The phrase "automation of the sampling" is correct and usable in written English.
It can be used in contexts where you are discussing the process of making sampling procedures automatic, often in research or data collection settings.
Example: "The automation of the sampling process has significantly increased the efficiency of our data collection efforts."
Alternatives: "automated sampling" or "sampling automation".
The method permits automation of the sample extract clean-up stage and is designed to work with small amounts of sample.
Automation of the sample preparation portion of an analysis enables a consistent approach to one of the largest contributors of analytical variance and help to reduce the overall uncertainty of the analysis.
Automation of the samples and collection and processing of the data was done using a Dell OptiPlex GX110 computer running PerkinElmer TurboChrom 4 software using a PerkinElmer Nelson 900 Series Interface and 600 Series Link.
For further highly sensitive analysis, automation of sample preparation and/or sample hydrolysis will be effective in suppressing contamination and facilitating the quantification of 1 ng of proteins.
Since the increase of Ser and Gly may be caused from a slight contamination from the environment, the contamination should be excluded or further minimized to accomplish the quantification of 1 ng of protein, such as that achieved effectively by automation of sample preparation and/or sample hydrolysis [ 23].
In this work, we aimed at maximizing method reproducibility by automation of most of the sample preparation, extraction, data acquisition and, to some extent, lipid identification, and post-processing of the data.
Automation of blood sampling and glucose measurement through continuous glucose monitor (CGM) devices could reduce this burden and has the potential to improve overall blood glucose control [3, 4].
Automation of the TruTip extraction method can increase sample throughput while maintaining performance.
In some cases, automation of sampling (Multivial cyclone) was then augmented by automated processing steps to apply samples to biosensors (MVI).
One strategy for reducing errors in sample identification is to increase the automation of sample acquisition, storage and handling.
