The phrase "assay capabilities" is correct and usable in written English.
It can be used in contexts related to testing, analysis, or evaluation, particularly in scientific or technical fields.
Example: "The laboratory has enhanced its assay capabilities to provide more accurate results in drug testing."
Alternatives: "testing abilities" or "analytical skills".
This limit is lower than our previously reported non-valved device by 74% due to on-chip valve integration providing controlled and accurate assay capabilities.
The results from these simulations were then used to estimate the Pu assay capabilities of the FNMS in terms of counting time, assay mass, and assay mass variance, using assay mass variance as a figure of merit.
These tools have fundamentally changed our understanding of the catalytic power of peroxiredoxin systems and should also be widely applicable for improving quantitative assay capabilities in other electron transfer systems.
The 'fit-for-purpose' approach to biomarker method validation was adopted, including a faster track element used to explore assay capabilities, with consideration to issues of stability, impact of platelets, sample handling and method change (Lee et al, 2005, 2006).
This discovery was a perfect example of extraordinary technical developments in assay capabilities pushing the state-of-the-art in modeling to analyze the results generated by those assays.
To examine whether the diminution of p53 during replicative senescence is directly associated with reduced DNA end joining activities in senescent cells, we knocked down p53 in rapidly proliferating NHKs (Fig. 5A) and determined the in vitro DNA end joining assay capabilities.
The assay capability was also demonstrated by the identification of two pathogenic microorganisms in powder milk samples.
This results in misunderstanding of the operation behavior, and the assay capability is compromised when serving as a sensing tool.
To obtain a deeper understanding of the assay's capabilities when faced with such challenges, we set up a series of reactions to mimic this possibility.
Once the major use has been ascertained, other considerations including the cost per assay, throughput capabilities, and the sensitivity of the assay in terms of limits of detection, must be considered.
The difficulties surrounding the interpretation of AChE in the context of OP poisoning, that have been observed in the current study, emphasise the importance of training doctors who may use the test on the assay's capabilities and limitations.
