Difference between revisions of "Category:UT-SHIS SP09"

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This page contains links to all the content worked on by students at the '''[http://www.shis.uth.tmc.edu/ University of Texas, School of Health Information Sciences at Houston]''', during the Spring 2009 Semester.
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DXplain [Barnett et al., 1987; Barnett et al., 1998] is a decision support system developed at the Laboratory of Computer Science at the Massachusetts General Hospital.  It was initially described by its developers as "poor man's Internist-1".
  
The EcMR was founded in 1984 by ifa System AG. in Cologne, Germany.  In 1986/87 a new ifa entity was founded for the development and distribution of software specialized in ophthalmology.  In 1996 the new version of the international ifa software has been released combining EMR applications with software for equality management and practice resource planning in ophthalmology.
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DX plain takes advantage of a large data base of the crude probabilities of over 4500 clinical manifestations associated with over 2000 different diseases.
  
 
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Reference: Musen, M.A. (2000). Scalable software architectures for decision suport.  Methods of Information in Medicine, 38: 229-238.
Every day more than 7,000 ophthalmic surgeons, ophthalmologists, technicians, nurse and eye care management and administrators in 12 coutries use ifa software components. 
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Reference:
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1. ifa System AG. Why Choose an EMR if you can have an EcMR. in: Ophthalmo Software News http://www.dmsifa.com/files_dms/interfacelist.pdf
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2. ifa system AG. About ifa History. Newletter December 2008 Ediction http://www.ifasystems.com/show-article.php?iArticleID=10458
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Latest revision as of 02:27, 23 January 2009

DXplain [Barnett et al., 1987; Barnett et al., 1998] is a decision support system developed at the Laboratory of Computer Science at the Massachusetts General Hospital. It was initially described by its developers as "poor man's Internist-1".

DX plain takes advantage of a large data base of the crude probabilities of over 4500 clinical manifestations associated with over 2000 different diseases.

Reference: Musen, M.A. (2000). Scalable software architectures for decision suport. Methods of Information in Medicine, 38: 229-238.