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    5b6d8ed765142102490f6a70670088b7.jpg

    5b6d8ed765142102490f6a70670088b7.jpg

    In this photo from Jan. 15, 2014, Brian Otis, Google X project lead, speaks about a contact lens Google is testing to explore tear glucose in Mountain View, Calif. The contact lens is designed to monitor glucose levels in tears, a potential reprieve for millions of diabetics who have to draw their own blood as many as 10 times a day. (AP Photo/Jeff Chiu)


    29adfe7365162102490f6a7067007fc9.jpg

    29adfe7365162102490f6a7067007fc9.jpg

    In this photo from Jan. 15, 2014, Brian Otis, Google X project lead, holds a contact lens Google is testing to explore tear glucose in Mountain View, Calif. The prototype, which Google says will take at least five years to reach consumers, is one of several medical devices being designed by companies to make glucose monitoring for diabetic patients more convenient and less invasive to their bodies than traditional finger pricks to draw blood. (AP Photo/Jeff Chiu)


    8db4dd3465192102490f6a706700c90f.jpg

    8db4dd3465192102490f6a706700c90f.jpg

    In this photo from Jan. 15, 2014, Brian Otis, Google X project lead, holds a contact lens Google is testing to explore tear glucose in Mountain View, Calif. After years of scalding soldering hair-thin wires to miniaturize electronics, Otis has burned his fingertips so often that he can no longer feel the tiny chips he made from scratch in Google’s Silicon Valley headquarters, a small price to pay for what he says is the smallest wireless glucose sensor that has ever been made. (AP Photo/Jeff Chiu)


    ca315567651c2102490f6a706700f3f9.jpg

    ca315567651c2102490f6a706700f3f9.jpg

    In this photo from Wednesday, Jan. 15, 2014, Brian Otis, Google X project lead, holds a contact lens Google is testing to explore tear glucose in Mountain View, Calif. The prototype, which Google says will take at least five years to reach consumers, is one of several medical devices being designed by companies to make glucose monitoring for diabetic patients more convenient and less invasive to their bodies than traditional finger pricks to draw blood. (AP Photo/Jeff Chiu)


    798b27cb651e2102490f6a70670084dc.jpg

    798b27cb651e2102490f6a70670084dc.jpg

    This undated photo released by Google shows a contact lens Google is testing to explore tear glucose. After years of scalding soldering hair-thin wires to miniaturize electronics, Brian Otis, Google X project lead, has burned his fingertips so often that he can no longer feel the tiny chips he made from scratch in Google’s Silicon Valley headquarters, a small price to pay for what he says is the smallest wireless glucose sensor that has ever been made. (AP Photo/Google)


    b21f6846651e2102490f6a706700d574.jpg

    b21f6846651e2102490f6a706700d574.jpg

    This undated photo released by Google shows a contact lens Google is testing to explore tear glucose. After years of scalding soldering hair-thin wires to miniaturize electronics, Brian Otis, Google X project lead, has burned his fingertips so often that he can no longer feel the tiny chips he made from scratch in Google’s Silicon Valley headquarters, a small price to pay for what he says is the smallest wireless glucose sensor that has ever been made. (AP Photo/Google)


    contact_mugshot_four_by_three.jpg

    contact_mugshot_four_by_three.jpg

    Image: Google, official blog


    Contact.jpg

    Contact.jpg

    Image: Google, official blog



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