As the year begins, there are two developments worth noting that will have profound repercussions down the road:

The Stanford school of medicine have developed a technique to lengthen the ‘telomeres’ which are the end caps to our DNA and serve to protect and divide the cells. As we age, the number diminishes and weakens from an optimum range of 8,000 to 10,000 nucleotides that make up the average youth. This process extends the telomeres by a 1,000 nucleotides or the equivalent of numerous human years. This may prove disruptive in the treatment of numerous diseases and possibly in rejuvenating cells as a way to slow down the aging process. Only time will tell… Read more at: http://stanford.io/1Kqp0Vr

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Researchers photos Inc.

Graphene has been introduced to various industries but this particular application from the crew at the University of Manchester and of Sheffield will allow LED light to be emitted over a surface of only a few molecular layers thick, thus allowing for a new generation of FLEXIBLE and semi-transparent electronic screens. This is due to the heterostructure of the material, its superb conductivity and strength, incredibly at only 10-40 atoms thick!

flex film

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