The phrase "a more specific detection" is correct and usable in written English.
It can be used when discussing the need for a clearer or more precise identification of something, often in technical or analytical contexts.
Example: "In order to improve our results, we need to implement a more specific detection method for the anomalies in the data."
Alternatives: "a clearer identification" or "a more precise recognition".
This is in line with the observation that all the methods are likely to perform reasonably well when detecting the most prominent peaks, in which case a more specific detection of the actual binding site can be considered as a benefit and is captured also by the motif z-score.
Hence, the CZE UV electropherogram contains about 14 peaks and the selectivity of UV detection does not allow us to distinguish cadmium complexes from nonbound oxidized thiopeptides, and therefore a more specific detection method such as ICP MS was required.
The use of mAb SWA11 should be favoured for a more specific detection of the cell surface protein CD24 as it allows a good visual distinction between membranous and cytoplasmic staining.
The availability of these biological replicates, i.e., two HepG2 samples from two different laboratories, allowed a more specific detection of the HepG2 gene expression signature based on the natural variability of the biological object.
Furthermore, we used a probe binding site downstream of the sites proposed by Vilei and Frey [ 14] which guaranteed a more specific detection due to a higher number of nucleotide mismatches to the homologous sequences from M. mycoides subsp. capri and M. leachii.
Therefore, this study evidently showed that an inflammation-specific mAb could undoubtedly allow more specific detection of inflammatory infiltrates in RA.
By overcoming investigator biases inherent to more specific detection methods, sequencing of broad-range PCR products has emerged as a powerful approach for revealing previously unsuspected microbial diversity in various anatomic niches in human health [13] and disease [14], and for characterizing uncultivated human pathogens [15].
Regarding biomarkers assessing neurological damage, the cerebrospinal (CSF) compartment may allow for more specific detection of central nervous system-related damage and is therefore often used [ 22, 29].
The emergence of hMSC-derived EV (hMSC-EV) as a new and potentially effective strategy in regenerative medicine [ 27] has raised the need of more specific detection and characterization protocols.
