![]() ![]() Their twitter account, highlights recent trainings as well. ![]() The group is actively doing live training sessions as well for anyone interested in using touchscreens in their tasks. Most recently, the group has developed which is a place for user forums, discussion, training information, etc. Additionally, in 2013, three separate Nature Protocols articles were published by this group, with details on how to use the touchscreens in tasks assessing executive function, learning and memory, and working memory and pattern separation in rodents (Horner et al., 2013 Mar et al., 2013 Oomen et al., 2013). The group published a “tutorial” paper detailing the behavior and proper training methods to get rats to perform optimally using these devices (Bussey et al., 2008). In short, the touchscreens allow for computer-aided graphics to be presented to a rodent and the rodent can make choices in a task based on which stimuli appear. In efforts to develop a cognitive testing method for rodents that would optimally reflect a touchscreen testing method in humans, Bussey et al., (1994, 1997a,b) developed a touchscreen apparatus for rats, which was subsequently adapted for mice as well. Most notably, their sister project, MouseBytes, is an open-access database for all cognitive data collected from the touchscreen-related tasks: While the touchscreens themselves are not an open-source device, we appreciate the open-science push for creating a user community, performing workshops and tutorials, and data sharing. Tim Bussey and Lisa Saksida from Western University and the BrainsCAN group developed touchscreen device chambers that can be used to measure rodent behavior.
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