Brian M. Sweis

This study shows LINC00473 in mPFC modulates sex-dependent change-of-mind behavior in mice by affecting value caching and mistake weighting in a neuroeconomic task.

This study examines how diabetes affects decision-making behaviors in mice using a neuroeconomic foraging paradigm, revealing altered valuation strategies and cognitive heuristics.

This paper introduces a dual-channel miniscope for simultaneous two-wavelength calcium imaging in freely behaving mice, showing spatial coding changes over time.

This study shows that ketamine reduces stress-induced hypersensitivity to sunk costs in mice, suggesting it may improve decision-making by reducing reliance on past losses.

The paper investigates how CREB function in specific brain regions influences distinct forms of regret related to resilience and susceptibility to chronic stress in mice.

This study identifies a mechanism where hippocampal ensembles are remodeled to support memory-updating in mice during spatial reversal tasks.

The paper tests a model proposing that sunk cost sensitivity in foraging tasks is due to task performance mechanics, finding it incompatible with data and supporting actual sunk cost sensitivity.

The paper shows that APP mice, a model of Alzheimer's disease, exhibit sex-specific changes in decision-making strategies, with impaired procedural cognition and reliance on deliberation, linked to striatal amyloid-beta pathology.