Sentence examples for be useful in quantifying from inspiring English sources
Since we have recently published that the crizotinib sensitivity in NB cells is linked to the crizotinib ALK binding22, we performed the cellular thermal shift assay (CETSA), a method shown to be useful in quantifying drug-target interactions35,36,37.
Two characterized constants (the initial decay rate and the oxidative capacity) were introduced and were found to be useful in quantifying the stepwise-FP.
We propose that species-area curves can be sensitive indicators of community-level changes in biodiversity, and may be useful in quantifying the human imprint on reef biodiversity, and potentially elsewhere.
This approach may be useful in quantifying the progression of a variety of chronic diseases.
We considered this variable to be useful in quantifying the incremental value of each system.
For such studies, curvature measurements should be useful in quantifying stages of ovule development.
The approach used here to validate the identification of Indigenous status using survey data is useful in quantifying overall trends and patterns in differences in identification.
Growth chamber assays for germination or vigor testing have been used to discriminate weak lines before planting and have been useful in quantifying cold tolerance in sorghum lines [ 5], but needs to be verified under field conditions as well [ 1].
Results show that RhizoFlowCell system is useful in quantifying the dynamic metabolic response of aquatic rhizosphere to determine ecosystem health.
Adaptive (or thermoregulatory model controlled) manikins are useful in quantifying thermal exchanges of the human-clothing-environment system and in simulating human thermophysiological behaviours.
We show that (1) microscopic SM and SE effects exist under complex loading conditions, (2) the magnitude of the SM and SE effects can be rationalized using the concept of the representative strain and maximum strain and (3) instrumented indentation techniques are useful in quantifying SM and SE effects in the micro- and nano-meter length scales.
