Fully automated closed-loop control showed a comparatively lower time in range, although these systems require considerably less patient effort (9, 17, 24, 26, 27, 31, 34, 35, 41, 42).
The production is lower when the time range is larger, probably due to the low pass filter effect of cumulating the rainfall rate.
However, as the BGP concentration increases, they can attract the water molecules away from the CS chains, resulting in the direct ionic interaction between BGP and protonated CS to produce the gel with the lower time in the range of body temperature.
The lower end of this usable time range occurred when the free fraction grew close to its equilibrium value (i.e., conditions under which little dissociation occurred).
Rates of hospitalizations related to non-cerebrovascular disease (i.e., myocardial infarction, angina) were considerably lower at all points in time (range: 0.01 0.02 per patient year).
Within-strain SD was generally lower for % center time than for TST immobility, averaging only 6% (range 1 16%); however, the overall % center time range was also lower (0.5 32%).
This time range corresponds to oscillation frequencies from about 5.5 Hz to 2 Hz, overlapping the lower part of the classical theta band (4 7 Hz).
