RelativeStandardCurveMethod.Relative_Standard_Curve = Relative Standard Curve
RelativeQuantificationMethod.RELATIVE_QUANTIFICATION=Relative Quantification
RelativeQuantificationMethod.CALIBRATOR_SAMPLE=Reference Sample
RelativeStandardCurveMethod.Relative_Standard_Curve_description = With the relative standard curve method, you use standards, a reference sample, and an endogenous control to determine the relative quantity of target sequence in samples.

QuantificationExperiment.NEW_PROBE_NAME = Target {0}
QuantificationExperiment.TYPE=Quantitation
QuantificationExperiment.PROBE=Target
QuantificationExperiment.CDNA=cDNA (complementary DNA)
QuantificationExperiment.DESIRED_VOLUME=\u00B5L
QuantificationExperiment.STANDARD=Quantitation - Standard Curve
QuantificationExperiment.COMPARATIVE=Quantitation - Comparative C\u0442
QuantificationExperiment.RELATIVE=Quantitation - Relative Standard Curve

QuantificationExperimentValidator.SINGLE_PROBE_EMPTY_NAME_ERROR = A target name is required.
QuantificationExperimentValidator.SINGLE_PROBE_DUPLICATED_NAME_ERROR = The target {0} already exists in this reaction plate. Enter a different target name.
QuantificationExperimentValidator.MULITPLE_PROBE_EMPTY_NAME_ERROR = One or more target names are missing. Enter a target name for each target.
QuantificationExperimentValidator.MULTIPLE_PROBE_DUPLICATED_NAME_ERROR = One or more target names are duplicated. Enter a unique target name for each target.
QuantificationExperimentValidator.DDCT_WELL_COUNT_ERROR = The number of reactions needed exceeds the number of wells in the plate.\nReduce the number of targets, samples, sample/target reactions, and/or replicates.
QuantificationExperimentValidator.SC_WELL_COUNT_ERROR = The number of reactions needed exceeds the number of wells in the plate.\nReduce the number of targets, standards, samples, sample/target reactions, and/or replicates.
QuantificationExperimentValidator.NTC_ERROR = Applied Biosystems recommends 3 negative controls for each target assay. Enter a number from {0} to {1}.
QuantificationExperimentValidator.SAMPLE_PROBE_REPLICATES_ERROR = Applied Biosystems recommends 3 replicates of each sample/target reaction. Enter a number from {0} to {1}.
QuantificationExperimentValidator.PROBE_COUNT_ERROR = For number of targets, enter a number from {0} to {1}.
QuantificationExperimentValidator.EMPTY_SAMPLE_PROBES_ERROR = No sample/target reactions are selected. 
QuantificationExperimentValidator.CALIBRATOR_NOT_FOUND_ERROR = You selected {0} as the reference sample, but the reference sample is not set up with all targets. \nGo to the Samples screen and change the sample/target reactions to test all targets in the reference sample.  
QuantificationExperimentValidator.ENDOGENOUS_CONTROL_PROBE_NOT_FOUND_ERROR = You selected {0} as the endogenous control, but the endogenous control is not set up with all samples. \nGo to the Samples screen and change the sample/target reactions to test the endogenous control in all samples.

GeneQuantificationPlateConfigRenderer.TOOL_TIP_SAMPLE = <tr><td><b>Sample:</b></td><td>
GeneQuantificationPlateConfigRenderer.TOOL_TIP_COLSPAN = <tr><td colspan=\"2\"><hr></td></tr>
GeneQuantificationPlateConfigRenderer.TOOL_TIP_QUANTITY = <tr><td><b>Quantity:&nbsp;</b></td><td>
GeneQuantificationPlateConfigRenderer.TOOL_TIP_DYE = <tr><td><b>Dye:</b></td><td>
GeneQuantificationPlateConfigRenderer.TOOL_TIP_TASK = <tr><td><b>Task:</b></td><td>
GeneQuantificationPlateConfigRenderer.TOOL_TIP = </td></tr>
GeneQuantificationPlateConfigRenderer.TOOL_TIP_PROBE = <tr><td><b>Target:</b></td><td>
GeneQuantificationPlateConfigRenderer.E = E
GeneQuantificationPlateConfigRenderer.NTC = Negative Control
GeneQuantificationPlateConfigRenderer.N = N
GeneQuantificationPlateConfigRenderer.STANDARD = Standard
GeneQuantificationPlateConfigRenderer.S = S
GeneQuantificationPlateConfigRenderer.UNKNOWN = Unknown
GeneQuantificationPlateConfigRenderer.U = U
UATReagentKitFactory.96_WELL=96-Well Reaction Plate
UATReagentKitFactory.PARTID1=123456
UATReagentKitFactory.PLATE_COVERS=Adhesive Film
UATReagentKitFactory.PARTID2=7891011
UATReagentKitFactory.INVALID_ARGUMENT=Experiment Type or Reagents Not Valid
UATReagentKitFactory.MASTER_MIX1=Master Mix Kits
UATReagentKitFactory.MASTER_MIX2=Master Mix Kit 1
UATReagentKitFactory.PARTID3=12131415
UATReagentKitFactory.MASTER_MIX3=Master Mix Kit 2
UATReagentKitFactory.PARTID4=16171819
UATReagentKitFactory.CORE_REAGENTS1=Core Reagent Kits
UATReagentKitFactory.CORE_REAGENTS2=Core Reagent Kit 1
UATReagentKitFactory.PARTID5=20212223
UATReagentKitFactory.PARTID6=12345678
UATReagentKitFactory.PARTID_6=910111213
StandardCurveMethod.STANDARD_CURVE=Standard Curve
StandardCurveMethodValidator.ERROR=Applied Biosystems recommends 5 points for each standard curve. Enter a number from 2 to 
StandardCurveMethod.STANDARD_CURVES=Standard Curves
StandardCurveMethodValidator.WARNING=You did not set up standards on the plate.
StandardCurveMethod.CONCENTRATION_UNITS=Stock Concentration Units
StandardCurveMethodValidator.INVALID_PROPERTY=Invalid property: 
StandardCurveMethodValidator.ERROR_REPLICATES=Applied Biosystems recommends 3 replicates of standard reactions. Enter a number from 1 to 
StandardCurveMethod.GENE_UNITS=Copies of Gene Units
StandardCurveMethod.RUN_UNITS=Copies to Run Units
StandardCurveMethod.COUNT=Standard Curve Count
StandardCurveMethod.DILUTION=Standard Curve Dilution Point Count
StandardCurveMethod.REPLICATES=Standard Curve Replicates
StandardCurveMethod.MAX=Copies to Run Is Max
StandardCurveMethod.MEANINGFUL=TODO: Make me meaningful
StandardCurveMethodValidator.DOT=.
RelativeQuantificationMethod.PROBE=Endogenous Control
RelativeQuantificationMethod.GENE=Endogenous Control
RelativeQuantificationMethod.ORGANISM=Endogenous Control Organism