The subsequent testing of such formulations in in vitro diffusion experiments revealed that the leaching of the mixture components is formulation dependent and is restricted significantly in the covalently bonded mixtures.
Further experiments revealed that G-actin was the protein in the mixture that, when added to the two-subunit complex, made it specifically target the eIF2α protein.
Thermodynamic calculations and catalyst activity experiments revealed that hydrogen is a main product of reaction for mixtures rich in methanol and lean in oxygen for temperatures up to 300°C and 1 bar pressure.
Additional experiments revealed that the adaptive mutations allowed the phage to better tolerate a mixture of tryptophan and 6-fluorotryptophan, without loss of fitness on the wild-type amino acid.
The competition experiments revealed that no obvious interference was observed by performing the titration with the mixtures of Cys and other amino acids.
The analysis of two-level full-factorial designed experiments revealed that all four factors have a negative effect on tensile strength of cold recycled mixture with bitumen emulsion.
Comparison of the recombinant HM with a mixture of three recombinant allergens, as well as natural allergens in the whole C. album pollen extract via immunological experiments revealed that it has a much lower potential of IgE reactivity.
Such experiments revealed certain laws governing the internal structure of minerals and enabled him to establish a distinction between simple minerals and rock minerals, which are composed of a mixture of several minerals.
In vitro experiments revealed that AACs are able to potently activate human primary myeloid cells, leading to increased co-stimulatory receptor expression and production of pro-inflammatory cytokines, superior to that induced by the mixture of components.
Subsequent experiments revealed a similar phenomenon in other brain regions.
