Accurate calibration verification is a vital component of routine lab maintenance. EE 12 features a highly robust (also known as the clinical linearity module) based on the CLSI EP6 document .
With version 12, the roadmap is clear: integration of machine learning for arrhythmia prediction and automated diagnostic suggestion. Future point updates are expected to include:
While older versions of the module were restricted to two replicate pair tests per specimen, . This expanded capacity dramatically increases the precision of the test evaluation, helps identify and exclude statistical outliers quickly, and reduces the risk of random bias errors compromising the data set. 2. Advanced Linearity and Calibration Verification ep evaluator 12
: Calculates the Limit of Quantitation (LoQ) to define the lowest concentration at which an analyte can be reliably measured. Benefits for Laboratory Management
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Released in November 2017, version 12.0 was a significant leap forward. Its most notable addition was the new . This module brought advanced statistical analysis capabilities in accordance with the Clinical & Laboratory Standards Institute (CLSI) protocol EP09-A3 (2013) for "Measurement Procedure Comparison and Bias Estimation Using Patient Samples". This enhancement allowed for more sophisticated method comparison experiments using multiple replicates and advanced regression algorithms, giving users greater flexibility to use mean or median in their calculations.
A Support and Maintenance subscription is automatically included, covering software updates and technical support during business hours. Future point updates are expected to include: While
Consider a 55-year-old with narrow complex tachycardia, 180 bpm. During the EP study, the real-time recording showed a VA interval of 70 ms—suggestive of typical AVNRT. However, the physician was uncertain due to odd retrograde atrial activation. Later, using EP Evaluator 12, the team reviewed the case with variable speed and filtering. They discovered a subtle eccentric atrial activation (CS 9,10 earlier than CS 1,2) that was missed live. This changed the diagnosis to septal accessory pathway mediated AVRT. The patient underwent successful ablation in a second procedure. Without EP Evaluator 12’s offline analysis, the diagnosis would have remained incorrect.
, streamlining the data flow from laboratory instruments directly into the software. Statistical Range