Numerical models support the assertion that the shape of the measured salinographs, i.e. an initial sharp rise in the salt concentration with time, followed by a continually-slowing decrease, must be attributed to density-driven salt fingering.
The size decrease must have resulted from sedimentation of the ZnO particles within the investigation period of 3 days.
The FRET decrease must therefore reflect the decreased cytosolic steady-state concentration, which results from the combined effects of rapid metabolism, efflux and/or transient storage.
How this decrease must be evaluated is debatable.
To achieve reversion to negativity in patients with a high initial IFN-γ level, the absolute decrease must be profound.
Why the mean Emax might decrease must be evaluated with respect to benefit in reducing ventricular work or a negative inotropic effect of saline.
Why the mean Emax might decrease must be evaluated with respect to likely benefit in reducing ventricular work and oxygen consumption, or reflecting a negative inotropic effect of saline that is masked by the reduced afterload effect.
But as profits decrease, corners must be cut.
either increase or decrease, we must demand the increase.
