While the majority of early studies in AD used fibrillary or mixed preparations of Aβ, it is now widely believed that soluble intermediates of this peptide, termed Aβ oligomer (Aβo), are the most relevant assemblies in AD pathogenesis [ 33].
In contrast, in the in vivo study, the cocktail was more efficient in the protection of larvae against PA CF217 infection than the application of individual phage, implying an additive effect of mixed preparation in the case of resistant strains (p < 0.0001 for mix vs PA5oct against CF217, p < 0.0001 for mix vs KT28 against CF217).
However, the main products hydrolyzed by purified mixed enzyme preparation of KM71/9KGla-ZαAmy were glucose (48%) and maltose (47%) with no detectable of maltotriose and maltotetraose.
All the six gene sequences showed significant hits vs. ESTs belonging to a mixed tissue preparation of Populus leaf, bud and stem, which could be referred to as phenology-related tissues.
The increased efficacy of multistrain probiotics against pathogens may be caused by the greater variety of antimicrobial capacities associated with mixed preparations, such as production of weak organic acids, bacteriocins, hydrogen peroxide, coaggregation molecules and/or biosurfactants, and the stimulation of sIgA production and mucus secretion by the host [ 72].
The five salts solutions were further mixed for the preparation of the synthetic water of mixed salts (Salt-SW).
These five chloride salts solutions were further mixed for the preparation of a synthetic water of mixed chloride salts (Cl-SW).
Solution synthesis or mixed liquid/solid phase preparation of title substances proved to be advantageous in cases when the above method did not give acceptable results.
Combustion synthesis is well suited for the preparation of mixed oxides from mixed metal solutions in aqueous organic acids.
These four sodium salts solutions were mixed for the preparation of a synthetic water of mixed sodium salts (Na-SW).
