Evaluator 12: Ep

: Helps labs establish or verify the "normal ranges" for different patient populations.

This foundational release launched a groundbreaking statistical module aligned with CLSI's EP09-A3 (2013) protocol. It adds advanced regression algorithms and greater flexibility to use mean or median in calculations for method comparison experiments. ep evaluator 12

is the leading diagnostic software designed by Data Innovations to automate statistical verification, compliance reporting, and method validation in clinical laboratories. Designed by a board-certified clinical chemist, the platform eliminates manual calculation errors and streamlines workflows to help labs satisfy CAP, CLIA, and Joint Commission quality assurance standard requirements. The software provides standardized, signature-ready reports across 30 statistical modules spanning linearity, precision, method comparison, reference intervals, and interference testing. Core Structural Features of Release 12 : Helps labs establish or verify the "normal

In modern laboratory research, EP Evaluator 12 is frequently used to verify the performance of new assays. For instance, it has been used to: is the leading diagnostic software designed by Data

EP Evaluator 12 is an indispensable tool for any modern laboratory aiming for high standards in method comparison and validation. Its robust statistical tools, combined with its ease of use and compliance-driven reporting, make it the standard choice for clinical laboratories aiming to ensure high-quality, accurate results for patient diagnostics.

In the fast-paced world of clinical laboratories, ensuring the accuracy, reliability, and regulatory compliance of diagnostic tests is paramount. Laboratory professionals need robust tools to handle complex data analysis, method comparison, and verification experiments. (often abbreviated as EPE 12), developed by Data Innovations, stands as the industry-standard software for these critical tasks.

Includes modules for Limit of Blank (LoB) , Limit of Detection (LoD) , and Limit of Quantitation (LoQ) calculations.