However, YB-treated diabetic rats maintained a normal brainstem function over the experimental period.
Control rats maintained a steady weight gain and a good health status (Fig. 1A).
The rats maintained a normal weight gain during this period.
We observed that even in the extended flare 3, the disease was mild and the rats maintained a healthy status throughout the course of the study.
When rats maintained a stable baseline level of alcohol (ethanol) consumption (4.3 ± 0.2 g/kg/24 h) for 4 weeks (12 drinking sessions in total), they were randomly divided into three groups which received infusion of Ad-miR-382, control adenovirus Ad-GFP or vehicle (saline), respectively, into the NAc as described above.
More importantly, they found that rats maintained a high discrimination performance (above 80% correct) no matter whether position-matched objects in the stimulus scenes were approximately equated in terms of area, luminance (i.e., gray level, since each object was rendered in a uniform gray intensity value) and luminous flux (i.e., area × luminance).
OR rats maintain a lean phenotype over time, suggesting that the negative caloric benefit of OXA-induced SPA appears to outweigh the positive calories due to OXA-induced hyperphagia.
Moreover, it made the rats maintain a persistent motivation which has been defined as the mapping between outcome and its value during goal-driven task [ 35, 36].
In this letter, we attempt to correct a potentially serious misperception arising from the paper "Rats maintain an overhead binocular field at the expense of constant fusion".
The present letter refers to a recent (2013) Nature article by Wallace, Greenberg, Sawinski, and colleagues entitled 'Rats maintain an overhead binocular field at the expense of constant fusion'.
