The “Gene Chips”, aka DNA microarray asssays and RNA counterparts are the tools for the process.  What is surprising is that the technique is based on a 100 year old experiment.  The next step along the line is to find someone to manufacture and create products that can be used in the market place.  It may not be too long of a wait until products are in use, not only in the US, but other countries as well.  BD  

image One of the most amazing things about our electrostatic detection method is that it requires nothing more than the naked eye to read out results that currently require chemical labeling and confocal laser scanners," said Jay Groves, a chemist with joint appointments at Berkeley Lab's Physical Biosciences Division and the Chemistry Department of the University of California (UC) at Berkeley, who led this research. "We believe this technique could revolutionize the use of DNA microarrays for both research and diagnostics.

Your susceptibility to a given disease and how your body will respond to drugs or other interventions is unique to your genetic makeup. Under a personalized medicine plan, treatment effectiveness is maximized and risks are minimized by tailoring disease treatments specifically to you. This requires the precise diagnostic tests and targeted therapies that can stem from assays using a DNA microarray a thumbnail-sized substrate containing thousands of microscopic spots of oligonucleotides (stretches of DNA about 20 base pairs in length) laid out in a grid.

News: New electrostatic-based DNA microarray technique could revolutionize medical diagnostics. Genetic Engineering & Biotechnology News - Biotechnology from Bench to Business


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