# com.apldbio.sds.platform.experimentworkflow.messages.properties - start

AnalysisExecutor.SOME_ERROR=Analysys can not complete, possibly due to data error.

AbstractMultiplexAssignmentPanel.pageTitle = Plate Setup

# the following line also exists in messages_en_US.properties for U.S. English
AnalysisPanel.reanalysisProgressText = Reanalysing...

AnalysisPanel.Settings.Tip = Edit analysis settings
AnalysisPanel.SendToPPT.Tip = Create slides for a presentation
AnalysisPanel.Report.Tip = Print analysis report

AnalysisPanel.AnalysisProgress.Title = Progress Information
AnalysisPanel.AnalysisProgress.Message = Analysis in progress...
AnalysisFlagOptionTableModel.NAME_COLUMN=Flag
AnalysisFlagOptionTableModel.OPERATOR_COLUMN=Condition

AnalysisWorkspacePanel.Results = Results
AnalysisWorkspacePanel.QC_Results = QC Summary
AnalysisWorkspacePanel.Dashboard = Multiple Plots View

DetectorTaskTableModel.DELETE_PROBE_QUESTION = The target is assigned to wells in the plate. Are you sure you want to remove this target from all wells in the plate?
DetectorTaskTableModel.DELETE_PROBE_ERROR = The target was not deleted. It cannot be removed from all wells in the plate.
DetectorTaskCellRendererEditor.STANDARD=Standard
DefineTargetsAndSamplesPanel.INSTRUCTIONS=Instructions: 
DetectorTaskTableModel.MIXED=*Mixed*
DetectorTaskTableModel.ERROR=Error

DetectorTaskLegend.MIXED = Mixed
DetectorTaskLegend.MIXED_TOOLTIP=Seleted wells contains mixed tasks.

DashboardPanel.mGrid1x1Button.Name = 1x1
DashboardPanel.mGrid1x1Button.ShortDescription = Show only one plot
DashboardPanel.mGrid1x2Button.Name = 1x2
DashboardPanel.mGrid1x2Button.ShortDescription = Show plots in two columns
DashboardPanel.mGrid2x2Button.Name = 2x2
DashboardPanel.mGrid2x2Button.ShortDescription = Show plots in a 22 matrix
DashboardPanel.mGrid2x1Button.Name = 2x1
DashboardPanel.mGrid2x1Button.ShortDescription = Show plots in two rows
DashboardPanel.NO_COMBO=The dial {0} does not have a combo box text client property.
DashboardPanel.NULL_DIAL=The dial may not be null.
               
DissociationCurvePlotPanel.TITLE = Melt Curve
DissociationCurvePlotPanel.TEMPERATURE_AXIS = Temperature (\u00B0\u0043)
# the following line also exists in messages_en_US.properties for U.S. English
DissociationCurvePlotPanel.RAW_AXIS = Normalised Reporter (Rn)
DissociationCurvePlotPanel.REPORTER_RAW_AXIS = Normalised Reporter (R)
DissociationCurvePlotPanel.DERIVATIVE_AXIS = Derivative Reporter (\u2212Rn\u2032)
DissociationCurvePlotPanel.REPORTER_DERIVATIVE_AXIS = Derivative Reporter (\u2212R\u2032)
DissociationCurvePlotPanel.LABEL_TM = Tm: 
# the following line also exists in messages_en_US.properties for U.S. English
DissociationCurvePlotPanel.CBO_ITEM_RAW = Normalised Reporter
DissociationCurvePlotPanel.CBO_ITEM_DERIVATIVE = Derivative Reporter
DissociationCurvePlotPanel.EMPTY_LABEL = Go to the Plate Setup screen and complete plate setup to view the Melt Curve plot.
DissociationCurvePlotPanel.PLOT_PANEL=Plot Panel
DissociationCurvePlotPanel.EMPTY_PANEL=Empty Panel
DissociationCurvePlotPanel.WARNING_ALL_WELLS=No derivative curve for all selected wells due to excessive noise in fluorescence data
DissociationCurvePlotPanel.WARNING_CERTAIN_WELLS=No derivative curve for certain selected wells due to excessive noise in fluorescence data
   
DissociationPlotActionListener.SAVE_AS = Save As
DissociationPlotActionListener.JPEG = JPEG Image Files
DissociationPlotActionListener.OVERWRITE_FILE_MSG = {0} already exists.\nDo you want to replace it?

