A transistor made of carbon nanotubes functionalised with pyrene-1-boronic acid was sensitive to concentrations of D-glucose in dilute solution at the nM level [69].
The devices are sensitive to concentrations of oxygen well below 1 ppb at an ambient gas pressure of one atmosphere or more.
Further, this is not sensitive to concentrations of toxicants and their toxicity effects and adverse operating conditions (pH, temperature, nutrient supply, initial metal ion concentration, and the concentration of cells etc).
Additionally, the antibacterial activity was sensitive to concentrations of Na+, K+, Ca2+ and Mg2+.
Since BSA polymerization is known to be highly sensitive to concentrations of BSA as well as GA [17], their results may relate to poor production of sufficiently large BSA polymers even at high GA concentrations.
Finally, and most importantly, the effect of PCL-NP-AEA on TRPV1-mediated [Ca2+]i was much less sensitive to concentrations of the selective AEA uptake inhibitors, OMDM-1 [9] and AM1172 [22], which instead potently inhibited the effect of "free" AEA (Fig. 6C).
While the simulation results are highly sensitive to concentrations of DO in recharge water, they are less sensitive to concentrations of DOC entering the aquifer in recharge water.
Similarly, contaminant transport is also highly sensitive to concentrations of DO entering the aquifer with recharge.
