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CellScope is a UC Berkeley project designed to enable microscopic image captures from a cell phone's camera. At first it might sound like a pointlessly geeky project to do microscopy on a cell phone, but in fact it has important applications for mobile health services in remote areas. In some areas of sub-Saharan Africa and <a href="http://www.custompersonalityjerseys.com/nfljerseys-c-13.html"><strong>cheap NFL jerseys</strong></a> other developing areas of the world, access to health care of any kind is scarce, and it often falls upon poorly-equipped doctors or volunteers to take up the slack. Since health care equipment is generally expensive to begin with, outfitting even a low-power microscope with a wireless transmitter capable of communicating with doctors at a remote location could easily run into the thousands of dollars. Not only that, but the equipment itself would likely be bulky, temperamental, and easily damaged. That's <a href="http://www.custompersonalityjerseys.com/custompersonalityjerseysnflcustomjerseys-c-1187_1188.html"><strong>custom NFL jerseys</strong></a> where CellScope comes in. Via an attachment, CellScope can turn a standard cell phone camera into a 5x to 50x microscope, essentially creating a miniaturized blood lab that can capture images and transmit them far more cheaply than traditional equipment. The iPhone 4 pictured above (courtesy of Scott Silverman) isn't the first mobile phone to be hooked into the CellScope rig, but with its high-quality camera and extensive photo sharing abilities, it might end up being the best mobile device for the job. Plus, viewing microscopic images on a Retina Display sounds like a great alternative to peering into one of those microscope eyepieces. This obviously won't replace <a href="http://galerija.myexit.org/displayimage.php?pos=-2083"><strong>Over 100 medium 300 super reporter Yangs to see live Yao Ming of ...</strong></a> traditional setups in a fully-equipped laboratory, but for the kind of remote and rural applications that CellScope covers, it sounds like an ideal solution. Share