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### Neuroimaging  One of the authors of this report co-authored a review article on recent advances in TS neuroimaging \citep{26543796}. Additional publications are listed below.  | **Title** | **Comment** |  |:----------|:------------|  | Multivariate pattern classification of pediatric Tourette syndrome using functional connectivity MRI \citep{Greene_striatal_fcMRI} | – |  | Brain structural MRI in pediatric Tourette syndrome \citep{TSANIC:VBM:London} | – |  | An fMRI study of imagined and actual movements \cite{26566185} | – |  ### Clinical and neuropsychological studies 
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| Anthropomorphic triangles \citep*{26177119} | This clever study results from Dr. Eddy's research on social cognition in TS. People with TS tended to attribute human-like intentions to brief ambiguous animated sequences showing two triangles moving. This tendency was not explained by other constructs such as executive function, alexithymia or clinical symptoms. |  | Baby videos provide a clue \citep{26246137} | Videos of 18 boys, recorded before age 6 months, showed more fidgety movements in 10 boys who later were diagnosed with autism spectrum disorder than in 8 boys who had only transient autistic features. Many of the latter had tics and ADHD. These results, combined with the recent nearly ubiquitous availability of home baby videos in some cultures, suggest a pseudo-prospective study design to identify features predicting later development of TS.|  | The eyes have it \citep{26175694} | A measure of cognitive control explained half of the variance in tic severity. Blink rate—related to dopamine—was higher in children with TS than in controls. Pupil diameter—related to norepinephrine—was correlated to anxiety. |  | Electrophysiological similarities in Tourette syndrome and chronic tic disorder \citep{26531497} | – |