Sentence examples for substantially increased at from inspiring English sources
T-cell responses were: CD8-biased; evenly distributed across the three HIV-1 antigens; not substantially increased at the higher dose; and detected at similar frequencies one year following injection.
Cell lysates were immunoblotted for Flag-IRF7 and, following a short exposure time, Ro52-induced IRF7 degradation was observed, an effect which was substantially increased at the highest concentration of Ro52 (Figure 4A).
Only if reimbursement rates are substantially increased at the village clinic level would village clinics become more attractive to patients.
First, we examined H3K4me3 and find that this modification is substantially increased at both IgL loci between the pro-B and pre-B-cell stages.
Compared to pure water, the stability of oxytocin was substantially increased at 4°C in the presence of the buffer salts.
20 The blood glucose concentrations of GK-C rats substantially increased at 14 to 15 weeks and finally reached a plateau at around 18 weeks of age.
In potential-control experiments, the current density substantially increases at relevant potential values.
The higher sensitivity at night in the low scotopic range indicates that rod input to horizontal cells substantially increases at night, compared to the day.
Specifically, under dark-adapted conditions, these second-order cells respond to very dim light in the low scotopic range at night, but to mesopic light (see definition in Materials and Methods) in the day, demonstrating that rod input to A-type horizontal cells substantially increases at night.
The closed-state population substantially increases at and above 36°C for hTRAP1 while zTRAP1 maintains a higher level of % closed at even lower temperatures, consistent with the differences in physiological temperatures of the two species.
In contrast, loss of SIRT3 results in substantially increased acetylation at targeted sites that exceeds any changes observed at these same sites in fasted, calorie-restricted, or obese wild-type animals, indicating that the role of SIRT3 in suppressing acetylation is greater than the effect of dietary manipulations on acetylation levels at these sites (e.g., see Fig 3D).
