Sentence examples for use of this probe from inspiring English sources

The detailed synthesis of a photoaffinity probe for an aglycon‐binding site is provided and the use of this probe and direct photoaffinity labeling with retinoids is discussed.

The practical use of this probe was demonstrated by its application to the biologically relevant detection of Zn2+ ions in pancreatic β-cells.

Quantitative use of this probe demonstrated that up to 35% of microbial cells in an actively accreting iron mat were L. ochracea.

Further characterization of the behavior of the SBD in the context of genetic and lipid perturbations will allow the use of this probe in models of neurodegenerative and other diseases that are linked with the metabolism and trafficking of sphingolipids.

It also provides information about conditions that would ensure optimal use of this probe in ssDNA assays.

There are numerous potential pitfalls in the quantitative use of this probe: the signal is a doublet of doublets of doublets in H2O and the coupling constants likely change as the unfolded state population increases on warming.

Even though the use of this fluorescent probe did not allow us to detect any quantitative modification of the mitochondrial population, it is possible that modifications in the abundance of some proteins could nevertheless occur in LINCL cells.

The use of this ROS probe confirmed the activities of Nox4i (Supplementary Figures S4B and C).

The use of this composite probe confirmed the earlier results, that mutations of upstream hexamers in the MC4R poly(A) site had little effect on P1 usage.

This image illustrates the use of the probe on an ex vivo sample.

The PoC grant is intended to advance use of the probe to commercial development.