This paper revisits the procedure developed by Sato (1983) who advocated Aggregate Correct Revelation in the sense that the sum of the Nash equilibrium strategies always coincides with the aggregate value of correct preferences for public goods.
Importantly, as in nonhuman primate studies, making correct preferences was only possible after correctly discriminating novel and familiar stimuli [17].
Correcting preferences obtained for body mass or BMI by taking into account individual self-perception biases (either additively or multiplicatively) led to very similar results.
It is clear that although AM1 shows the correct selectivity preference, this is significantly overestimated.
Thus, making correct reward preference decisions (see methods) was only possible after correctly discriminating novel and familiar stimuli.
As a consequence, recessed signal sequences−such as those present in glycophorin-binding protein 130 (GBP130) and the ring-infected erythrocyte surface antigen (RESA)−might be actually cleaved to bring the PEXEL motif into the correct positional preferences required for further transport.
Additionally, we confirmed that the rescue effect was not male specific because also in female Fmr1 −/− mice genetic reduction of eIF4E phosphorylation corrected impaired preference for social novelty.
Recognition speed, correct response, and preference ranking were dependent variables in both experiments.
Not only did rats head directly for the correct corner in preference to any other corner, but they also spent most time in this corner.
