A molecular method for profiling of fungal communities in soil was applied in experiments in soil microcosms, with two objectives, (1) to assess the persistence of two selected fungal species in soil, and (2) to analyze the response of the natural fungal community to a spill of sulphurous petrol in the same soil.
Moreover, as an alternative material for graphene, either film could be applied in experiments where very thin carbon layer is found to be beneficial.
The same behavioral analyses were applied in experiments testing the affect of GSK-3 inhibition on C57BL/6J mice and biochemical analysis of GSK-3β activity during contextual fear conditioning.
For consistency the same protocol was applied in experiments on both WT and L532P IhERG.
A similar procedure was applied in experiments with d0-SA and d4-SA labeling of analytes from single CFT neurons.
Therefore, HSCT could be applied in experiments related to the development of quantitative long-term repopulating assays and the generation of histocompatible zebrafish lines [ 80].
The following methods were applied in experiments: spectrophotometry, viscosimetry, potentiometric titration, and microelectrophoresis, which enable determination of adsorbed amount of the polymer, thickness of its adsorption layers, surface charge density, and zeta potential of solid particles in the presence and absence of PAA, respectively.
Method of non-linear multiple orthogonal regression assembling design was applied in experiment.
The proposed approach can be applied in experiment design for other tensors, although the current work focuses on its application and results on fourth-order tensor estimation.
Fractional factorial split-plot (FFSP) designs with minimum aberration have been applied in industrial experiments.