ExperimentTitlePanel.Help = {0} Help
ExperimentWorkflow.EXPERIMENT_MENU = Experiment Menu

MulticomponentPlotPanel.Multicomponent = Multicomponent 
MulticomponentPlotPanel.Sample = Sample
MulticomponentPlotPanel.Multicomponent_Data_Plot = Multicomponent Plot
MulticomponentPlotPanel.Temperature_Plot = Temperature Plot
MulticomponentPlotPanel.Cycle = Cycle
MulticomponentPlotPanel.Fluorescence = Fluorescence
MulticomponentPlotPanel.Time = Time
MulticomponentPlotPanel.Temperature = Temperature

MultiplexAssignmentPanel.SELECT_INFO = Define the {2} and {3} for this experiment, then assign them to {0} in the {1}. For each {4} assignment, select the task. Set up standards for the {2}
MultiplexAssignmentPanel.LOAD_ERROR = Cannot load saved {0}:
MultiplexAssignmentPanel.ADD_FROM_LIB = Add {0} from Library
MultiplexAssignmentPanel.ADD_FROM_LIB_TOOLTIP = Add {0} from library
MultiplexAssignmentPanel.ADD_TOOLTIP = Add a new {0}
MultiplexAssignmentPanel.PASSIVE_REFERENCE_LABEL = Select the dye to use as the passive reference.
MultiplexAssignmentPanel.ASSIGN_PROBES_AND_SAMPLES = Assign {0} and {1} to the Selected Wells:
MultiplexAssignmentPanel.addAction.Name = Add Saved {0}
MultiplexAssignmentPanel.addAction.ShortDescription = Add Saved {0}
MultiplexAssignmentPanel.newAction.Name = Add New {0}
MultiplexAssignmentPanel.newAction.ShortDescription = Add New {0}
MultiplexAssignmentPanel.saveAction.Name = Save {0}
MultiplexAssignmentPanel.saveAction.ShortDescription = Save Selected {0}
MultiplexAssignmentPanel.deleteAction.Name = Delete {0}
MultiplexAssignmentPanel.deleteAction.ShortDescription = Delete Selected {0}

NotificationSettingsPanel.mEnableNotificationsYesNoPanelLabel.Name = Enable Notifications:
NotificationSettingsPanel.mEnableNotificationsYesNoPanelLabel.ShortDescription = Turn notifications on or off.
NotificationSettingsPanel.mEnableNotificationsYesNoPanelLabel.ShortDescription.yes = Turn on notifications.
NotificationSettingsPanel.mEnableNotificationsYesNoPanelLabel.ShortDescription.no = Turn off notifications.

PassiveRefSettingPanel.Select_Passive_Reference = Select the dye to use as the passive reference.
PassiveRefSettingPanel.Max_Probe_Message = No more than {0} targets can be assigned to one well. \n To use this dye as the passive reference, \n remove target assignments, then try again.
PassiveRefSettingPanel.DYE_NAME_NONE=None
PassiveRefSettingPanel.ERROR=Error
PassiveRefSettingPanel.OPTION_MSG =Dye {0} already used in the well

