The stability tests of rare earth oxide-impregnated nickel oxide cathodes show that the rare earth oxide additive can dramatically reduce the solubility of nickel oxide in a eutectic carbonate mixture under the standard cathode gas condition.
In a first step, the effect of the oxygen distribution has been studied, showing that, under standard reactant mixtures (O2/butane = 12, low butane concentration), the membrane reactor performed very close to the conventional one.
Following the addition of the interfering oligonucleotides in a HeLa nuclear extract [ 39], two fmoles (150 pM) of the Bcl-x pre-mRNA were added and the mixture was incubated for 2 hours under standard splicing conditions [ 40].
The effect of temperature on the enzymatic activity of LrXynA was estimated by conducting the activity assay at different temperatures ranging from 30 to 80 °C in 50 mM citrate phosphate buffer, pH 6. Reaction mixtures were incubated for 5 min under standard conditions.
177Lu (Isotope Technologies Garching ITG GmbH, Germany) was performed under standard conditions in a mixture of HCl (0.05 M) and Na-acetate (0.5 M) at pH 4.5 and elevated temperature (15 min, 95 °C).
under standard conditions gave complex mixtures without the observation of the desired product 3l, confirming the existence of a radical mechanism (Scheme 5, eqn (1)).
In contrast, polymerization of monomers 8 and 13 under standard conditions resulted in reaction mixtures containing considerable quantities of residual monomer, even after 24 h of reaction, suggesting a lower reactivity of such monomers under the chosen conditions.
Catalysts and catalyst/soot mixtures were evaluated for NOX reduction and soot oxidation under standard NSR cycling conditions.
Further, PCR amplification was performed either under standard PCR conditions or in a reaction mixture containing cDNA and iQ SYBR Green supermix using a MiniOpticon Instrument (BioRad).
Under standard assay conditions the aliquots of the mixtures were taken to measure PGase activity.
