If an executive control function was indeed necessary to access memory, there seems to be little reason to begin with why it would be different for specific types of information (in this case color and alphanumerical items).
19 Results might be different for specific subgroups.
It is likely that the results would be different for specific viral (RSV, CMV) or fungal (PCP) pathogens, but limited control data precludes the analysis (because clinicians rarely test immunocompetent patients for these pathogens).
Hence, the asymmetric permeability of cristae junctions is able to strongly modulate Klong, inducing substantial deviations of diffusivity relative to the symmetric p. In this scenario, if values of p are different for specific protein components of the IM, this should induce not only their sorting into the membrane compartments, but also a considerable spread in observable diffusion rates.
Sub -group analysis was undertaken to determine whether outcomes were different for specific symptom sub groups.
On the other hand, it remains to be elucidated whether the associations are different for specific stress exposures, depending on the treatment and specific disease outcomes.
The λ b n is the nutrient molecule binding rate to fibronectin; λ u n is the uptake rate by cells, and it is different for specific types of cells.
The mean duration of prescriptions, excluding enemas, was 273 days (±603, median 49, range 1 to 4,854) and was different for specific drugs (lowest for macrogol 4,000 195 days (±233, median 124, range 1 to 1,124), followed by sodiumpicosulphate 307 days (±716, median 73, range 1 to 3,766) and longest for macrogol 3,350 522 days (±922, median 38, range 1 to 3,766)).
Alternatively, it may well be that every one of these models is correct at a particular stage of oogenesis or embryogenesis or that the repression is different for specific mRNAs, depending on binding sites for other proteins such as Pumilio and EDEN-BP.
The precise algebraic distance dependence of the screened electrostatic energy may be different for each specific channel, fluid, and impurity, but we adopt here the common Debye-Hückel approximation in which this energy at a distance ρ e from the surface is taken as ∝ ( z e / ρ e ) exp ( − ρ e / λ D ) where λD is the so-called Debye length.
Although the actual curves and the quantitative results would be different for each specific study, the methodology of selecting a sample based on individual and network characteristics will guide future studies.