PlateInformationPanel.PAGE_TITLE = Experiment Properties
PlateInformationPanel.INSTRUCTIVE_TEXT = Enter an experiment name, select the instrument type, select the type of experiment to set up, then select materials and methods for the PCR reactions and instrument run.
PlateInformationPanel.ENTER_EXPERIMENT_NAME = Enter up to 100 letters and/or numbers to identify this experiment.
PlateInformationPanel.WHAT_TYPE_OF_CHEMISTRY = <html><b><font color="white">Which reagents do you want to use to detect the target sequence?</font></b></html>
PlateInformationPanel.WHICH_RAMP_SPEED_KEY = <html><b><font color="white">Which ramp speed do you want to use in the instrument run?</font></b></html>
PlateInformationPanel.IDENTIFICATION_INFORMATION = Identification Information
PlateInformationPanel.THEMAL_CYCLING_SPEED = Ramp Speed
PlateInformationPanel.THEMAL_CYCLING_SPEED_DESC = Select the ramp speed to use in the instrument run.
PlateInformationPanel.ENTER_A_BARCODE = Enter up to 100 characters to identify the barcode on the PCR reaction plate.
PlateInformationPanel.ENTER_AN_OPERATOR = Enter up to 100 characters to identify the owner of this experiment.
PlateInformationPanel.SELECT_PLATE_TYPE = Select the type of reaction plate to use for this experiment.
PlateInformationPanel.EXPERIMENT_TYPE_QUESTION = <html><b><font color=white>What type of experiment do you want to set up?</font></b></html>
PlateInformationPanel.OPERATOR = User Name:
PlateInformationPanel.EMPTY_EXPERIMENT_NAME_ERR_KEY = An experiment name is required. Enter an experiment name.
PlateInformationPanel.INVALID_EXPERIMENT_NAME_ERR = Use English letters and/or numbers for the experiment name.
PlateInformationPanel.EMPTY_EXPERIMENT_NAME_ERR = An experiment name is required. Enter an experiment name.
PlateInformationPanel.FAST_DESC = For optimal results with the Fast ramp speed, Applied Biosystems recommends using Fast reagents for your PCR reactions.
PlateInformationPanel.GT_PA_FAST_DESC = Applied Biosystems Fast reagents are not supported for genotyping or presence/absence experiments.
PlateInformationPanel.STANDARD_DESC = For optimal results with the standard ramp speed, Applied Biosystems recommends using standard reagents for your PCR reactions.
PlateInformationPanel.9600EMULATION_DESC= For optimal results with the 9600 emulation ramp speed, Applied Biosystems recommends using standard reagents for your PCR reactions. 
PlateInformationPanel.CONFIRM_EXPERIMENT_CHANGE_PLATE_AND_THERMAL = Are you sure you want to change the experiment type? Plate setup and run method information will be lost.
PlateInformationPanel.CONFIRM_INSTRUMENT_CHANGE_PLATE_AND_THERMAL = Are you sure you want to change the instrument type? All setup information will be lost.
PlateInformationPanel.CONFIRM_EXPERIMENT_CHANGE_PLATE = Are you sure you want to change the experiment type? Plate setup information will be lost.
PlateInformationPanel.CONFIRM_EXPERIMENT_CHANGE_THERMAL = Are you sure you want to change the experiment type? Run method information will be lost.
PlateInformationPanel.CONFIRM_EXPERIMENT_CHANGE_TITLE = Confirm Experiment Type Change
PlateInformationPanel.CONFIRM_INSTRUMENT_CHANGE_TITLE = Confirm Instrument Type Change
PlateInformationPanel.WARN_RESULTS_CLEAR_MESSAGE = Are you sure you want to change the quantitation method?\nAnalysis results will be cleared and you will need to modify plate setup and reanalyze.
PlateInformationPanel.CONFIRM_QT_EXP_CHANGE_TITLE = Confirm Quantitation Method Change
PlateInformationPanel.MC_EXP = MC
PlateInformationPanel.GENE_EXP = Gene Expression Class
PlateInformationPanel.GT_EXP = Genotyping
PlateInformationPanel.PA_EXP = Presence/Absence
PlateInformationPanel.WHICH_INSTRUMENT_KEY = <html><b><font color="white">Which instrument are you using to run the experiment?</font></b></html>
PlateInformationPanel.WELL_96_DESC = Set up, run, and analyze an experiment using a 4-color, 96-well system. 
PlateInformationPanel.WELL_48_DESC = Set up, run, and analyze an experiment using a 3-color, 48-well system.
PlateInformationPanel.BLOCK_TYPE_96 = StepOnePlus\u2122 Instrument (96 wells)
PlateInformationPanel.BLOCK_TYPE_48 = StepOne\u2122 Instrument (48 wells)

