migration of ukrainian nationals to italy women on the move

The chapter describes the main characteristics of Ukrainian migration to Italy and the major studies of this migratory process, which is characterized by the key role of middle-aged women. Ukrainian migration is analyzed from the gender perspective and contextualized within the social, economic and political transformations involving Ukraine and Italy in recent decades. Furthermore, the main socio-demographic features of the Ukrainian presence in Italy are described from both the statistical and qualitative points of view, drawing on the most detailed and interesting studies of Ukrainian migration. In particular, the most typical profiles of Ukrainian migrant women are illustrated – "the migrant in transit" and "the permanent migrant" – to show the plurality of migration patterns and the role of structural constraints

Grasping neurons in the ventral premotor cortex of macaques are modulated by social goals

Although it is established that F5 neurons can distinguish between nonsocial goals such as bringing food to the mouth for eating or placing it in a container, it is not clear whether they discriminate between social and nonsocial goals. Here, we recorded single-unit activity in the ventral premotor cortex of two female macaques and used a simple reach-to-grasp motor task in which a monkey grasped an object with a precision grip in three conditions, which only differed in terms of their final goal, that is, a subsequent motor act that was either social (placing in the experimenter’s hand [“Hand” condition]) or nonsocial (placing in a container [“Container” condition] or bringing to the mouth for eating [“Mouth” condition]). We found that, during the execution of the grasping motor act, the response of a sizable proportion of F5 motor neurons was modulated by the final goal of the action, with some having a preference for the social goal condition. Our results reveal that the representation of goal-directed actions in ventral premotor cortex is influenced by contextual information not only extracted from physical cues but also from cues endowed with biological or social value. Our study suggests that the activity of grasping neurons in the premotor cortex is modulated by social context