Labware( RackLabel='DestinationPlate', RackType='ITC Plate')) itc_experiment_set.addDestinationPlate( Labware( RackLabel='DestinationPlate2', RackType='ITC Plate')) nreplicates = 1 # number of replicates of each experiment # Add cleaning experiment. name = 'initial cleaning water titration' itc_experiment_set.addExperiment( ITCExperiment( name=name, syringe_source=water_trough, cell_source=water_trough, protocol=cleaning_protocol, cell_volume=cell_volume,)) # Add water control titrations. for replicate in range(1): name = 'water into water %d' % (replicate + 1) itc_experiment_set.addExperiment( ITCExperiment( name=name, syringe_source=water_trough, cell_source=water_trough, protocol=control_protocol, cell_volume=cell_volume,))
# Define ITC Experiment. # use specified protocol by default itc_experiment_set = ITCExperimentSet( name='Bovine carbonic anhydrase (CAII) experiments') # Add available plates for experiments. destination_plate = Labware(RackLabel='DestinationPlate', RackType='ITC Plate') itc_experiment_set.addDestinationPlate(destination_plate) nreplicates = 1 # number of replicates of each experiment # Add cleaning experiment. name = 'initial cleaning water titration' itc_experiment_set.addExperiment( ITCExperiment(name=name, syringe_source=water_trough, cell_source=water_trough, protocol=cleaning_protocol, cell_volume=cell_volume)) # Add water control titrations. for replicate in range(1): name = 'water into water %d' % (replicate + 1) itc_experiment_set.addExperiment( ITCExperiment(name=name, syringe_source=water_trough, cell_source=water_trough, protocol=control_protocol, cell_volume=cell_volume)) # Add buffer control titrations. for replicate in range(1):
RackLabel='DestinationPlate', RackType='ITC Plate')) itc_experiment_set.addDestinationPlate( Labware( RackLabel='DestinationPlate2', RackType='ITC Plate')) nreplicates = 1 # number of replicates of each experiment # Add water control titrations. for replicate in range(1): name = 'water into water %d' % (replicate + 1) itc_experiment_set.addExperiment( ITCExperiment( name=name, syringe_source=water_trough, cell_source=water_trough, protocol=control_protocol)) # # Add buffer control titrations. # for replicate in range(1): # name = 'buffer into buffer %d' % (replicate + 1) # itc_experiment_set.addExperiment( # ITCExperiment( # name=name, # syringe_source=buffer_trough, # cell_source=buffer_trough, # protocol=control_protocol)) # # buffer into hsa # for replicate in range(1):
# Define ITC Experiment. # use specified protocol by default itc_experiment_set = ITCExperimentSet(name='Receptor-ligand experiments') # Add available plates for experiments. number_of_itc_plates = 2 # number of ITC plates to use (up to 4) for plate_index in range(number_of_itc_plates): destination_plate = Labware(RackLabel=f'DestinationPlate{plate_index+1}', RackType='ITC Plate') itc_experiment_set.addDestinationPlate(destination_plate) # Add cleaning experiment. name = 'initial cleaning water titration' itc_experiment_set.addExperiment( ITCExperiment(name=name, syringe_source=water_trough, cell_source=water_trough, protocol=cleaning_protocol, cell_volume=cell_volume)) # Add water control titrations. for replicate in range(1): name = f'water into water' itc_experiment_set.addExperiment( ITCExperiment(name=name, syringe_source=water_trough, cell_source=water_trough, protocol=control_protocol, cell_volume=cell_volume)) # Add buffer control titrations. for replicate in range(1):
# # Initial cleaning is skipped. # name = 'initial cleaning water titration' # itc_experiment_set.addExperiment( # ITCExperiment( # name=name, # syringe_source=water_trough, # cell_source=water_trough, # protocol=cleaning_protocol, # cell_volume=cell_volume)) # Add water control titrations. for replicate in range(1): name = 'water into water %d' % (replicate + 1) itc_experiment_set.addExperiment( ITCExperiment(name=name, syringe_source=water_trough, cell_source=water_trough, protocol=control_protocol, cell_volume=cell_volume)) # Add buffer control titrations. for replicate in range(1): name = 'buffer into buffer %d' % (replicate + 1) itc_experiment_set.addExperiment( ITCExperiment(name=name, syringe_source=buffer_trough, cell_source=buffer_trough, protocol=blank_protocol, cell_volume=cell_volume)) # drugs/HSA # scale cell concentration to fix necessary syringe concentrations
# use specified protocol by default itc_experiment_set = ITCExperimentSet(name='HDR') # Add available plates for experiments. itc_experiment_set.addDestinationPlate( Labware(RackLabel='DestinationPlate', RackType='ITC Plate')) itc_experiment_set.addDestinationPlate( Labware(RackLabel='DestinationPlate2', RackType='ITC Plate')) nreplicates = 1 # number of replicates of each experiment # Add cleaning experiment. name = 'initial cleaning water titration' itc_experiment_set.addExperiment( ITCExperiment( name=name, syringe_source=water_trough, cell_source=water_trough, protocol=cleaning_protocol, cell_volume=cell_volume, )) # Add water control titrations. for replicate in range(1): name = 'water into water %d' % (replicate + 1) itc_experiment_set.addExperiment( ITCExperiment( name=name, syringe_source=water_trough, cell_source=water_trough, protocol=control_protocol, cell_volume=cell_volume, ))
# name = 'initial cleaning water titration' # itc_experiment_set.addExperiment( # ITCExperiment( # name=name, # syringe_source=water_trough, # cell_source=water_trough, # protocol=cleaning_protocol, # cell_volume=cell_volume)) # Add water control titrations. for replicate in range(1): name = 'water into water %d' % (replicate + 1) itc_experiment_set.addExperiment( ITCExperiment( name=name, syringe_source=water_trough, cell_source=water_trough, protocol=control_protocol, cell_volume=cell_volume)) # Add buffer control titrations. for replicate in range(1): name = 'buffer into buffer %d' % (replicate + 1) itc_experiment_set.addExperiment( ITCExperiment( name=name, syringe_source=buffer_trough, cell_source=buffer_trough, protocol=blank_protocol, cell_volume=cell_volume))