Implications for computational modeling of navigation in the Morris water task and related tasks are discussed.
In four experiments a new virtual preparation for humans of the Morris water task (VMWT) was used.
Four experiments designed to extend this work to humans in a computerized, virtual Morris water task are also described.
Rats were evaluated for acquisition and retention in the Morris water task over 12 weeks after gene transfer.
This paper provides a brief review of this literature with an emphasis on recent findings in the Morris water task.
We find that males perform significantly better than females on the mental rotation task and in finding a hidden platform in the virtual Morris water task.
The other two tests are virtual analogues of two tasks used classically to assess spatial memory in rodents: the Morris water task and an eight-arm radial maze.
DA-HAN rats with partial or total lesion of climbing (CF) and parallel fibers (PF) inputs of the cerebellum were tested in a water task.
Thirty-four individuals with schizophrenia and twenty-eight healthy controls underwent fMRI scanning during a block design virtual Morris water task using hidden and visible platform conditions.
Our objective was to characterize the differential distributed neural circuits involved in virtual Morris water task performance using independent component analysis (ICA) in schizophrenia patients and controls.
