We next transfected the RUNX3-IRES-mGFP expression vector to KatoIII cells, and GFPHi and GFPLo cells were isolated by cell sorting, corresponding to RUNX3Hi-expressing and RUNX3Lo-expressing cells, respectively (Fig. 4b).
Freshly sorted cellular subsets corresponding to MaSC/basal, luminal progenitor, mature luminal and stroma cells were prospectively isolated from mouse and human mammary glands.
Relevant data were then extracted from the selected articles based on predefined data fields and were sorted in tables corresponding to clinical and experimental studies, independently, by all of the authors.
If the list of RMSDs is sorted, the structures corresponding to lowest RMSD will be the more distant from other structures and the inverse triangular inequality will make most comparisons unnecessary.
Briefly, two LFP amplitude ratios within specific spectral bands (0.5 20/0.5 55 Hz for ratio 1 and 0.5 4.5/0.5 9 Hz for ratio 2) were plotted in 2D principal component space to separate and sort data clusters corresponding to each of the three major behavioral states.
The tree topology strongly suggests that in most organisms, GBG members sort in separate branches, corresponding to their classification in BIGs and GBFs.
According to Russell, it is unnecessary to suppose that there exists any special sort of fact corresponding to molecular propositions; the truth-value of a molecular proposition could be entirely derivative on the truth-values of its constituents (PLA, 209).
Each participant completed four sorts of inferences corresponding to modus ponens, modus tollens, denial of the antecedent, and affirmation of the consequent, for each of the three contents (12 inferences).
The computational overhead of this procedure is at worst n log n, corresponding to sorting each of the X and Y values.
A median percent deviation was taken at each timepoint, corresponding to sorting all the deviations at a given timepoint from lowest (ε t i m e = i,1) to highest (ε t i m e = i, n ), and focusing on the middle (or median) value (ε t i m e = i, n /2).
