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The Clinical Informatics Wiki -- Clinfowiki

The Clinical Informatics Wiki is an implementation of a wiki devoted to topics in clinical informatics. To begin a new article, or edit an existing article, you must first create an account and login to the ClinfoWiki.

Please see documentation on customizing the interface and the User's Guide for usage and configuration help.

You can test your edits as much as you want in the Sandbox.

We are currently working on 1,583 articles, and we need your help to complete this study of Clinical Informatics. See Special:Statistics for more complete information on the site.

Free and Open Source Software (FOSS) licensing in medicine

see FOSSM

Electronic Medical Record (EMR) Systems

see EMR

Computer-based Provider Order Entry -- CPOE

see CPOE

Clinical Decision Support -- CDS

see CDS

Personal Health Records -- PHRs

see PHR

Personal Health Applications -- PHAs

see PHA

Informatics Students' Contributions

seeContributions

Ancillary Clinical Information Systems

Blueprint for a Comprehensive HIT System

Biobanking -- a.k.a. Biorepositories or Tissue Banks

see BioBanking

Organizational issues

The Role of the CMIO

Regional Health Information Organizations -- RHIOs

see RHIO

Evidence-Based Medicine -- EBM

see EBM

Evaluation Methods in Informatics

An overview of qualitative and quantitative design methodologies used in informatics. See Evaluation

Unintended Consequences of Health Information Technology

see Unintended Consequences of HIT

Quality & Quality Informatics

see Quality & Quality Informatics

Public Health Informatics

U.S. Federal Health Information Technology Initiatives

discount meds for pets

The E-Patient-Provider Relationship

Interface Terminology

New CIS-related Technologies

[[:Category:| Teich J. The supporting player. Second generation CDS goes beyond the basics to become intuitive. Health Manag Technol. 2008 Feb;29(2):56, 58.]]

The article describes the potential added value of emerging second generation Clinical Decision Support Systems (CDSS). While first generation CDSS mainly offer reactive hazard alerts and guideline-based reminders, second generation systems offer the user the recommended "action items" to follow the alert/reminder he has just encountered i.e. providing information regarding recommended next step action, and actually helping on executing it, in an interactive, workflow friendly way.

The author emphasizes some of the innovations IT professionals are likely to experience through second generation CDSS, essentially the variety of information support models to match variety of user profiles and needs:

1. Variety of time-to-knowledge tools: From infobuttons, which are links to succinct, ready for use within seconds, answers which are linked right from the patient's data screens in the EHR and intended to the point-of-care, through links to quick guides, up to full-text links that targets physician's education in a much broader way, making it unsuitable for execution during a medical encounter.


2. Multilevel reference: Newer CDSS serves critical information first and then surround it with more general, supporting information, enabling utilization of different levels of information at a variety of different workflows.


3. Workflow support: Upper level information can lead directly to relevant actionable tools such as order sets.


4. Delivering patient information reference: The diagnosis, test and procedure codes used in the EHR can trigger a targeted search of the CDSS reference library, offering to print or mail patient information handouts directed specifically to the encounter scenario. Furthermore, patient adapted CDS tools embedded in patient disease management tools, would enable patients to be more involved in their health related decisions.


5. Multimodal reference: Combining different information presentation mediums i.e. text, animation, illustrations, images and video which can be especially useful in medical procedures support, imaging and visual dependant diagnosis descisions.


6. Two-factor clinical questions: Providing information which is based on a combination of clinical parameters presented by the patient, such as CHF and diabetes, pulmonary embolus and renal failure etc.


The author concludes that an educated decision with regards to the purchase of healthcare IT systems requires mapping of the organizational own clinical environment and determining, in detail, the organization quality targets. This will lead to prioritization of CDS needs. Only then, a CDSS market research should be performed, aiming at fitting the nature, quality and performance of the available CDSS candidates with the organizational needs.


Yossef Bahagon M.D.

International views

Blogposium, April 2006

The Blogposium, held from April 18-20, was an innovation in collaborative blogging and wiki building.

The effort marshalled the expertise and energy of several dozen health bloggers and volunteers to expand and refine this Clinical Informatics Wiki. Bloggers posted their first drafts of entries as posts or links to this wiki and invited readers to provide comments and edit suggestions.

While many bloggers and readers contributed to this Web 2.0 innovation in collaborative work, key participants included the follow blogs. Please visit them and thank them for their contributions:


Departments of Biomedical or Medical Informatics

See List of Informatics Departments

Endowed Professorships and Chairs in Health / Medical / Nursing / Biomedical Informatics

see Endowed Professorships

External Links

External Medical Reference Links

  • eMedicine Physician contributed medical articles and CME
  • KMLE Medical Dictionary Medical dictionary and medical related links
  • NLM (US National Library of Medicine, contains resources for patients and health care professionals)
  • WebMD General comprehensive online health information
  • newshunyi provide professional Shunyi property information
  • Medicine 2.0 Comprehensive online Personal health record information.
  • SearchMedica.com Searches medical literature for health care professionals