Halsey Le (foldtoilet9)

Hemiconvulsion-hemiplegia-epilepsy (HHE) syndrome is a rare syndrome characterized by childhood onset partial motor convulsions, hemiplegia, and epilepsy in sequence. We presented a girl with global developmental delay with history and brain MRI consistent with the diagnosis of HHE syndrome. The cytogenetic microarray (CMA) showed 9.1 Mb deletion in 5q33.3q34 region. Along with HHE syndrome, the patient also had global developmental delay. Clinical phenotype of this microdeletion region has not been described in association with HHE syndrome in the literature. We compared the patient's phenotype with other patients in previously published papers of a common region of deletion spanning 157501989-164166203. GABRA1, GABRB2, GABRG2, CYFIP2, and THG1 are the important genes in the present deleted region, which may be responsible for the fever sensitivity and global developmental delay. This is the first case of HHE syndrome in which CMA showed a microdeletion of 5q33.3q34 region. This case report links HHE syndrome and global developmental delay to microdeletion of 5q33.3q34, which has never been reported in literature. The cause of HHE syndrome remains unexplained in present case and HHE may be a causal or chance co-occurrence. To describe the findings and recommendations of the general health assessment (GHA) of newly resettled refugee children in Denmark. This cross-sectional study included children (aged <18 years) undergoing GHA from 2017--2019 at a university hospital Section of Immigrant Medicine. GHA was offered to all refugees newly resettled in the Municipality of Copenhagen. It comprised of a structured questionnaire, clinical examination, blood test, and recommendations. In the study period, 107 children were eligible, 100 children had a GHA performed, of whom all were included in the study. Trauma was reported in 61% (n=61/100) of children. The median duration of the asylum-seeking process was 18 months (IQR 8--24) and the highest number of relocations was nine. Latent tuberculosis (n=2/100 (2%)) was the only infectious disease diagnosed. Specific recommendations for follow-up were frequent and included referral to specialist departments (n=26/100 (26%)), suggestions for family doctor (n=96/100 (96%)) and for municipality (n=62/100 (62%)). Self-reported trauma was frequent among 100 newly resettled refugee children. For most children, the asylum process was protracted and included several relocations. Specific follow-up recommendations were given to the vast majority. GHA may contribute to improving health, which could possibly support integration for the child and family. Self-reported trauma was frequent among 100 newly resettled refugee children. For most children, the asylum process was protracted and included several relocations. Specific follow-up recommendations were given to the vast majority. GHA may contribute to improving health, which could possibly support integration for the child and family.Soybean mosaic virus (SMV) is one of the most widespread and devastating viral diseases worldwide. The genetic architecture of qualitative resistance to SMV in soybean remains unclear. Here, the Rsvg2 locus was identified as underlying soybean resistance to SMV by genome-wide association and linkage analyses. Fine mapping results showed that soybean resistance to SMV strains G2 and G3 was controlled by a single dominant gene, GmST1, on chromosome 13, encoding a sulfotransferase (SOT). A key variation at position 506 in the coding region of GmST1 associated with the structure of the encoded SOT and changed SOT activity levels between RSVG2-S and RSVG2-R alleles. In RSVG2-S allele carrier "Hefeng25", the overexpression of GmST1 carrying the RSVG2-R allele from the SMV-resistant line "Dongnong93-046" conferred resistance to SMV strains G2 and G3. Compared to Hefeng25, the accumulation of SMV was decreased in transgenic plants carrying the RSVG2-R allele. SMV infection d