To confirm the validity of this hypothesis, here, we examined the energetics of electrocatalytic CO2 reduction by iron sulfide (FeS) deposits at slightly acidic pH.
The validity of this hypothesis is tested by comparing the pendulum model with a simplified spatially distributed model of an otolith.
The validity of this hypothesis was confirmed using solid-state NMR spectroscopy, by determining the dependence of the composition of S2VP diblock copolymer on the extent of ion dipole interactions and thus on the dispersion characteristics of the nanocomposites prepared.
We tested the validity of this hypothesis by exploring the feasibility of generating different in vitro engineered bone-like structures originating from porous silk fibroin scaffolds decorated with RGD sequences (SF-RGD), seeded with human mesenchymal stem cells (hMSC).
This work is aimed to verify the validity of this hypothesis by investigating the interaction of cytochrome c with Phe and Gly amino acids, Ala-His (carnosine), and two water-soluble dipeptides Phe-Gly and Gly-Phe.
Two-dimensional HSQC NMR was done to test the validity of this hypothesis.
Epidemiological data, however, have shown that cardiac hypertrophy is associated with increased mortality, thus casting doubt on the validity of this hypothesis.
We hope that more extensive studies, especially that on early diverging angiosperm lineages, in the future will test the validity of this hypothesis.
The validity of this hypothesis was checked through the Wald test and evidence of heterogeneous policy effect across quarters was discovered, as presented in Table 6.
To check the validity of this hypothesis, we examined the structural differences between segment B and neighboring segments from the outer trench wall to the forearc mantle wedge, focusing on variations of water content (Fig. 5).
To test the validity of this hypothesis, available data (referred to as pacts signed by municipalities during the years 2007 2009) were cross-checked with data released by Eurostatag for the year 2007.
