The phrase "allow simultaneous monitoring of" is correct and usable in written English.
You can use it when discussing the capability to observe or track multiple processes or activities at the same time.
Example: "The new software update will allow simultaneous monitoring of all network traffic, enhancing security measures."
Alternatives: "enable concurrent tracking of" or "permit simultaneous observation of".
The load frame was aligned to allow simultaneous monitoring of longitudinal and transverse lattice strain components.
eZinCh-2 would therefore be an attractive sensor to use in conjunction with one of the recently developed red-shifted cytosolic eCALWY sensors to allow simultaneous monitoring of cytosolic and organelle Zn2+ concentrations in a single cell.
Given the current DNA microarray technologies (long or short oligonucleotide arrays and cDNA arrays), which allow simultaneous monitoring of thousands of genes, the PCR amplified cDNA array is the most accessible for studies in non-model organisms (but see [ 6] for oligonucleotide strategies).
Therefore, AuNCs can act as a photothermal therapeutic agent while its properties as an imaging agent allows simultaneous monitoring of its biodistribution.
In most cases of application, the large field of view (FOV) provided by the sensor allows simultaneous monitoring of the surrounding in different view angles and therefore enables a more flexible and responsive algorithmic behaviour.
Usage of the eight-channel multiplexer (from the same producer), connected to the potentiostat, allowed simultaneous monitoring of signals from eight electrodes; however, in our work, we usually used three electrodes because of small size of the working cell.
Furthermore, the Gluc utilizes a different substrate (i.e. coelenterazine) than Fluc (i.e. luciferin) and this allows simultaneous monitoring of tumor burden and signaling pathway activity [19], [20].
Microarray technology allows simultaneous monitoring of thousands of genes and measuring of their expression values.
Microarray analysis allows simultaneous monitoring of the behavior of a very large number of genes, up to the whole genome.
A 10 min pulse of asymmetrically labeled C-1-2-glucose allowed simultaneous monitoring of the pathway flux, origin of labeled metabolites, and thus flux-directionality.
This allows simultaneous monitoring of action potential-induced calcium signals in a plane (Ohki et al. 2005) or volume (Göbel and Helmchen 2007) of tissue.
