17 research outputs found

    Crime and Prices

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    The impact of organized crime on inter-regional price disparities in Russia is estimated for each year from 1992 to 2000, and over the panel of 1993-2000, using a sample of 70 Russian regions, and that of 50 regions from the European part of the country. The relationship between prices and crime is, for the most part, statistically significant and positive. Organized crime considerably contributes to the average cross-region price dispersion. However, the effect of organized crime has been diminishing over time.Organized crime, Price dispersion, Market integration, Russia, Russian regions

    Atypical modulation of face-elicited saccades in autism spectrum disorder in a double-step saccade paradigm

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    Atypical development of face processing is a major characteristic in autism spectrum disorder (ASD), which could be due to atypical interactions between subcortical and cortical face processing. The current study investigated the saccade planning towards faces in ASD. Seventeen children with ASD and 17 typically developing (TD) children observed a pair of upright or inverted face configurations flashed sequentially in two different spatial positions. The reactive saccades of participants were recorded by eye-tracking. The results did not provide evidence of overall impairment of subcortical route in ASD, However, the upright, but not the inverted, face configuration modulated the frequency of vector sum saccades (an index of subcortical control) in TD, but not in ASD. The current results suggest that children with ASD do not have overall impairment of the subcortical route, but the subcortical route may not be specialized to face processing

    Faces do not capture special attention in children with autism spectrum disorder: a change blindness study

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    Two experiments investigated attention of children with autism spectrum disorder (ASD) to faces and objects. In both experiments, children (7- to 15-year-olds) detected the difference between 2 visual scenes. Results in Experiment 1 revealed that typically developing children (n = 16) detected the change in faces faster than in objects, whereas children with ASD (n = 16) were equally fast in detecting changes in faces and objects. These results were replicated in Experiment 2 (n = 16 in children with ASD and 22 in typically developing children), which does not require face recognition skill. Results suggest that children with ASD lack an attentional bias toward others' faces, which could contribute to their atypical social orienting
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