Sentence examples for monitoring submicromolar levels from inspiring English sources

Short reaction times (2 10 min) are sufficient for monitoring submicromolar levels of platinum complexes.

The present ECL quenching scheme could be used to detect TNT at submicromolar levels.

Adsorptive and transfer stripping techniques offered sensitive detection of the studied compounds at submicromolar levels with low sample volume consumption (about 0.5 μl), respectively.

Cocaine inhibits these transporters with similar potencies at micromolar or submicromolar levels [4].

It circulates at submicromolar levels bound to HDL-associated apolipoprotein M (apoM) or to albumin.

We found that submicromolar levels of arsenic trioxide significantly impaired the triple negative breast cancer cell line MDA-MB-468 in a concentration-dependent manner.

Spermidine is known to act on the neural N-methyl D-aspartate receptor in a bi-phasic concentration-dependent manner: at submillimolar doses it blocks the receptors, but at submicromolar levels it activates the receptors.

First, thiazolidinediones induce differentiation of adipose tissue and insulin sensitization at submicromolar levels and these effects are closely related to their binding affinity to PPAR γ receptor (Lehmann et al, 1995; Goldstein, 2002).

GCaMP2 has an apparent Kd of ∼150 nM, and it is known that submicromolar levels of calcium are sufficient to drive continuous release [ 12] so these results suggest that graded transmission of the visual signal to the inner retina can be switched on and off.

An important issue is the difference in green tea catechin concentration observed in vitro and in vivo: in animal models, the measured EGCG in the blood and tissues was in the submicromolar levels, a concentration that is effective as chemopreventive in animals treated for a long time [ 8].

The necessity to decrease cytosolic Ca2+ concentrations to submicromolar levels by exporting the cation into extracellular spaces or intracellular compartments that do not generate ATP, such as the endoplasmic reticulum or vacuole, creates a steep concentration gradient that allows for the controlled and gated generation of rapid Ca2+ transients in response to extracellular stimuli.