Police programmes that seek to increase community connectedness for reducing violent extremism behaviour, attitudes and beliefs.

Background: Police can play a role in tackling violent extremism through disrupting terrorist plots and by working with communities to identify individuals at risk of radicalisation. Police programmes to tackle violent extremism can involve a range of approaches and partnerships. One approach includes efforts to improve community connectedness by working to address social isolation, belonging, economic opportunities and norms and values that may lead people to endorse or support violent extremist causes and groups.

PROTOCOL: Police programs that seek to increase community connectedness for reducing violent extremism behaviour, attitudes and beliefs.

Community engagement and connectedness are identified as potential mitigating factors for those at risk of engaging in violent extremism. Police have a critical role in promoting social inclusion and social connectedness and thereby preventing violent extremism. Thus, it is essential to understand the effectiveness of policing programs aimed at promoting community connectedness and their impact on reducing violent extremism.

Reduction of cingulate gray matter density in poor outcome bipolar illness.

Structural brain abnormalities are associated with poor outcome unipolar depressive disorder. Gray matter density can be assessed with an automated, operator independent analysis (SPM99). We thus compared 11 poor outcome bipolar patients with 15 age-, sex- and IQ-matched healthy volunteers with a standard neuropsychological examination and an Elscint 2.

Bilateral brain abnormalities associated with dominantly inherited verbal and orofacial dyspraxia.

The KE family is a large three-generational pedigree in which half of the members suffer from a verbal and orofacial dyspraxia in association with a point mutation in the FOXP2 gene. This report extends previous voxel-based morphometric analyses of magnetic resonance imaging (MRI) scans (Watkins et al. [2002] Brain 125:465-478) using a bilateral conjunction analysis.