During discrimination learning, animals receiving TCVs had improved performance on reversal testing, although some of these same animals showed poorer performance in subsequent learning-set testing.
In this work, we compare the performance of flow-reversal, internal-recirculation and loop reactors.
The two groups were well matched in terms of performance during reversal 1.
These findings suggest that short-term CR or RP effectively induce regression of age-related left ventricular hypertrophy, amelioration of myocardial performance, and reversal of diastolic dysfunction.
This paper presents the underlying theory, associated mathematical modelling and analysis of a sponge-layer damping technique, termed the Time-Reversal-Sponge-Layer (TRSL), that significantly improves the performance of aeroacoustic Time-Reversal (TR).
Neither NAc core or shell lesions nor DLS lesions affected the main indices of reversal performance.
Both actors had received critical acclaim for their performances in Reversal of Fortune and Goodfellas respectively, and the studio felt that they would appeal to a wider audience.
Performance in reversal learning is indexed by the number of perseverative errors committed when participants maintain their response towards previously reinforced stimulus in spite of negative reward.
Similarly, Dias, Robbins, and Roberts (1996) concluded poor performance in reversal learning tasks resulted from a lack of inhibitory control mediated by the prefrontal cortex in marmosets, Callithrix jacchus.
Animals in both groups received similar dosing and timing of TCVs; thus, it appears that animals receiving TCVs on the accelerated schedule demonstrated improved performance during reversal testing.
CPP performance expressed as the percentage of reversal (Fig. 3) was 55±11% in CTL animals and was not significantly different in CR (74±13%, U = 42, p = 0.249) and RSV supplemented animals (55±12%, U = 39.5, p = 0.929).
