This matching process was repeated for all plate batches (generally four forward and four reverse plates per batch) of the libraries listed in Table 2 and other error types besides the "well slips" seen in Library ID 12948 were uncovered.
High throughput 96-well microtiter-plates batch uptake experimentation is applied for screening resins for adsorption of esters (i.e. isoamyl acetate, and ethyl acetate), higher alcohols (i.e. isoamyl alcohol and isobutyl alcohol), a diketone (diacetyl) and ethanol.
In-plate control values within a representative 50-plate batch run (3D7 strain) were plotted and showed stability of the assay window with minimal intraplate variation.
Samples for each independently plated batch of cells were run in triplicate and average intensity readings were normalized to their respective loading control expression or total eIF2α expression (for p-eIF2α quantification).
These plates were prepared and assayed in 30-plate batches according to their numerical order in the source library plates, keeping duplicate plates together.
For our high-throughput process, Performa DTR V3 96-well short plates (Edge Biosystems, Gaithersburg, MD) are used, and purification steps are performed in two eight-plate batches.
The square root of the mean CV for ΔCP was used to estimate the variation for each gene within plate, within batch, and across batches.
This experiment illustrates replicate measurement, treatment and infection control contrasts and plate or batch effects.
Cases and controls were randomly distributed across the genotyping plates, and there were no significant plate or batch effects.
