The second column lists methods of alteration monitoring ('Paleointensity metadata' section) and the third column lists other monitors or corrections that were incorporated into the paleointensity experiment, such as cooling rate and anisotropy corrections ('Paleointensity metadata' section).
In addition, we are planning to test the efficiency of the presented method on altered images combining the presented alterations, which also represent another kind of real-life alterations.
Four independent control constructs were developed by this method through alteration of residues spanning individual CDR domains.
In contrast to visual methods for alteration detection, mathematical models can be used to automatically predict lists of alterations based on certain mathematical assumptions about the data.
In this paper, we examine the influence of two methods of PZC alteration, ion-doping of oxides and oxidation of carbon, on the control of Pt uptake, using both anionic and cationic Pt complexes.
We were not able to detect any significant differences in gene expression patterns between the NaCl, NMDG-Cl or sucrose methods of tonicity alteration (data not shown).
Both methods use probabilities of alteration as returned by the non-homogeneous HMM.
We investigated the novel method of analysing gene alterations of mitochondrial DNA D-loop region (GAMDDL) and compared it with the conventional method of analysing the X-chromosome-linked human androgen receptor (HUMARA).
It should be noted that the PAMP-profiling assay we have described has specific advantages and limitations in comparison with alternative methods of examining alterations to the intestinal microbiota.
We tested several traditional methods of pHi-alteration, including the addition of weak acids or amiloride derivatives (inhibitors of the Na+/H+ exchanger) for acidification, and addition of weak bases, removal of medium Cl-, oraisingng the medium pH for intracellular alkalinization.
It is notable that the PINT database (Biggin et al., 2010) presents only four paleointensity studies (Juárez et al., 1998; Smirnov and Tarduno, 2003; Tauxe, 2006; Shcherbakova et al., 2007) satisfying modern standards (i.e., the use of the double-heating method with alteration checks) within the time interval 83 72 Ma.
