Girard N, .  et al. 0

Milh M

or XLF, .  et al. 0

in 2q35. The NHEJ1 gene was recently identified as being responsible for autosomal recessive immunodeficiency with microcephaly. Using quantitative PCR experiments

P35 and P55). We focused on regions of the pons and the medulla oblongata directly involved in the regulation of autonomic functions. Our results show that the expression of MeCP2 is heterogeneously expressed throughout the postnatal mouse brainstem. MeCP2 expression in each area studied is restricted to neurones. The developmental pattern is mainly characterized by a postnatal decrease of the Mecp2 mRNA and an increase of the MeCP2 protein staining level in spite of the local variability. However, .  et al. 0

we were not able to correlate the developmental expression of MeCP2 in a given area of the brainstem with autonomic dysfunctions occurring in the presence of a mutation in Mecp2.;21/10/2008;07/03/2016 15:17;23/06/2020 08:44;;176-184;;;1236;;Brain Res.;;;;;;;;eng;;;;;PubMed;;PMID: 18761004

indicated moderate-to-severe ID with autistic features, .  et al. 0

strabismus in all patients

Am J Med Genet A. 2015 Oct, .  et al. 0

Milh M

Masnada S, .  et al. 0

Rubboli G

Mignot C, .  et al. 0

Auvin S

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Catherine; Specchio

, .  et al. 0

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Fontana E

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Laurent";Progressive noradrenergic deficits in the locus coeruleus of Mecp2 deficient mice;Journal of Neuroscience Research;;1097-4547;10.1002/jnr.22312;;Methyl-CpG binding protein 2 (MeCP2) is a transcriptional regulator. Mutations in this gene cause a wide range of neurological disorders. Mecp2 deficiency has been previously associated to catecholaminergic dysfunctions leading to autonomic defects in the brainstem and the sympathoadrenergic system of the mouse. The present study was undertaken to determine if the locus coeruleus (LC)

which was terminated at 35 weeks of gestation in view of suspicion of Walker Warburg syndrome, .  et al. 0

showed a cobblestone-like lissencephaly with a succession of normal

revealing a devastating epileptic phenotype associated with TBC1D24 dysfunction., .  et al. 0

Inc.;;;;;;Place: United States PMID: 23526554

Epilepsia. 2015 Apr, .  et al. 0

Nissenkorn A

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Goizet C

Corbani S, .  et al. 0

Cacciagli P

but only a tendency towards reduction. Finally, .  et al. 0

we did not found any apoptotic neurons in the pons indicating that LC neurons are not dying but are more likely loosing their catecholaminergic phenotype. In conclusion