Object[Analysis, CompensationMatrix]
A numerical matrix used to correct for the spillover of fluorophore intensity between detectors in a flow cytometry experiment.
Organizational Information
Name
Name of this Object.
Format: Single
Class: String
Programmatic Pattern: _String
Pattern Description: A string.
ID
ID of this Object.
Format: Single
Class: String
Programmatic Pattern: _String
Pattern Description: The ID of this object.
Object
Object of this Object.
Format: Single
Class: Expression
Programmatic Pattern: Object[Analysis, CompensationMatrix, _String]
Pattern Description: The object reference of this object.
Type
Type of this Object.
Format: Single
Class: Expression
Programmatic Pattern: Object[Analysis, CompensationMatrix]
Pattern Description: Object[Analysis, CompensationMatrix]
Notebook
Notebook this object belongs to.
Format: Single
Class: Link
Programmatic Pattern: _Link
Pattern Description: An object of that matches ObjectP[Object[LaboratoryNotebook]].
Relation: Object[LaboratoryNotebook][Objects]
Author
The person who ran the analysis.
Format: Single
Class: Link
Programmatic Pattern: _Link
Relation: Object[User]
General
UnresolvedOptions
The initial options entered into the analysis function that generated this object, along with the default values for any unspecified options.
Format: Single
Class: Compressed
Programmatic Pattern: {_Rule...}
ResolvedOptions
The final options used by the analysis function, after automatic options have been determined from the input and unresolved options.
Format: Single
Class: Compressed
Programmatic Pattern: {_Rule...}
Reference
The objects containing the source data used in this analysis.
Format: Multiple
Class: Link
Programmatic Pattern: _Link
Relation: Object[Qualification, PipettingLinearity][FittingAnalysis] | Object[Data, AbsorbanceSpectroscopy][AbsorbanceSpectrumPeaksSource] | Object[Data, AbsorbanceSpectroscopy][QuantificationAnalyses] | Object[Data, AbsorbanceSpectroscopy][SmoothingAnalyses] | Object[Data, AbsorbanceIntensity][QuantificationAnalyses] | Object[Data, AgaroseGelElectrophoresis][SampleElectropherogramPeaksAnalyses] | Object[Data, AgaroseGelElectrophoresis][MarkerElectropherogramPeaksAnalyses] | Object[Data, AgaroseGelElectrophoresis][PostSelectionPeaksAnalyses] | Object[Data, AgaroseGelElectrophoresis][SmoothingAnalyses] | Object[Data, Appearance, Colonies][ColonyAnalysis] | Object[Data, MeltingCurve][MeltingAnalyses] | Object[Data, MeltingCurve][FluorescenceSpectraAnalyses] | Object[Data, MeltingCurve][AggregationAnalyses] | Object[Data, MeltingCurve][ThermalShiftAnalyses] | Object[Data, BioLayerInterferometry][QuantitationAnalysis] | Object[Data, BioLayerInterferometry][KineticsAnalysis] | Object[Data, BioLayerInterferometry][BinningAnalysis] | Object[Data, BioLayerInterferometry][DetectionLimitAnalysis] | Object[Data, CapillaryGelElectrophoresisSDS][LadderAnalyses] | Object[Data, CapillaryGelElectrophoresisSDS][SmoothingAnalyses] | Object[Data, CapillaryGelElectrophoresisSDS][PeaksAnalyses] | Object[Data, CapillaryGelElectrophoresisSDS][RelativeMigrationPeaksAnalyses] | Object[Data, CapillaryGelElectrophoresisSDS][FitAnalyses] | Object[Data, CapillaryIsoelectricFocusing][SmoothingAnalyses] | Object[Data, CapillaryIsoelectricFocusing][PeaksAnalyses] | Object[Data, CapillaryIsoelectricFocusing][FitAnalyses] | Object[Data, Chromatography][StandardAnalyses] | Object[Data, Chromatography][FractionPickingAnalysis] | Object[Data, Chromatography][