the have to draw a somewhat huge number of blood from a vein utilizing a needle. Researchers led by Dr. Karan Kaler associated with University of Calgary in Canada are suffering from an alternative way to handle fluids on a microchip, which could substantially increase the efficiency and reliability of laboratory analysis.
Dr.Karan Kahler notes that his team is rolling out a managed and efficient means for producing architectural particles that allows one to manage the size and discharge of droplets with a precision that considerably exceeds different practices. Testing happens during the microscopic amount.
The method involves generating a construction called a microemulsion, that is a droplet of liquid trapped inside a level of another compound. Two substances do not blend like liquid and oil. The method eliminates most of the tips typically used in laboratory analysis.
According to the researchers, the latest method allows the development of a digital mini-laboratory that can carry out numerous complex tests with a fluid no more than a nanoliter (a million times less than was once needed) and give the effect in some moments. Scientists note that this invention will impact all areas where laboratory evaluation is used: from food protection examination, forensic medicine and medical – from standard tests to identifying the variation for the influenza virus during pandemics.
Dr. Karan Kaler and PhD student Ravi Prakash which created a new way of managing fluids on a processor chip
Potentially, the options are even wider: in the long run, the technique will generate portable products for patients that perform laboratory evaluation of blood or urine directly at home, that may allow patients to rapidly receive important information. The exact times of this mass introduction associated with innovation, nonetheless, are not named.
Researchers think technology features significant advantages and is rather viable. Reduced blood samples for testing make testing easier, less painful and more high priced, that may speed-up the recognition of several conditions.
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