The phrase "allowed simultaneous detection of" is correct and usable in written English.
It can be used in contexts where multiple items or phenomena are being detected at the same time, often in scientific or technical discussions.
Example: "The new sensor technology allowed simultaneous detection of temperature and humidity levels in the environment."
Alternatives: "enabled concurrent detection of" or "facilitated simultaneous identification of".
This allowed simultaneous detection of DHE and its derived oxidation products 2-hydroxyethidium (EOH, which detects preferentially superoxide) and ethidium (which detects less specific oxidants such as peroxides, as well as heme and peroxide activity), using DHE as an internal control during organic extraction of each sample [23].
This approach allowed simultaneous detection of 10 CV autoantibodies targeting the structural myocardial proteins, the neurohormonal regulatory proteins, the vascular proteins, and the proteins associated with apoptosis and coagulation.
These strains allowed simultaneous detection of both proteins as well as addressing their dynamic movement.
This approach allowed simultaneous detection of the substrate and the product without interference by other compounds.
The next-generation sequencing technology allowed simultaneous detection of known and novel bovine miRNAs, and global miRNAs expression as well as pathogen directed differential miRNA expression patterns.
An 810-nm interference filter with a FWHM of 12 nm (S10-810-S; Newplacedorporatinn, Irvine, CA), placed in the path between the collection fiber and the spectrometer, attenuated the excitation light to a level which allowed simultaneous detection of the fluorescence and the excitation light.
48 Apart from having the capacity to detect new viruses, these assays also allow simultaneous detection of multiple viruses from the same sample, which may provide better information on rates of co-infection.
Therefore, the current method allows simultaneous detection of different types of receptors using a mixture of peptide ligands.
The bead array technology allows simultaneous detection of multiple target genes in a single sample, reducing time, labor and cost.
We have developed a method to physically expand fixed tissues of the nematode model C. elegans with high isotropy, while allowing simultaneous detection of fluorescent proteins, DNAs and RNAs at sub-cellular resolution.
Conclusion: The simultaneous allele-specific amplification method allows simultaneous detection of wild-type and mutant alleles by PCR using four distinct primers.
