Using the biotin-switch method, we verified that Pias3, as well as other members of the Pias family, could be efficiently S-nitrosated (Fig 5A and Fig S8).
Using the model checking method, we verified several Alzheimer's disease and cancer-related properties, and also identified important proteins (NFκB, ATF4, ASK1 and TRAF2) in the ER-Golgi network, which might be responsible for the pathogenesis of cancer and AD.
Using Malliavin calculus methods, we verify that these estimates hold in the case p>1.
Moreover, by conducting three-dimensional (3D) numerical simulations with finite difference methods, we verify what kind of environment causes bias for the estimation of anisotropic parameters.
As mentioned in materials and methods, we verified that our transcriptional results were not specific to the chosen HI strain by carrying out RT-PCR for genes called as differentially regulated or called as stable in RNA from 3 other HI strains (Figure 4).
We perform an analysis of the proposed sphere fitting method and we verify that the obtained results are comparable to results calculated using existing techniques.
By a similar method, we can verify M=m=0; thus,U z)=0 in D ¯ Open image in new window.
In order to demonstrate the generality of the proposed method, we also verify our approach on two other types of PPIs datasets.
Following decontamination of FastStart Taq DNA MasterPLUS SYBR Green mix (Roche Applied Science, Mannheim, Germany) and hl-dsDNase inactivation as described in the Methods S1, we verified that the efficiency of the PCR was unaffected by the treatment and we quantified the efficiency of the removal of the contaminant by performing a high number of NTCs.
In hippocampal networks (see shades of blue in Fig. 9), where we recorded the activity of a number of neurons approximately 10 times higher than in leech networks (see Methods), we could verify power law behavior over an extended range.