PlateInformationPanel.WARN_EXPERIMENT_ALREADY_RUN_MESSAGE = The experiment type cannot be changed after the run is started.
PlateInformationPanel.WARN_EXPERIMENT_COMPLETED_RUN_MESSAGE = The experiment type cannot be changed after the run is completed.
PlateInformationPanel.WARN_EXPERIMENT_ALREADY_RUN_TITLE = The experiment contains run data.
PlateInformationPanel.WARN_UNABLE_TO_CONVERT_EXPERIMENT_MESSAGE = Cannot change the experiment type.
PlateInformationPanel.WARN_UNABLE_TO_CONVERT_EXPERIMENT_TITLE = Error


PlotPanel.Raw_Data_Plot = Raw Data Plot
PlotPanel.Filter = Filter
PlotPanel.Amplitude = Amplitude

QuantificationPlateInformationPanel.includeMeltCurveCheckBox.Name = Include Melt Curve
QuantificationPlateInformationPanel.includeMeltCurveCheckBox.MnemonicKey = M
QuantificationPlateInformationPanel.includeMeltCurveCheckBox.ShortDescription = Select to add a melt curve stage to the run method and a melt curve to the analysis.

RawDataPlotPanel.TITLE=Raw Data Plot
RawDataPlotPanel.X_AXIS_LEGEND=Filter
RawDataPlotPanel.Y_AXIS_LEGEND=Amplitude

RtAnalysisWorkspacePanel.Amplification_Plot = Amplification Plot
RtAnalysisWorkspacePanel.Multicomponent_Plot = Multicomponent Plot
RtAnalysisWorkspacePanel.Raw_Data_Plot = Raw Data Plot

RunMonitorPanel.RUN_AT =Run {0} at:
RunMonitorPanel.NO_MSG=No message available for the flag: 
RunMonitorPanel.ViewInstrument.Tip=View instrument for this experiment
RunMonitorPanel.Notify.Tip=Edit notification settings
RunMonitorPanel.Instrument_Status = Instrument Status:
RunStatusPanel.DUMMY_LABEL_FOURTH=Fourth Dummy
RunMonitorPanel.Connected = Connected
RunMonitorPanel.PRE_READ=In pre-PCR read
RunMonitorPanel.POST_READ=In post-PCR read
RunMonitorPanel.Disconnected = Disconnected
RunMonitorPanel.POST_CYCLING=In post-cycling stage
RunMonitorPanel.DISSOCIATION=In melt curve stage
RunStatusPanel.TIME_REMAINING=\ \ --:--
RunMonitorPanel.done = 00:00:00
RunMonitorPanel.ERROR=Error
RunMonitorPanel.ERROR_MESSAGE_1=Fatal error occurred. 
RunMonitorPanel.ERROR_MESSAGE_1_ERROR_CODE=Error code: 
RunMonitorPanel.ERROR_MESSAGE_2=Current run is aborted.
RunMonitorPanel.ERROR_MESSAGE_3=You may be able to rerun the experiment by closing and reopening the run.
RunMonitorPanel.Enable_notifications_about_this_plate = Enable notifications about the instrument run
RunMonitorPanel.Amplification_Plot = Amplification Plot
RunMonitorPanel.min = min
RunMonitorPanel.Notification_Settings = Notification Settings
RunMonitorPanel.Run = Run
RunMonitorPanel.Run_Status = Run Status:
RunMonitorPanel.PRE_CYCLING=In pre-cycling stage
RunMonitorPanel.INFINITE_HOLD=In infinite hold stage
RunMonitorPanel.InstrumentError=Instrument Error:

RunMonitorPanel.HOLD=In hold stage
RunMonitorPanel.RAISING_COVER_TEMPERATURE=Raising Cover Temperature
RunMonitorPanel.sec = sec
RunMonitorPanel.Temperature_Plot = Temperature Plot
RunStatusPanel.DUMMY_LABEL_THIRD=Third Dummy
RunStatusPanel.NOT_STARTED_LABEL=Not Started
RunStatusPanel.STARTED_LABEL=Started
RunStatusPanel.ABORTED_LABEL=Aborted
RunStatusPanel.STOPPED_LABEL=Stopped
RunStatusPanel.COMPLETED_LABEL=Completed
RunStatusPanel.INITIALIZED_LABEL=Initialized
RunMonitorPanel.Thermal_Cycling_Protocol = Run Method
RunMonitorPanel.Estimated_Time_Remaining = Estimated Time Remaining:
RunMonitorPanel.View_Instrument = View Instrument
RunMonitorPanel.RUN_STARTED_AT=Run Started at: 
RunMonitorPanel.RUN_STATUS_GROUPING_HEADER = Run Status
RunMonitorPanel.Enable_Notifications = Enable Notifications

