MS Integration

The Integration tab shows Integration Table for detectors' signals, and is the same as in standard Clarity. This table is for integration of standard signals coming from detectors, serving as Result Table Signal.

The MS Integration tab shows Integration Table for compound's quantification signals, the most important signals for evaluating the result in the MS Extension. The Integration Table is unique for each quantification signal. When more compounds use the same quantification signal, such signal is shared among them. For example, having compound A and compound B quantified on the same m/z value means, that changing Integration Table for one of them results in the same changes for the second one.

MS Integration tab

Therefore, some Integration Table items are common for all signals, but some are specific for each particular quantification signal, and some are even missing on the quantification signal. The items common to all signals, those specific for each quantification signal and items missing are listed in following table:

Integration Table items

table items common to all signals	table items specific for each quantification signal	table items not available on quantification signal
Global Peak Width	Local Peak Width	Detect Negative
Global Threshold	Local Threshold	Baseline Clamp Negative
Global Bunching	Baseline Allow Crossing	Baseline Cut Negative
Integration Interval	Baseline Spike Removal	Baseline Reject Negative
Minimal Area	Baseline Lock	Peak Flow Marker
Minimal Height	Baseline Valley	Peak Force Peak Name
Minimal Half Width	Baseline Together	Group Add Group
Valley To Valley Slope	Baseline Forward Horizontal	Group Remove Group
Tangent Area Ratio	Baseline Backward Horizontal
Tangent Slope Ratio	Baseline Front Tangent
Detector Delay	Baseline Tail Tangent
Filter - FFT	Peak Start
Filter - Savitzky-Golay	Peak End
Filter - Spike	Peak Both
Filter - Moving Average	Peak Add Positive
Noise Evaluation	Peak Add Negative
ASTM Noise Evaluation	Peak Solvent
6-Sigma Noise Evaluation
Drift Evaluation

This information is important in understanding which parameters can be changed just for one quantification signal and which will influence all quantification signals.