The last couple of months have seen significant progress with the PSP project and some important milestones for Siobhan’s PhD. We’ve been delighted to have seen a big increase in people volunteering for the PSP project, and I’m pleased to say we are now at 20 participants, which means we are slightly ahead of schedule. We’re particularly grateful to the wonderful research nurses in James Cook, Gateshead and Sunderland for their efforts to recruit people, and to the local PSPA co-ordinators who have helped publicise the study. We still need people to take part, especially for our age matched control group, so please get in touch if you are interested. We also had a very nice meeting with Maria from the County Durham PSPA, who let Alexis and I update the group on progress with the project and pitch some ideas for new research projects. They gave us quite a grilling, but the feedback was extremely valuable!
It was also lovely to catch up with Siobhan, who returned to Durham to graduate her PhD at Durham Cathedral. It was a very proud day! There was more good news from Siobhan, as the 3rd paper from her PhD was accepted and appeared in Vision Research on the last day of the year. The paper shows that measuring VSWM capacity with mouse pointing produces a rather different pattern of resource allocation than measuring with finger pointing (imprecision asymptotes at set sizes larger than 2, rather than monotonically increasing), we think because of the additional visuomotor transformations required by mouse pointing. You can read all about it here: Precision in spatial working memory examined with mouse pointing – ScienceDirect






downwards, which makes it hard for them to see what is happening in the lower visual field. Many everyday tasks like eating, reading and using a computer rely on being able to look down into the lower part of the visual field, which makes them very difficult for people with PSP. Prism glasses bend the light so that that the lower visual field can be seen without having to move the eyes. They are cheap and easy to use, so appear to have great potential as a compensatory tool. They are widely used to treat other neurological disorders which affect vision, such has hemispatial neglect and
am, I thought I should try and make my talk a bit broader than the usual premotor-theory bashing schtick Soazig and I indulge in. I took some inspiration from a talk