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Clinical Informatics Case-Based Education

We would like your input. The Informatics Committee is exploring the idea of offering an ongoing, online, credit-bearing, case-based education product. Our goal is to help pathologists learn about important informatics topics within the context of realistic scenarios that reflect situations they can encounter in their day-to-day practice.

About the Cases

There are three cases and an accompanying quick survey to collect feedback on the value this content and learning method provides.

  • Each case may take between 15 to 30 minutes to complete.
  • The cases are presented in parts and include questions to support your learning in between each part of the scenario. We also provide a case summary, key points, multiple choice questions with answers, and a list of references.
  • The pilot cases are free and do not offer CME credit.
  • The survey is short and should only take about 5 minutes of your time. We appreciate you sharing your thoughts on any part of your experience while working through these cases.
  • The survey will be open between November 18, 2019 to January 3, 2020.

Summary of Each Case

Case #1: The Simple Definitions, Dos, and Don’ts of Installing Middleware

There are simple definitions, dos, and don’ts that all laboratory directors should know (some may surprise you!). For example, what is middleware? How can middleware help my laboratory?  How do we avoid pitfalls to installing and maintaining middleware? These and other questions will be answered in a case-based format derived from real clinical laboratory situations.

Complete the case

Case #2: Don’t Forget Your Rules When Harmonizing Laboratory Testing Across Multiple Sites

Many healthcare systems are seeking to harmonize laboratory testing across multiple sites, improving patient care and reducing cost. How can I ensure patient samples are treated uniformly across locations while reducing unnecessary or inappropriate testing? How can LIS/middleware rules help to streamline testing? Review this case and get the answers to these plus other important questions.

Complete the case

Case #3: How to Validate AI Algorithms in Anatomic Pathology

Your laboratory has decided to implement an artificial intelligence / machine learning algorithm to assist with the diagnosis of cervical cytology specimens. You are asked to take the lead on this project and assure that it is implemented appropriately and in accordance with any pertinent regulatory guidelines. This case helps you through that process.

Complete the case