This site is for information on the various Chemo treatments and Stem Cell Therapies since 1992. This journey became bitter sweet in 2014, with the passing of my beautiful and dear wife. Sherry, had fought Non - Hodgkins Lymphoma(NHL) since 1990, in and out of remissions time and time again. From T-Cell therapies(1990's) to Dual Cord Blood Transplant(2014), she was in Clinical Trials over the years. This site is for informational purpose only and is not to promote the use of certain therapies.
Wednesday, August 19, 2015
Google wants to Cure Diseases
Google’s life science efforts have been headed up by Andrew Conrad,
previously the chief scientific officer at LabCorp and the co-founder of
the National Genetics Institute. He leads more than 150 scientists who
come from fields as wide-ranging as astrophysics, theoretical math, and
oncology. “Our central thesis was that there’s clearly something amiss
in Western medicine.”Sam Gambhir, a professor of radiology, bioengineering, and materials
science at Stanford University who has collaborated with Conrad since
before Google Life Sciences was a formal division within Google X, says
the division isn’t just playing around. Gambhir says projects on which
he’s partnered with Google’s life sciences team include the use of
nanotechnology to improve diagnostics as well as devices to continuously
monitor biomarkers. Google unveiled a smart contact lens diabetics can use to read blood sugar levels through the tears in their eyes. Pharmaceutical giant Novartis announced that it would license the smart lens tech from Google, and the two companies are exploring other uses for the tech. Just this month, Google announced
it was partnering with Dexcom, a glucose-monitoring company, to focus
on making a continuous glucose monitor that’s cheaper, more convenient
than current solutions, and disposable, the company said. Work on the molecular level include a cancer-detecting pill that
pairs with a wristband, all part of what Google called its
“nanoparticle platform.” Part of getting the wearable to work correctly
included understanding how light passed through skin, which led Conrad
and his team to make artificial human skin.
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