A complete medium exchange in both compartments was performed after 24 h of culture.
Whatever the air humidification conditions, liquid water is present in both compartments.
Nevertheless, the flow distribution in both compartments was homogeneous and well balanced.
The researchers noticed that the grid cell firing maps in both compartments had changed to reflect a single continuous representation that spanned the two environments (see diagram).
It is found that the choline recycle ratio has a great influence on all state variables in both compartments.
During the experiment, peristalsis is simulated in both compartments for a total of 4 h at 37 °C, upon addition of artificial saliva, gastric and intestinal juices.
Relocation seemed to be stimulated more by the presence of concentrate dispensers in both compartments than by floor profile.
Their daily time budget spent on different activities performed in both compartments was analyzed, as was their relocation and use of the concentrate dispenser in each compartment.
Within the dynamic regime, the amount of drugs collected in both compartments increased with the Peclet number while the relaxation time to a steady-state value decreased.
Furthermore, pathogenesis of diabetes is dependent on normal FasL expression in both compartments, whereas only minimal FasL function is required to maintain T-cell homeostasis.
After an incubation time of 30 min at 37 °C permeated drug levels in both compartments were quantified by HPLC-tandem mass spectrometry or HPLC with fluorescence detection.
