While IL-6 and CRP were significantly correlated (r=0.514, see online supplementary table S1), this correlation suggests that IL-6 levels do not fully explain CRP levels at any given moment.
This correlation suggests that Eqs.
This correlation suggests that terrestrial gas is sensitive to small changes in strain.
This correlation suggests that somehow these two variables are representing a similar concept.
This correlation suggests that sustained alluvial fan aggradation may be driven by intense summer-season storms.
This correlation suggests that loop instability may promote local unfolding, exposing aggregation-prone surfaces.
This correlation suggests that calcite cementation and pore-filling kaolinite reduce velocity anisotropy of the Ferron sandstone by reduction of the net grain alignment or preferred pore orientations.
This correlation suggests that disturbances initiated by Io are affecting energetic particles as far out as jovicentric distances of 12 RJ, 6 RJ outside the Io orbit.
This correlation suggests that τ is – for a given value of ψ – larger in upward than in downward Taylor flow because of buoyancy.
This correlation suggests that there is a constraint weakly tying these parameters together so that the changes in one parameter also affect other parameters, depending on the physiological locations.
This correlation suggests that seismic attributes, such as instantaneous frequencies, dominant frequencies, and other frequency-related and amplitude-related attributes (such as envelope, quality factor, etc)., can be employed to predict resistivity.
