See the following -
In the 1970's, most healthcare organizations began the process of using mainframe computers to automate their business processes, e.g. payroll, accounting, logistics. In the 1980's, healthcare organizations began the process of automating selected clinical departmental business processes using mini-computers or servers, e.g. patient registration, pharmacy, laboratory, radiology. Read More »
The following are some of notes and observations from one of OHNews bloggers, Marc Wine, on one of the sessions he attended about the VA VistA system, OSEHRA, and some Open Source 'Best Practices' within the Federal government and in the private sector. Read More »
The U.S. Department of Homeland Security (DHS) plans to purchase a commercial electronic health record (EHR) system to support medical care and public health services for detainees of Immigration and Customs Enforcement (ICE). The system will be deployed at 22 locations across the country. Read More »
Starting in the early 2000s, a number of companies began to release a portion of their product's source code to the open source community, while keeping key parts closed. This allowed them to make claims that their company and products were open source. These products were termed commercial open source or hybrid open source software, to distinguish them from true free and open source software (FOSS). In hybrid open source business models, some of the software products are released using a business friendly open source license, but some of the special source code add-ons are only available for a fee. There currently appear to be two major forms of the hybrid open source business model...
This is the first of series of blogs on the “Innovate Now” imperative and the power of “Digital Engagement” and “Open” as the collaborative strategies, tactics, and technologies that are making positive changes in health and healthcare around the globe in the 21st century. This article sets the framework for the series by highlighting the key tools and technologies necessary to innovate smarter and better in health and health care today and tomorrow. Read More »
The Institute for eHealth Policy briefing, held on Capitol Hill June 20th, presented the challenges and barriers to overcome as rural and underserved communities work to adopt interoperable EHRs. Read More »
I've been keeping an eye on DNA computing, or biocomputers, for quite some time now. These are the computer systems of the future - a form of computing which use DNA, biochemistry and molecular biology, instead of the traditional silicon-based computer technologies.
On March 22,2011, an article in the nextgov (http://www.nextgov.com) news site reported that five members of the Wisconsin congressional delegation asked the Department of Defense (DoD) and the Department of Veterans Affairs (VA) to consider using a single commercial system for their new electronic health records, a move that could benefit one of their state's largest employers, software company Epic Systems Corp. The VA quickly responded and said it plans to stick with the open source approach it has pursued so successfully in partnership with other public and private sector organizations over the past few decades. Read More »
I ran across this recent report entitled "Economic Impact of Open Source on Small Business: A Case Study" and thought you might also find it of interest. It was written by Mike Hendrickson, Roger Magoulas, Tim O'Reilly and released in July 2012. You can download this free report at Read More »
The following are some of the key 'lessons learned' from various case studies about the acquisition and implementation of VistA and other 'open source' Electronic Health Record (EHR) systems in hospitals and clinics across the U.S. Read More »