SampleTableModel.DELETE_SAMPLE_QUESTION = The sample is assigned to other wells in the plate. Are you sure you want to remove this sample from all wells in the plate?
SampleDefinitionPanel.ADD_SAVED_SAMPLE=Add Saved Sample
SampleTableModel.DELETE_SAMPLE_ERROR = The sample was not deleted. It cannot be removed from all wells in the plate. \n
SampleDefinitionPanel.SAVE_SAMPLE=Save Sample
SampleDefinitionPanel.DELETE_SAMPLE=Delete Sample
SampleDefinitionPanel.ADD_NEW_SAMPLE=Add New Sample

SetupPanel.PLATE_INFORMATION = Experiment Properties
SetupPanel.SETUP_WORKSPACE = Plate Setup
SetupPanel.THERMAL_PROTOCOL = Run Method
SetupPanel.PIPETTING_PROTOCOL = Reaction Setup
SetupPanel.MATERIALS_LIST = Materials List
SetupPanel.thermalProtocolInstructions = Review the reaction volume and the thermal profile for the default run method. If needed, edit the default run method or select a run method from the library.

SetupPlateTableConstants.NO_COMPONENT = No {0}
SetupWorkspacePanel.ASSIGNMENT_VIEW=Assignment View
SetupPlateTableConstants.EMPTY_REPLICATES_TITLE = Empty {0}

ShoppingListPanelSetup.DESC = Review the list of materials recommended to prepare the PCR reaction plate. To create a shopping basket on the Applied Biosystems Store, add items to the shopping list, enter a name for the shopping basket, click "Order Materials in List," then log in.

StartRunButton.START.Name = START RUN
StartRunButton.START.ShortDescription = Start the instrument run
StartRunButton.STOP.Name = STOP RUN
StartRunButton.STOP.ShortDescription = Stop the instrument run
StartRunButton.STOP_AFTER_CURRENT=Stop After Current 
StartRunButton.OVERWRITE_FILE = Replace file?
StartRunButton.STARTING_RUN = Starting run
StartRunButton.STOP_QUESTION = Are you sure you want to stop the run?
StartRunButton.STOP_IMMEDIATELY=Stop Immediately
StartRunButton.STOP_RUN = Stop Run
StartRunButton.CANCEL=Cancel
StartRunButton.CYCLE=Cycle
StartRunButton.STAGE=Stage
StartRunButton.STOPPING_RUN = Stopping run
StartRunButton.WAIT_START_MSG = Starting the instrument run...
StartRunButton.WAIT_STOP_MSG = Stopping the instrument run...
ExperimentUsecaseController.NO_RUNNABLE_INSTRUMENT=Failed to connect to the instrument to start the run.\nPlease check to ensure all cables are properly connected and the instrument is powered on,\nthen restart the application and the instrument
ExperimentUsecaseController.NO_RUNNABLE_INSTRUMENT_TITLE=No instrument found

TCRunPanel.Add_Hold_Stage = Add Holding Stage
TCRunPanel.BLOCK = Block: 
TCRunPanel.Cover = Cover: 
TCRunPanel.THERMAL_CYCLING_PROTOCOL = Run Method
TCRunPanel.Current_Temperatures = Current Temperatures
TCRunPanel.Cycle_Information = Cycle Information
TCRunPanel.Rep = Repetition: 
TCRunPanel.Sample = Sample: 
TCRunPanel.Stage = Stage: 
TCRunPanel.State = State: 
TCRunPanel.Step = Step: 
TCRunPanel.Time = Time: 

