Stroke   |    STEMI   |    Sepsis
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Geographic Information Systems in Healthcare: A Crucial Intersection

By Hannah Ostrem

Geographic Information System (GIS) software has long been employed by public health agencies to assess the health of populations in various locations. But now, healthcare providers areScreen_Shot_2016-07-19_at_4.14.42_PM.png starting to turn to GIS too, in efforts to better identify health risk based on location; as a recent article on the subject points out, there is a strong relationship between people's health and the particular communities they live in. 

The Camden Coalition of Healthcare Providers (CCHP) in New Jersey is using GIS to connect patients’ education, housing, and criminal justice records to their healthcare usage in order to ultimately design and implement community resources for those at risk for certain conditions, with the aim of reducing emergency room visits and hospital stays. 

But despite the success of such efforts as those of CCHP, conditions like STEMI and stroke aren't as easily predicted nor mediated with out-patient resources. For these emergent conditions, we need to build regional systems of care - a goal which requires linking geolocation and patient complaint, disposition, and outcome together to gain a full picture of where our processes are successful, and where they need improvements. GIS offers a promising first step in helping to gather such crucial information. 

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ARTICLE CATEGORIES: Stroke, STEMI, Sepsis
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Hannah Ostrem

Hannah Ostrem

Hannah holds a Master's degree in Neuroscience and a Bachelor's degree in Psychology, which she uses to analyze and interpret the peculiar behaviors of the rest of the Pulsara marketing team.

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