Suicidality Among Syrian Refugee Children in Jordan.

History of adverse events in childhood is one of the strongest predictors of developing negative mental health outcomes with suicidality being the most devastating consequence. Syrian refugee children are at very high risk of developing mental illness, however, the prevalence and significance of suicidal thoughts among this population remains undocumented. A total of 339 Syrian refugee children and adolescents aged 10 to 17 years and their parents living in Jordan were surveyed to assess resilience, depression and suicidality. Demographics and parental depression were correlated with child suicidality. Multivariate logistic regression analyses were used to determine the predictors of suicidality within this population. A total of 94 (27.7%) children reported suicidal statements. In the multivariate analyses we found that younger children were more likely to state suicidal ideation than older children. Of the children who stated suicidal ideation, 49 were in primary school, 19 in pre-secondary and 26 in upper-secondary school. In the multivariate analyses, mild (OR 2.633 (95% CI 1.283, 5.709)) and high (OR 6.987 (95% CI 3.532, 14.614)) depression levels among the surveyed children were predictive of suicidality. Experiencing bullying was also predictive of suicidality (OR 2.181 (95% CI 1.179, 4.035)) when compared to those who did not report any bullying. We report high rates of suicidal ideation among Syrian refugee children, especially in children with exposure to pre-existing depression or bullying. Prevention through raising awareness, education and early detection of depression are needed to address suicidality in this and other vulnerable populations of children.

Resilience and Mental Health Among Syrian Refugee Children in Jordan.

Refugee populations are at high risk of experiencing trauma and developing negative mental health outcomes. The resilience of Syrian refugee children is not well established as far as modifying the association between trauma and mental illness. A total of 339 Syrian refugee children aged 10 to 17 were surveyed to assess resilience, depression and history of trauma. All children reported exposure to at least one traumatic event, 48.6% reported exposure to highly salient traumatic events such as being held hostage, kidnapping or imprisonment. High rates of suicidal ideation and depression symptomatology were found. Resilience was strongly inversely related to depression. Relational support was found to be the most protective resilience factor and was the most highly correlated with less depressive symptomatology. Empowering children and families to build resilience through social support may be a viable prevention and management approach to other unaffordable or unavailable treatments for mental illnesses.

The neural mechanisms of antennal positioning in flying moths.

In diverse insects, the forward positioning of the antenna is often among the first behavioral indicators of the onset of flight. This behavior may be important for the proper acquisition of the mechanosensory and olfactory inputs by the antennae during flight. Here, we describe the neural mechanisms of antennal positioning in hawk moths from behavioral, neuroanatomical and neurophysiological perspectives. The behavioral experiments indicated that a set of sensory bristles called Böhm's bristles (or hair plates) mediate antennal positioning during flight. When these sensory structures were ablated from the basal segments of their antennae, moths were unable to bring their antennae into flight position, causing frequent collisions with the flapping wing. Fluorescent dye-fills of the underlying sensory and motor neurons revealed that the axonal arbors of the mechanosensory bristle neurons spatially overlapped with the dendritic arbors of the antennal motor neurons. Moreover, the latency between the activation of antennal muscles following stimulation of sensory bristles was also very short (<10 ms), indicating that the sensorimotor connections may be direct. Together, these data show that Böhm's bristles control antennal positioning in moths via a reflex mechanism. Because the sensory structures and motor organization are conserved across most Neoptera, the mechanisms underlying antennal positioning, as described here, are likely to be conserved in these diverse insects.