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Course ID: 191102
3.0 ACCENT credits /3.0 CME credits
Sunday, July 26, 2026
Morning course | 9 a.m. – 12 p.m. US Pacific Time
Anaheim Marriott (next to Anaheim Convention Center)
Analytical evaluation of clinical laboratory assays is a regulatory requirement and a useful process to ensure the quality of patient results. Method evaluation requirements are open to interpretation and vary based on the classification and type of assay. This course will cover the basic requirements of method validation and verification required in the clinical laboratory. The course will also review the importance of setting performance standards for method evaluations, explain how to define quality goals, how to collect and analyze data, and how to determine the acceptability of the assay. Cases, primarily from clinical chemistry/urinalysis, will be used to illustrate the application of these principles and will also be used to foster discussion about challenges during the method evaluation process. Audience polling and group discussions will be used throughout the course, encouraging attendees to participate in discussions, ask questions, and share their experience with method evaluations.
Lab supervisors; Lab directors (and/or assistant directors); Lab managers (supervisory and/or non-supervisory); Medical technologists; Point-of-Care coordinators; Pathologists; In-training individuals
Basic
After participating in this course, participants will be able to:
The course will begin with an overview of the agenda, objectives, and table materials. Participants will be oriented to the interactive nature of the course.
Dr. Kenyon will begin with a presentation focused on defining quality goals and explaining why establishing performance standards early is a critical component of method evaluation. Available resources for setting quality goals will be reviewed, along with the advantages and limitations of each approach as they apply to clinical laboratory practice. Audience response polling questions will be used throughout to assess understanding, and small-group discussions will be incorporated to promote active participation and peer learning.
Dr. Koch will present the fundamentals of method evaluation for both FDA approved and non–FDA approved tests, drawing on real examples from the presenter’s institution. This section will guide participants through the full lifecycle of a method evaluation study, including protocol development, data collection, and summarizing results. Participants will actively engage in analyzing data and determining acceptability, with discussion of practical solutions to common challenges encountered during method evaluations. Audience polling will be integrated throughout the presentation to reinforce key concepts and encourage participation.
Dr. Galior will lead an interactive, case-based discussion centered on real-world method verification data from non‑academic laboratory settings. Common challenges will be explored, including method comparisons that fail acceptance criteria, reference interval verification during instrument changes, verification of alternate specimen types, variability between assay manufacturers, and determining appropriate verification requirements for semi‑quantitative and qualitative assays. Audience response questions will be used throughout to stimulate discussion and assess understanding. Two small-group interactive discussions will be incorporated, during which participants will outline method verification experiments and acceptance criteria. These activities are designed to reinforce and apply concepts introduced in the earlier presentations.
The course will conclude with a facilitated question-and-answer session and panel discussion. This final segment will provide an opportunity to address outstanding questions, clarify complex topics, and encourage open dialogue between faculty and participants.