Sentence examples for highly sensitive to subtle from inspiring English sources

It's often right to do so, because System 1 is for the most part pretty good at what it does; it's highly sensitive to subtle environmental cues, signs of danger, and so on.

We have observed that the proportions of reference to variant evidence can vary wildly between datasets, signifying that the relative alignment "affinity" of each of the alleles is highly sensitive to subtle changes in protocol (i.e. sample preparation, sequencing environment, revisions of the alignment software).

The polymerization was highly sensitive to even subtle changes in the various reaction parameters involved in the process.

Because the surface plasmons in metal nanostructures are highly sensitive to the subtle difference in their shape, size, distribution and ambient matrix, the morphology of Ag nanostructures strongly governs all these forementioned properties.

Simulations show that, in addition to the proper lasing characteristics, like the spectral linewidth of 0.27 nm and power conversion efficiency of 26%, the proposed device is highly sensitive to the subtle biological changes that may occur in its cavity and shows the sensitivity of 277 nm/RIU.

However, adrenal cells in vitro are highly sensitive to metformin, suggesting that subtle alterations of adrenal steroid metabolism may occur by direct action.

According to this perspective, naïve understanding is highly sensitive to context, with predictions and explanations depending in subtle ways on the particular knowledge elements that are triggered in particular reasoning situations.

Highly sensitive to protein secondary structure, circular dichroism (CD) can detect subtle conformation changes occurring during protein unfolding and subsequent aggregation.

We suggest that BAE mitochondria are highly sensitive to these quinone compounds, but that the exact magnitude of ROS generated may be sensitive to subtle differences in conditions from experiment to experiment or in groups of experiments carried out at different times.

Our results suggest that the hybrid background is highly sensitive to small functional differences and that hybrid incompatibilities may result from an accumulation of subtle molecular changes.

Furthermore, our measure of fitness is a growth rate, highly sensitive to small changes in generation time (e.g., lysis time), so this residual fitness impact is possibly due to subtle phenotypic effects.