ConductancePeaksAnalyses] | Object[Data, Chromatography][AbsorbancePeaksAnalyses] | Object[Data, Chromatography][SecondaryAbsorbancePeaksAnalyses] | Object[Data, Chromatography][Absorbance3DPeaksAnalyses] | Object[Data, Chromatography][FluorescencePeaksAnalyses] | Object[Data, Chromatography][SecondaryFluorescencePeaksAnalyses] | Object[Data, Chromatography][TertiaryFluorescencePeaksAnalyses] | Object[Data, Chromatography][QuaternaryFluorescencePeaksAnalyses] | Object[Data, Chromatography][ScatteringPeaksAnalyses] | Object[Data, Chromatography][FIDResponsePeaksAnalyses] | Object[Data, Chromatography][ChargePeaksAnalyses] | Object[Data, Chromatography][SmoothingAnalyses] | Object[Data, Chromatography][pHPeaksAnalyses] | Object[Data, Chromatography][RefractiveIndexPeaksAnalysis] | Object[Data, Chromatography][CircularDichroismPeaksAnalysis] | Object[Data, Chromatography][MultiAngleLightScatteringAnalyses] | Object[Data, Chromatography][DynamicLightScatteringAnalyses] | Object[Data, ChromatographyMassSpectra][IonAbundance3DPeaksAnalyses] | Object[Data, ChromatographyMassSpectra][IonAbundancePeaksAnalyses] | Object[Data, ChromatographyMassSpectra][MassSpectrumPeaksAnalyses] | Object[Data, ChromatographyMassSpectra][AbsorbancePeaksAnalyses] | Object[Data, ChromatographyMassSpectra][Absorbance3DPeaksAnalyses] | Object[Data, ChromatographyMassSpectra][DownsamplingAnalyses] | Object[Data, ChromatographyMassSpectra][SmoothingAnalyses] | Object[Data, CircularDichroism][SmoothingAnalyses] | Object[Data, CircularDichroism][StructureQuantificationAnalyses] | Object[Data, DifferentialScanningCalorimetry][HeatingCurvePeaksAnalyses] | Object[Data, DifferentialScanningCalorimetry][SmoothingAnalyses] | Object[Data, DNASequencing][SequenceAnalyses] | Object[Data, DynamicFoamAnalysis][BubbleRadiusAnalyses] | Object[Data, FlowCytometry][FlowCytometryAnalyses] | Object[Data, FluorescenceKinetics][RateFittingAnalyses] | Object[Data, FluorescencePolarizationKinetics][RateFittingAnalyses] | Object[Data, LuminescenceKinetics][RateFittingAnalyses] | Object[Data, FluorescenceSpectroscopy][EmissionSpectrumPeaksAnalyses] | Object[Data, FluorescenceSpectroscopy][ExcitationSpectrumPeaksAnalyses] | Object[Data, FluorescenceSpectroscopy][SmoothingAnalyses] | Object[Data, LuminescenceSpectroscopy][PeaksAnalyses] | Object[Data, LuminescenceSpectroscopy][SmoothingAnalyses] | Object[Data, MeltingCurve][InitialIntensityPeaksAnalyses] | Object[Data, MeltingCurve][FinalIntensityPeaksAnalyses] | Object[Data, MeltingCurve][InitialMassPeaksAnalyses] | Object[Data, MeltingCurve][FinalMassPeaksAnalyses] | Object[Data, MeltingCurve][DynamicLightScatteringAnalyses] | Object[Data, FluorescenceThermodynamics][MeltingAnalyses] | Object[Data, MassSpectrometry][MassSpectrumPeaksAnalyses] | Object[Data, MassSpectrometry][SmoothingAnalyses] | Object[Data, Microscope][AdjustmentAnalyses] | Object[Data, Microscope][CellCountAnalyses] | Object[Data, Microscope][MicroscopeOverlay] | Object[Data, ImageCells][CellCountAnalyses] | Object[Data, ImageCells][MicroscopeOverlay] | Object[Data, Nephelometry][QuantificationAnalyses] | Object[Data, NephelometryKinetics][GrowthCurveAnalyses] | Object[Data, NephelometryKinetics][SolubilityAnalyses] | Object[Data, NMR][NMRSpectrumPeaksAnalyses] | Object[Data, NMR][SmoothingAnalyses] | Object[Data, NMR2D][NMRSpectrumPeaksAnalyses] | Object[Data, PAGE][LanePeaksAnalyses] | Object[Data, PAGE][LadderAnalyses] | Object[Data, PAGE][SmoothingAnalyses] | Object[Data, qPCR][QuantificationCycleAnalyses] | Object[Data, TotalProteinDetection][FitSourceSpectra] | Object[Data, TotalProteinDetection][MassSpectrumPeaksAnalyses] | Object[Data, TotalProteinDetection][LadderAnalyses] | Object[Data, TLC][LanePeaksAnalyses] | Object[Data, TLC][SmoothingAnalyses] | Object[Data, Volume][QuantificationAnalyses] | Object[Data, Western][FitSourceSpectra] | Object[Data, Western][MassSpectrumPeaksAnalyses] | Object[Data, Western][LadderAnalyses] | Object[Data, Western][SmoothingAnalyses] | Object[Analysis, MeltingPoint][TopBaseline] | Object[Analysis, MeltingPoint][BottomBaseline] | Object[Analysis, MeltingPoint][Thermodynamics] | Object[Analysis, QuantificationCycle][CopyNumberAnalyses] | Object[Analysis, QuantificationCycle][StandardCurveAnalyses] | Object[Analysis, Composition][StandardCurveFitAnalyses] | Object[Analysis, Ladder][StandardFit] | Object[Analysis, Thermodynamics][Fit] | Object[Analysis, Fit][ParallelLineAnalyses] | Object[Data, XRayDiffraction][StructureAnalyses] | Object[Data, XRayDiffraction][DiffractionPeaksAnalyses] | Object[Data, XRayDiffraction][SmoothingAnalyses] | Object[Data, IRSpectroscopy][AbsorbanceSpectrumPeaksSource] | Object[Data, IRSpectroscopy][SmoothingAnalyses] | Object[Protocol, FlowCytometry][CompensationMatrixAnalyses] | Object[Protocol, TotalProteinQuantification][QuantificationAnalyses] | Object[Data, CircularDichroism][CircularDichroismPeaksAnalysis] | Object[Data, DynamicLightScattering][MassDistributionAnalyses] | Object[Data, DynamicLightScattering][IntensityDistributionAnalyses] | Object[Data, DynamicLightScattering][DynamicLightScatteringAnalyses] | Object[DesignOfExperiment][DesignOfExperimentAnalyses] | Object[Protocol, ThermalShift][DynamicLightScatteringLoadingAnalyses] | Object[Protocol, DynamicLightScattering][DynamicLightScatteringLoadingAnalyses] | Object[Data, DifferentialScanningCalorimetry][Analyses]
ReferenceField
The field in the Reference object containing the source data.
Format: Single
Class: Expression
Programmatic Pattern: FieldP[Output -> Short]
Detectors
The detectors used to detect light scattered off of samples in the input protocol.
Format: Multiple
Class: Expression
Programmatic Pattern: FlowCytometryDetectorP
DetectionLabels
For each member of Detectors, the tag, including fluorescent or non-fluorescent chemical compounds or proteins, attached to the sample that will be analyzed by the Detectors.
Format: Multiple
Class: Link
Programmatic Pattern: _Link
Relation: Model[Molecule]
DetectionThresholds
For each member of Detectors, the threshold in that detection channel used to separate the positive control population from the negative control.
Format: Multiple
Class: Real
Unit: 1 second ArbitraryUnits
Programmatic Pattern: GreaterP[0. ArbitraryUnit Second]
Analysis & Reports
AdjustmentSampleData
For each member of Detectors, the adjustment sample data used to compute this compensation matrix.
Format: Multiple
Class: Link
Programmatic Pattern: _Link
Relation: Object[Data]
UnstainedSampleData
The flow cytometry data used as a universal negative for this compensation matrix analysis.
Format: Multiple
Class: Link
Programmatic Pattern: _Link
Relation: Object[Data]
CompensationMatrix
The numerical matrix used to correct for the spillover of fluorophore intensity into other detectors.
Format: Single
Class: Expression
Programmatic Pattern: SquareNumericMatrixP
Last modified on Mon 26 Sep 2022 15:43:43