SCAnalysisPlateTableConstants.AVG_QUANTITY=Quantity Mean
SCAnalysisPlateTableConstants.RUN_TIME=SCAnalysisPlateTableConstants COLUMN_NAMES size error
SCAnalysisPlateTableConstants.RUN_TIME1=SCAnalysisPlateTableConstants COLUMN_CLASSES size error
SCAnalysisWorkspacePanel.DELTA_RN_CYCLE=Amplification Plot - \u0394Rn vs Cycle
SCAnalysisPlateTableConstants.QUANTITY_STD_DEVIATION=Quantity SD

SCPrintSettingsDialog.Summary_Section = Summary Section
SCPrintSettingsDialog.Standard_Curve_Plot = Standard Curve Plot
SCPrintSettingsDialog.Amplification_Plot = Amplification Plot
SCPrintSettingsDialog.Results_Section = Results Section

SCDetectorAssignmentPanel.SETUP_STANDARDS = Define and Set Up Standards

SCMultiplexAssignmentPanel.DESCRIPTION = Define the targets to quantify and samples to test in the reaction plate. Set up standards: Click "Define and Set Up Standards." Set up unknowns: Select wells, assign target(s), select "Unknown" as the task, then assign a sample. Set up negative controls: Select wells, assign target(s), then select "Negative Control" as the task.

SCAnalysisWorkspacePanel.RN_CYCLE=Amplification Plot - Rn vs Cycle
SCAnalysisWorkspacePanel.CT_WELL=Amplification Plot - C\u0442 vs Well Number

SCAnalysisPlateTableConstants.NO_TM_TITLE=No {0}

SCSetupWorkspacePanel.DESCRIPTION=To set up standards: Click \"Define and Set Up Standards.\" \nTo set up unknowns: Select wells, assign target(s), select \"U\" (Unknown) as the task for each target assignment, then assign a sample.\nTo set up negative controls: Select wells, assign target(s), then select \"N\" (Negative Control) as the task for each target assignment.
