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	<title>Penn State Grapevine</title>
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		<title><![CDATA[Penn State Grapevine]]></title>
		<link><![CDATA[http://my.hsj.org/Portals/2/Schools/Newspaper/tabid/100/view/frontpage/newspaperid/95/Default.aspx]]></link>
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			<title><![CDATA[Blind chemist builds device to assist others]]></title>
			<link><![CDATA[http://my.hsj.org/schools/newspaper/tabid/100/view/frontpage/schoolid/119/articleid/286253/blind_chemist_builds_device_to_assist_others.aspx]]></link>
			<description><![CDATA[ <div class='ArticleAuthor'>By Victoria Perini</div><br>    
     
 
     
         
                
                  
               
             While enrolled in graduate school, Cary Supalo began to notice a lack
            of accessible technology for the blind and visually impaired.  At the
            encouragement of his supervisor Tom Mallouk at Penn State, he began to
            research and develop ways for the disabled to be more active in their
            science classes with funding from the National Science Foundation.   
             
                “We’re just making simple devices so they [visually impaired students] can fully participate,” said Supalo. 
             
                His project is called Independent Laboratory Access for the Blind
            and has made great progress under Supalo’s effort and the guidance of
            Mallouk.  The help of Penn State, the Indiana School for the Blind and
            Visually Impaired, the University of Wisconsin, Truman State
            University, Purdue University and Hopewell Valley Central High School
            have also made many contributions to the progress of ILAB.  Twelve high
            schools have also provided the needed subjects in order to test the
            effectiveness of the devices.  
             
                One device he has created is SALS, which stands for submersible
            audible light sensor.   This device, when submerged into a substance,
            provides the light levels of said substance and can therefore follow
            chemical changes as they occur.  SALS then vocalizes the results to
            users.  
             
                So far, his research and devices have proven to be great successes
            but are still works in progress, having been in development for nearly
            six years.  Despite the length of the project, Supalo continues to work
            at creating quality equipment to provide students of low vision the
            opportunity to actively participate in their classrooms.   
             
                At the moment, ILAB’s devices are not yet being distributed to the public.  Plans for mass distribution are unknown.  
             
         
     
 
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			<pubDate>Thu, 02 Jul 2009 01:47:56 GMT</pubDate>
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