Ranitidine has a lower potential for clinically significant drug interactions but has been shown to potentiate the sedative effect of midazolam and increase plasma levels of theophylline and phenytoin [ 45- 47].
However, (III) is itself oxidisable at a lower potential than DMM.
The peak for the Pd/HTC-N1.67%CNTs also occurred at a lower potential, which is beneficial for ethanol oxidation.
In many cases, a higher degree of domestication will lead to a lower potential to survive under natural conditions [54].
MWCNTs promoted electron-transfer reactions at a lower potential and catalyzed the electro-oxidation of thiocholine, thus increasing detection sensitivity.
Cyclic voltammetric studies revealed that, on the hybrid material electrooxidation of glucose occurs at a lower potential (0.45 V).
Interaction with polar residues directs the RS O−/RS reduction to a lower potential than the RSOH/RSH reduction.
In contrast, the neutral semiquinonediimine radicals are oxidized at the same or even a lower potential than the parent phenylenediamines.
The results indicate that the CuCr2O4@rGO cathode exhibits a lower potential ORR initialization but a larger ORR peak current density than CuCr2O4.
Thus, a lower potential drop (Δφ 0 = φ 0i − φ 0f) occurs at greater widths, and the probability of re-strike is therefore higher.
Owing to the deoxidized plentiful crystal nuclei, the higher ion concentration facilitated the form of a two-dimensional thin film at a lower potential in the electrolyte.