TemperaturePlotPanel.View_Chart = View Chart
TemperaturePlotPanel.View = View
TemperaturePlotPanel.Fixed_View = Fixed View
# refers to the fluid temperature in the well(s)
TemperaturePlotPanel.Fluid = Sample
# refers to the fluid temperature in a specific zone
TemperaturePlotPanel.FluidZone=Zone {0} Sample
# refers to the cover temperature
TemperaturePlotPanel.Cover = Cover
# refers to the block temperature
TemperaturePlotPanel.Block = Block
TemperaturePlotPanel.Time = Time
TemperaturePlotPanel.Temperature = Temperature
TemperaturePlotPanel.Temperature_Plot = Temperature Plot
TemperaturePlotPanel.View_Temperature = View Temperatures
TemperaturePlotPanel.Current_Temperatures = Current Temperatures
TemperaturePlotPanel.All = All
TemperaturePlotPanel.Auto = Auto
TemperaturePlotPanel.Manual = Manual
TemperaturePlotPanel.Unknown = Unknown
TemperaturePlotPanel.1_Minute = 1 Minute
TemperaturePlotPanel.5_Minutes = 5 Minutes
TemperaturePlotPanel.10_Minutes = 10 Minutes
TemperaturePlotPanel.20_Minutes = 20 Minutes
TemperaturePlotPanel.30_Minutes = 30 Minutes
TemperaturePlotPanel.1_hour = 1 Hour
TemperaturePlotPanel.2_hours = 2 Hours

WellCountPanel.WELL_COUNT = Wells:
WellCountPanel.EMPTY_WELLS = Empty

WellSelectionPanel.SELECT_ALL_WELLS_TOOLTIP = Select all wells
WellSelectionPanel.SELECT_WELLS = Select wells using the plate layout or the well table.
WellSelectionPanel.SELECT_ALL_WELLS_ACTION.Name = All
WellSelectionPanel.SELECT_ALL_WELLS_ACTION.ShortDescription = Select all the wells in the plate.


WellTypeSelectionPanel.SELECT_WELLS = Select Wells With: 
WellTypeSelectionController.SELECTION_CHANGED=Selection Changed
WellTypeSelectionController.OPTIONS_CHANGED=Options may have Changed
WellTypeSelectionPanel.SELECT_ITEM = - Select Item -
WellTypeSelectionPanel.APPLY = Apply

QCSummaryPanel.Flag = Flag:
QCSummaryPanel.Flag_Detail = Flag Detail:
QCSummaryPanel.Flag_Details = Flag Details
QCSummaryPanel.Flag_Criteria = Flag Criteria:
QCSummaryPanel.Flagged_Wells = Flagged Wells:
QCSummaryPanel.Flagged_Markers = Flagged SNP Assays:
QCSummaryPanel.Wells_with_Markers = Wells Containing SNP Assays:
QCSummaryPanel.None = None
QCSummaryPanel.Probes_Used = Targets Used:
QCSummaryPanel.Markers_Used = SNP Assays Used:
QCSummaryPanel.Processed_Wells = Processed Wells:
QCSummaryPanel.Manually_Omitted_Wells:  Manually Omitted Wells:
QCSummaryPanel.Analysis_Omitted_Wells:  Analysis Omitted Wells:
QCSummaryPanel.Samples_Used = Samples Used:
QCSummaryPanel.Total_Wells = Total Wells:
QCSummaryPanel.Flag_Summary = Flag Summary
QCSummaryPanel.Wells_Setup = Wells Set Up:
QCSummaryPanel.Name = Name
QCSummaryPanel.Frequency = Frequency
QCSummaryPanel.Locations = Wells
QCSummaryPanel.ViewTroubleshootingInfo = View {0} Troubleshooting Information

CtGroupingStrategy.Low = Low ({0} less than 24)
CtGroupingStrategy.Medium = Medium ({0} from 24 to 30)
CtGroupingStrategy.High = High ({0} greater than 30)

RDPlotPanel.SHOW_CYCLE = Show Cycle

TmGroupingStrategy.Low = Low (Tm less than 60)
TmGroupingStrategy.Medium = Medium (Tm from 60 to 90)
TmGroupingStrategy.High = High (Tm greater than 90)
# com.apldbio.sds.platform.experimentworkflow.messages.properties - end
SampleDefinitionPanel.Q_A_PANEL=Define Samples
BiologicalGroupDefinitionPanel.Q_A_PANEL=Define Biological Replicate Groups
SampleDefinitionPanel.ONE=\ 1
RealtimeAnalysisWorker.PIPELINE_NULL=Pipeline can not be null.
RealtimeAnalysisWorker.EXPERIMENT_NULL=Experiment can not be null.

