Start implementing Moving Average or Patient-Based Real-Time QC!
Fill in the Contact form or email Demo@huvaros.com for a free demonstration and find out how MA Generator can help you to get your laboratory specific moving average or PBRTQC settings!
Features MA Generator
Manageable number of alarms
The major requirement of the moving average (MA) optimization method. Control limits that fulfill these requirements are automatically generated.
Allow real-time continuous QC
Moving average (MA) QC allows real-time continuous QC; fast detection of critical errors in between scheduled QC.
True insight in error detection performance
Simulation of moving average error detection is performed on laboratory data and presented in MA Validation charts to validate your MA QC
About MA Generator
MA Generator: MA Validation chart
After selection of the optimal MA procedure, a more overall estimate of the error detection properties (validation of error-detection performance) can be obtained by MA Validation…Read moreMA Generator: Manageable number of false MA alarms
MA Generator supports the MA optimization procedures that was described by Huub van Rossum and Hans Kemperman(1, 2). The major MA requirement of this method was a manageable number…Read moreMA Generator: Simulating MA error detection
After obtaining MA control limits, the MA error detection is investigated by simulating detection of systematic error by MA. This is performed by introducing various systematic…Read moreMA Generator: Background
A major challenge associated with the implementation of Moving Average QC is getting your laboratory specific optimized settings. Most laboratories have software available that…Read more
Video’s
01 Moving Average in daily practice - results from a prospective trial
02 MA optimization using bias detection curves
03 Moving average for continuous QC
04 Interview with Hans Kemperman (in Dutch)
