[Effects of Monitoring "Out-of-Area" Vaccinated Children on Data Quality, San Pedro Health District, Côte D'ivoire in 2019].

In order to improve the quality of vaccination data from the health centers, we carried out the follow-up of "out-of-area" children, vaccinated in the district of San Pedro. The objective of this work was to measure the effects of taking into account the "out-of-area" vaccinated children on the quality of the data and the immunization performance of the health centers. This monitoring, which was carried out between March and August 2019, consisted of four steps: the vaccination of "out-of-area" children by the health center, the monthly update in the register of the status of vaccinated "out-of-area" children, the accounting of these children, and the re-evaluation of the health center's vaccine performance.

[Performance of the Strategy to Catch Up with Drop Out and Unvaccinated Children in Côte d'Ivoire in 2018].

To improve the performance of Côte-d'Ivoire's immunization program, we have implemented a strategy to catch up with drop out children (DOC) and unvaccinated children (UVC) in 14 Health Districts (HDs) with the lowest measles vaccination coverage. This article presents the effectiveness and cost of this strategy. We selected the areas with the highest numbers of DOC: 5 health areas (HAs) per HD and 5 villages/neighborhoods per HA.

[Secondary cheiloplasty in the treatment of cleft lip and palates].

In the course of treatment of cleft lip and palates, the quality of primary cheilo-rhinoplasty is essential to limit aesthetic and functional complications. This is why these primary reconstructions come under the domain of specialised centres with multidisciplinary teams. Unfortunately, residual imperfections often remain, especially in bilateral clefts, and secondary cheiloplasties represent for us a complex challenge.

The supramammillary nucleus and the claustrum activate the cortex during REM sleep.

Evidence in humans suggests that limbic cortices are more active during rapid eye movement (REM or paradoxical) sleep than during waking, a phenomenon fitting with the presence of vivid dreaming during this state. In that context, it seemed essential to determine which populations of cortical neurons are activated during REM sleep. Our aim in the present study is to fill this gap by combining gene expression analysis, functional neuroanatomy, and neurochemical lesions in rats.