Object[Analysis, BindingQuantitation]

Concentrations of the target analyte as calculated from analyte association rates with respect to standard curve.

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, BindingQuantitation, _String]

Pattern Description: The object reference of this object.

Type

Type of this Object.

Format: Single

Class: Expression

Programmatic Pattern: Object[Analysis, BindingQuantitation]

Pattern Description: Object[Analysis, BindingQuantitation]

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

ReferenceField

The field in the Reference object containing the source data.

Format: Single

Class: Expression

Programmatic Pattern: FieldP[Output -> Short]

SamplesIn

The samples for which the total protein concentration is being quantified.

Format: Multiple

Class: Link

Programmatic Pattern: _Link

Relation: Object[Sample]

AssayData

The primary data upon which the analysis was performed.

Format: Multiple

Class: QuantityArray

Unit: ['1 second', '1 nanometer']

Programmatic Pattern: QuantityCoordinatesP[{Second, Nanometer}]

SamplesInFitting

For each member of SamplesIn, the fitting analysis of the sample data.

Format: Multiple

Class: Link

Programmatic Pattern: _Link

Relation: Object[Analysis, Fit]

StandardData

The data used to generate the standard curve.

Format: Multiple

Class: QuantityArray

Unit: ['1 second', '1 nanometer']

Programmatic Pattern: QuantityCoordinatesP[{Second, Nanometer}]

StandardDataFitAnalysis

For each member of StandardData, the fitting analysis of the sample data.

Format: Multiple

Class: Link

Programmatic Pattern: _Link

Relation: Object[Analysis, Fit]

StandardConcentrations

For each member of StandardData, the concentration of the standard solution used to generate that data.

Format: Multiple

Class: VariableUnit

Programmatic Pattern: Gram Gram Hold[GreaterP[0 Nano Molar] | GreaterP[0 Milli ----------] | GreaterP[0 -----]] Milliliter Liter

Analysis & Reports

SamplesInConcentrations

For each member of SamplesIn, the concentrations calculated from the standard curve.

Format: Multiple

Class: VariableUnit

Programmatic Pattern: Gram Hold[GreaterP[0 Nano Molar] | GreaterP[0 Milli ----------]] Milliliter

ConcentrationDistributions

For each member of SamplesIn, the statistical distribution of the analyte concentrations calculated by this analysis.

Format: Multiple

Class: Expression

Programmatic Pattern: DistributionP[]

Rate

For each member of SamplesIn, the fitted values the binding rate of each sample.

Format: Multiple

Class: Real

Unit: 1 reciprocal second

Programmatic Pattern: NumericP

RateError

For each member of SamplesIn, the error in the fitted analyte association rates calculated by this analysis.

Format: Multiple

Class: Real

Unit: 1 reciprocal second

Programmatic Pattern: NumericP

EquilibriumResponse

For each member of SamplesIn, the fitted values the equilibrium response of each sample.

Format: Multiple

Class: Real

Unit: 1 nanometer

Programmatic Pattern: RangeP[-1000 Nano Meter, 1000 Nano Meter]

EquilibriumResponseError

For each member of SamplesIn, the error in the equilibrium response calculated by this analysis.

Format: Multiple

Class: Real

Unit: 1 nanometer

Programmatic Pattern: GreaterP[0 Nanometer]

StandardCurveFitAnalysis

The fitting analysis of the standard curve.

Format: Single

Class: Link

Programmatic Pattern: _Link

Relation: Object[Analysis, Fit]

Last modified on Mon 26 Sep 2022 15:43:43