SplitSampleTableModel.BIOLOGICAL_GROUP=Biological Group
SplitSampleTableModel.SAMPLE_NAME_NOT_UNIQUE=Sample name [{0}] is not unique
SplitSetupWorkspacePanel.AZTECTABBEDPANE_1=Define And Assign Panel Holder
SplitSetupWorkspacePanel.AZTECTABBEDPANE_2=Define Targets and Samples
SplitSetupWorkspacePanel.AZTECTABBEDPANE_3=Assign Targets and Samples
SplitSetupWorkspacePanel.INSTRUCTIONS_LABEL=Instructions: 
SplitSampleTableModel.COLUMN_INDEX=No column with index {0}
AnalysisFlagOptionTableModel.DESCRIPTION_COLUMN=Description
AnalysisFlagOptionTableModel.FLAG_ENABLED_COLUMN=Use
AnalysisFlagOptionTableModel.LEFT_OPERAND_COLUMN=Attribute
AnalysisFlagOptionTableModel.RIGHT_OPERAND_COLUMN=Value
AnalysisFlagOptionTableModel.FLAG_OMIT_WELL_COLUMN=Reject Well
NotificationSettingsPanel.ZERO_VIEW_LABEL=The notification processor does not contain any compatible configuration views.

SampleTableModel.COLUMN_INDEX=No column with index {0}
SampleTableModel.WARNING=Warning\!
SampleTableModel.ERROR=Error
SampleTableModel.BIZ_VIOLATION=Sample name is not unique: {0}
DefineTargetsAndSamplesPanel.DESCRIPTION.PM=Define the targets to detect and the samples to test in the reaction plate.
# The following line is the default; it can be overridden with an experiment code, as done above.
DefineTargetsAndSamplesPanel.DESCRIPTION=Define the targets to quantify and the samples to test in the reaction plate.

MultiReadRunMonitorPanel.RUN_COMPLETE_MSG={0} {1} at: {2}
MultiReadRunMonitorPanel.PRE_READ_COMPLETE_MSG=The pre-PCR read is complete. Perform amplification before you start the post-PCR read.
MultiReadRunMonitorPanel.PRE_READ_COMPLETE=Pre-PCR Read Completed
TargetDefinitionPanel.Q_A_PANEL=Define Targets
TargetDefinitionPanel.SAVE_TARGET=Save Target
TargetDefinitionTableModel.ERROR=Error
TargetDefinitionPanel.DELETE_TARGET=Delete Target
TargetDefinitionTableModel.WARNING=Warning\!
TargetDefinitionPanel.ADD_SAVED_TARGET=Add Saved Target
TargetDefinitionTableModel.REPORTER_DYE_ERROR_MSG=Cannot change the reporter dye for this target. \nThis dye is either used by another target assigned to the same wells \nor as a Passive Reference Dye in the plate. \nTo change the reporter dye for the target, \nremove the target assignments, then try again.
TargetDefinitionTableModel.QUENCHER_DYE_ERROR_MSG=Cannot change the quencher dye for this target. \nThis dye is used by another target assigned to the same wells. \nTo change the quencher dye for the target, \nremove the target assignments, then try again.
TargetDefinitionTableModel.REMOVE_TARGET_WARNING=The target is assigned to wells in the plate. Are you sure you want to remove this target from all wells in the plate?
TargetDefinitionTableModel.UNABLE_DELETE_TARGET=Cannot delete target.
TargetDefinitionPanel.ADD_NEW_TARGET=Add New Target

SampleDefinitionTableModel.SAMPLE_NAME_ERROR=Sample name is not unique: {0}
SampleDefinitionTableModel.SAMPLE_NAME=Sample Name
SampleDefinitionTableModel.WARNING=Warning\!
SampleDefinitionTableModel.ERROR=Error
SampleDefinitionTableModel.COLUMN_INDEX_ERROR=No column with index {0}
SampleDefinitionTableModel.COLOR=Color
SampleDefinitionTableModel.DELETE_SAMPLE_QUESTION=The sample is assigned to other wells in the plate. Are you sure you want to remove this sample from all wells in the plate?
SampleDefinitionTableModel.DELETE_SAMPLE_ERROR=Cannot delete sample.

