A web application to support the coordination of reflexive, interpretative toxicology testing

Area of Science:

• Clinical Pathology
• Health Informatics
• Toxicology

Background:

• Traditional lab systems struggle with complex reflexive testing workflows for chronic pain medication patients.
• Pathologist interpretation and input are crucial but often unsupported by existing information systems.

Purpose of the Study:

• To develop a web application to enhance efficiency in reflexive laboratory testing.
• To improve the delivery of actionable toxicology results for patients on chronic pain medication.

Main Methods:

• Workflow analysis of laboratory processes and pathologist review.
• Stakeholder requirement gathering and specification definition.
• Development of a web-based application with a user interface based on established workflows.
• Integration of auto-filing software.

Main Results:

• The web application improved laboratory and pathologist efficiency.
• Automated file management and result entry saved the equivalent of one full-time employee.
• Significant return on investment was achieved through the application and auto-filing software.

Conclusions:

• Purpose-built applications significantly improve clinical pathology laboratory efficiency.
• Custom applications can reduce staff burnout and transcription errors.
• Staff can refocus on critical quality issues with improved workflow support.