Sentence examples for prone to background from inspiring English sources
The linear QPA, which is less prone to background activity characteristics of exponential systems, suffers from low sensitivity.
h) especially small (e.g., for probes with two mismatches, #mm = 2) and large intensity values are prone to background and saturation effects, respectively (see Text S1).
Serum samples supplemented with differentially fucosylated recombinant TIMP-1 were used to demonstrate that the slopes measured the TIMP-1 fucosylation, and were less prone to background interference.
Microarray intensities can also be prone to background noise and hybridization saturation, leading to a lower dynamic range than RNA-Seq [ 1, 2, 4].
In this study, we developed a dLISA approach for the analysis of protein glycosylation in serum that was less prone to background interference.
In this context, posterior Hox genes seems to be more prone to background transcriptional activation in ES cells than more anterior Hox genes, in contrast to their subsequent dynamics of activation in future embryonic tissues where anterior genes come first.
Therefore, we demonstrated that the dLISA approach was less prone to the background interference than LISA.
Measurements of blood pressure, however, are rather imprecise because they are prone to considerable background day to day variability ("noise") and this can make it difficult to detect a true change in blood pressure ("signal").
The In Fusion method requires longer oligonucleotides than traditional ligation reactions, more expensive reagents (In Fusion versus restriction enzymes), and is prone to high background if the digested vector preparation is contaminated or if digestion is incomplete.
Voice recognition is significantly more accurate and less prone to interference from background noise than the G Watch or the Gear Live, the screen is bright and crisp, the watch faces are attractive and it feels like an expensive time piece rather than a chintzy gadget.
Large and small intensities are prone to saturation and background effects, respectively, which differently affect the specific signal.
