<p>(A) Correlations between the fitted risk parameters in the satiated state and in the deprived state across all subjects for all reward types. Each point represents the fitted risk parameters in both states for a single subject. (B) Correlations between the fitted risk parameters in the satiated state and the difference in the risk parameters (deprived - satiated) across all subjects for all reward types. The risk parameters for all reward types in each subject were jointly estimated. The black line represents the unity line. The red line represents the least square fit. The green circle highlights an example subject that became less risk averse when in the deprived state. The red circle highlights an example subject that became more risk...
<p>Differences in individual risk predictions between risk scores and risks estimated using competin...
The internal state of an organism affects its choices. Previous studies in various non-human animals...
This dataset contains data collected on 25 pathologically anxious individuals (meeting criteria for ...
<p>The values of the fitted risk parameters (using maximum likelihood estimation) as a function of s...
<p>The results of the logit regression on choice for the representative agent for all reward types. ...
<p>(<i>A</i>) Bayesian Information Criterion scores for each model (a low score is better). Models b...
Pearson’s correlations between benefit and harm for the low and high NFC groups; the significance of...
<p>Correlation between intolerance of risk in the lottery game and extreme choices in other games.</...
Contains fulltext : 95483.pdf (publisher's version ) (Open Access)Cumulative prosp...
Correlations of risk-taking behavior, diurnal preference, anxiety, and sleep disturbance.</p
Boxes represent observed variables, long arrows represent regressions, double headed arrows represen...
<p>(A) Fear scores (vertical axis) correlate linearly with shyness scores (horizontal axis). The sol...
<p>(A) Correlation, <i>ρ</i>(<b>V</b><sub><i>g</i></sub>, <b>V</b><sub><i>f</i></sub>), between regr...
Correlations of risk propensity, diurnal preference, anxiety, and sleep disturbance.</p
<p>The values of the regressions conducted on the proportion to choose the lottery option (Non-Param...
<p>Differences in individual risk predictions between risk scores and risks estimated using competin...
The internal state of an organism affects its choices. Previous studies in various non-human animals...
This dataset contains data collected on 25 pathologically anxious individuals (meeting criteria for ...
<p>The values of the fitted risk parameters (using maximum likelihood estimation) as a function of s...
<p>The results of the logit regression on choice for the representative agent for all reward types. ...
<p>(<i>A</i>) Bayesian Information Criterion scores for each model (a low score is better). Models b...
Pearson’s correlations between benefit and harm for the low and high NFC groups; the significance of...
<p>Correlation between intolerance of risk in the lottery game and extreme choices in other games.</...
Contains fulltext : 95483.pdf (publisher's version ) (Open Access)Cumulative prosp...
Correlations of risk-taking behavior, diurnal preference, anxiety, and sleep disturbance.</p
Boxes represent observed variables, long arrows represent regressions, double headed arrows represen...
<p>(A) Fear scores (vertical axis) correlate linearly with shyness scores (horizontal axis). The sol...
<p>(A) Correlation, <i>ρ</i>(<b>V</b><sub><i>g</i></sub>, <b>V</b><sub><i>f</i></sub>), between regr...
Correlations of risk propensity, diurnal preference, anxiety, and sleep disturbance.</p
<p>The values of the regressions conducted on the proportion to choose the lottery option (Non-Param...
<p>Differences in individual risk predictions between risk scores and risks estimated using competin...
The internal state of an organism affects its choices. Previous studies in various non-human animals...
This dataset contains data collected on 25 pathologically anxious individuals (meeting criteria for ...