The phrase "analytical processes such as" is correct and usable in written English.
You can use it when introducing examples of specific analytical processes in a discussion or explanation.
Example: "In our research, we will employ various analytical processes such as statistical analysis and data modeling to derive meaningful insights."
Alternatives: "analytical methods like" or "analytical techniques such as".
To optimize the studies of big data for bipolar disorder, participation of those with expertise in psychiatry is required throughout the analytical process, such as for parameter selection and exclusion, interpretation of results, and hypothesis generation.
While CIL LC-MS with rationally designed reagents for labeling can provide much enhanced detection and quantification of metabolites, pre-analytical process such as cell harvest and cell lysis is also a critical step in the overall workflow for metabolomic analysis.
The technique outlined here is generalizable to other biological systems and can be paired with quantitative analytical methods to probe important processes such as cell polarization, proliferation, signaling, and differentiation.
To make inferences and guide decision-making, logical reasoning processes such as multivariate analytical methods can be used (Dawid and Evett 1997).
MSE-based analytical solutions confirming their validity to represent important processes such as wave reflection are important.
Other automatic reasoning processes, such as pattern recognition and the automatic generation of hypotheses, received less attention, whereas analytical reasoning played a leading part.
Quantitative shotgun proteome profiling holds great promise for characterizing biological processes such as fruit ripening initiation and may be further improved by employing preparative techniques and/or analytical equipment that increase peptide detection sensitivity via a shotgun approach.
It consists of a set of analytical equations for various sub-processes such as bubble generation, bubble-particle collision, attachment, detachment, bubble coarsening, and froth phase recovery.
The system is equipped with a robot and various process analytical instruments such as Raman, dynamic light scattering and X-ray diffraction spectroscopy, turbidity, temperature, pressure and flow sensors, as well as off-line characterization instruments.
The implementation of a blend monitoring and control method based on a process analytical technology such as near infrared spectroscopy requires the selection and optimization of numerous criteria that will affect the monitoring outputs and expected blend end-point.
