An ultrasensitive biosensor that could allow for early detection of cancer and for personalized medicine tailored to the specific biochemistry of individual patients has been developed by Purdue University researchers.
The Flexure-FET biosensor combines a mechanical sensor, which identifies a biomolecule based on its mass or size, with an electrical sensor that identifies molecules…

















































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Recent Comments
May 16 2012
Can we hurry this product development along please. My Telomeres are getting shorter by the day!
May 16 2012
I would also like to add to this that Nvidia has other incentives than pure performance for users to buy ...
May 16 2012
Absolutely, it makes perfect business sense. Sadly it takes the high compute capability out of the hands of DIY'ers and hobbyists ...
May 16 2012
The accuracy of this test is horribly awful but it is a start.
May 16 2012
This would be huge. Imagine detecting cancer near stage zero when it easy to eliminate.
May 16 2012
What you are saying Locke makes a lot of business sense. Nvidia does not want its compute business to bleed ...
May 16 2012
Design it to go up and down stairs, get on escalators, manage ADA ramps, inclines and, hmmm, can it hop-scotch?
May 16 2012
Too bad Kepler (at least in its GK104 consumer boards) has very disappointing performance in CUDA/OpenCL raytacing compared to last ...
May 16 2012
If things fololow there usual timing, expect an amazing new generation of nootropics from big pharma in 7 to 12 ...
May 16 2012
What is the practical application of this device? Is it for individuals who can no longer walk due to ...
May 16 2012
Thanks, fixed
May 16 2012
Perhaps this technique could be tried to help victims of progeria?
May 16 2012
This is a naive article. There is a very delicate balance between God's sphere of influence and that of ...
May 16 2012
The reference is wrong... It point to a plant-genome paper...
May 16 2012
yes