SetupPlateTableRow.COLUMN_INDEX_ERROR=Column with Index {0} does not exist

ExcelAdapter.EXCELDATA_TARGET_COPY_ERROR_MSG=Target data for following wells has Invalid/ Conflicting dye information. \nEdit these targets manually to change dye information. \n {0}
ExcelAdapter.EXCELDATA_MARKER_COPY_ERROR_MSG=MarkerMarker data for following wells has Invalid/ Conflicting Allele dye information. \nEdit these markers manually to change dye information. \n {0}
ExcelAdapter.EXCELDATA_TASK_COPY_ERROR_MSG=Invalid task value for following wells. Changing to default value UNKNOWN for these wells. \n {0}

BioGroupDefinitionTableModel.BIOGROUP_NAME=Biological Group Name
BioGroupDefinitionTableModel.NUMBER_OF_SAMPLES=# of Samples in Group
BioGroupDefinitionTableModel.BIOGROUP_DESC=Comments
BioGroupDefinitionTableModel.BIOGROUP_COLOR=Color
BioGroupDefinitionTableModel.DELETE_BIOGROUP_QUESTION=Delete biological replicate group \"{0}\"?
BioGroupDefinitionTableModel.WARNING=Warning\!
BioGroupDefinitionTableModel.BIOGROUP_NAME_ERROR=A biological replicate group named \"{0}\" already exists. \nEnter a different name for the biological replicate group.

BiologicalGroupDefinitionPanel.DESCRIPTION=<HTML><BODY><TABLE CELLSPACING=0 CELLPADDING=0 ><TR><TD>For each biological replicate group in the reaction plate, click <font><b>Add Biological Group</b></font>, then define the biological group.</TD></TR></TABLE></BODY></HTML>
BiologicalGroupDefinitionPanel.ADD_BIO_GROUP=Add Biological Group
BiologicalGroupDefinitionPanel.EDIT_BIO_GROUP=Edit Biological Group
BiologicalGroupDefinitionPanel.DELETE_BIO_GROUP=Delete Biological Group

BioReplicateDialog.CREATE_AND_EXIT = OK
BioReplicateDialog.CREATE_AND_STAY = Save and Add Another Group
BioReplicateDialog.SAVE = Save
BioReplicateDialog.CANCEL = Cancel

BioReplicateDialog.TITLE = Add Biological Replicate Group
BioReplicateDialog.EDIT_TITLE = Edit Biological Replicate Group
BioReplicateDialog.NAME = <html><body><font size=3 color=red><b>*</b></font> Biological Group Name:</body></html>
BioReplicateDialog.DESCRIPTION = Comments (Optional):
BioReplicateDialog.COLOR = Color
BioReplicateDialog.BIOGROUP_NAME_ERROR=A biological replicate group named \"{0}\" already exists. \nEnter a different name for the biological replicate group.
BioReplicateDialog.ERROR=Error
BioReplicateDialog.BLANK_ERROR=Enter a name for the biological replicate group.

DualListSelectorPanel.Source = Available Samples ({0})
DualListSelectorPanel.Selected = Selected Samples ({0})

ExperimentWorkflow.MELT_ANALYSIS_PASSIVE_NORMALIZATION_TITLE = Melt Analysis Passive Reference Dye Normalization
ExperimentWorkflow.MELT_ANALYSIS_PASSIVE_NORMALIZATION_MESSAGE = <html><p>This experiment was analyzed in a prior version of the software.</p><p>For optimized melt analysis results, it is recommended to reanalyze this experiment.</p><p>C\u0442 values are not impacted.</p><p>See StepOne<sup>TM</sup> Softwarev2.3 Release Notes for more information.</p><p>Do you want to reanalyze this experiment?</p></html> 
