Medical education in Syria at a time of crisis: Analysis of the results of the knowledge-based National Medical Examination.

Objective: This study explored how the Syrian crisis, training conditions, and relocation influenced the National Medical Examination (NME) scores of final-year medical students.

Methods: Results of the NME were used to denote the performance of final-year medical students between 2014 and 2021. The NME is a mandatory standardised test that measures the knowledge and competence of students in various clinical subjects.

Syrian crises effect on specialty choice and the decision to work in the country among residents of six major hospitals in Syria, Damascus.

Assessing the impact of war on medical residents' specialty choices and migration decisions is critical to ensure the sustainability of healthcare systems worldwide. This study aimed to evaluate the effect of the Syrian crisis on specialty choices, related factors, and decisions to work in Syria among residents of six major university hospitals in Damascus. A cross-sectional study was conducted using a validated questionnaire from 20/4/2022 to 20/5/2022, including all eligible residents with no missing data.

Imitation of intentional and accidental actions by children with autism.

To determine whether children with autism (CWA) would selectively imitate intentional, as opposed to accidental actions, an experimenter demonstrated either an "intentional" and an "accidental" action or two "intentional" actions on the same toy [Carpenter, Akhtar, & Tomasello (1998a) Infant Behavior and Development, 21, 315-330]. CWA tended to imitate the experimenter exactly. Children with developmental delay and older typically developing children (TD) reproduced only the intentional action as often as they imitated the experimenter exactly.

[Evaluation of locomotor activity after a local induction of toxic demyelination in the brainstem of Wistar rats].

Ethidium-bromide (EB)-induced lesions have been used to investigate the incomplete remyelination in the central nervous system, as well as to evaluate therapeutic strategies to accelerate the reconstruction of the lost myelin sheaths. Although many electrophysiologic studies were performed in situations of experimental demyelination and remyelination, their behavioural effects have not been properly analyzed. In this study, we investigated ultrastructurally the EB - demyelinating lesions as well as the locomotor activity of rats during the beam walking test after a focal induction of demyelination using the EB model in the ventral surface of the brainstem.