Male and female mice learn RL+WM behavior task similarly across set sizes and development.

<p>Within the first 200 trials per odor in the novel odor phase, both males (A) and females (D) showed an average performance (fraction correct) significantly above chance (dotted black line at 50%, dotted green line at 70%) in both set size = 2 and set size = 4. Trials are binned as trials pe...

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Bibliographic Details
Main Author:	Juliana Chase (20469427) (author)
Other Authors:	Liyu Xia (11061087) (author), Lung-Hao Tai (20469430) (author), Wan Chen Lin (14055537) (author), Anne G. E. Collins (4011860) (author), Linda Wilbrecht (11061099) (author)
Published:	2024
Subjects:	Neuroscience Sociology Science Policy Mental Health Biological Sciences not elsewhere classified using logistic regression stay strategy increased softmax beta parameters single behavioral session aid comparative study reinforcement learning alongside rapid working memory odor set sizes incremental reinforcement learning adult mice use back strategies may associate odor stimuli strategies mice use learning concurrent stimulus wm task translated short term memory working memory adult mice back strategies associate stimuli back perseverative learning systems learning rate learning performance incremental rl task experience simple form right port rewards within receive reward new models gonadal hormones first acquire findings advance computational models comparable task 4 odors
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Male and female mice learn RL+WM behavior task similarly across set sizes and development.

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