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Academic literature on the topic 'Glie périphérique'
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Dissertations / Theses on the topic "Glie périphérique"
Ohayon, David-Robert. "Caractérisation d'une nouvelle fonction anti-apoptotique des facteurs de transcription Zfh1 dans le système nerveux périphérique par une approche Evo-Dévo." Montpellier 2, 2008. http://www.theses.fr/2008MON20204.
Full textZfh1 family members encode atypical transcriptional regulators containing two zinc-finger domains associated with a homeodomain-like motif. One part of my work has been focused on the role of zfh1 in the drosophila peripheral nervous system. This allowed us to reveal a new anti-apoptotic function for this transcription factor in a specific peripheral glial cell population, at least in part through its capacity to interfere with an apoptotic program involving the JNK signaling pathway. A second part of my work consisted in studying the putative conservation of this function in the peripheral nervous system in Vertebrates, where two orthologues have been described: Zfhx1a and Zfhx1b. The expression pattern of these two proteins largely overlaps during the development of the nervous system. We took advantage of the characterization of a dominant-negative form -antagonizing the two molecules- to initiate functional analysis both in vitro (by transfecting cultured sensory neurons) as well as in vivo (by generating an animal model in which the dominant-negative form is conditionally expressed). Our preliminary results on sensory neurons of the dorsal root ganglia suggest that this anti- apoptotic function has been conserved throughout evolution
Bangratz, Marie. "Etude du système nerveux périphérique dans un modèle murin du syndrome de Schwartz-Jampel : rôle du perlecan dans le développement et la maintenance de la myélinisation et des interactions neurone-glie." Paris 6, 2011. http://www.theses.fr/2011PA066440.
Full textVan, de Bor Véronique. "Rôle de glide/gcm dans la différenciation gliale du système nerveux périphérique adulte de Drosophila melanogaster." Paris 6, 2001. http://www.theses.fr/2001PA066489.
Full textSaeed, Kilani Mohammad Ali. "L'utilisation des agents d'embolisation liquides dans les vaisseaux périphériques : mise au point, défis et futures perspectives : preuves de concept d'un nouvel agent sclero-embolique : Alconyx." Thesis, Aix-Marseille, 2016. http://www.theses.fr/2016AIXM5052/document.
Full textCommercially available liquid embolization agents used in endovascular treatment have many limitations. Polymeric agents as Onyx and cyanoacrylate are available. Ethanol also is a potent sclero-embolic agent. Cyanoacrylates are effective liquid embolic agents, however, their rapid polymerization makes their behaviour unpredictable with possibility of incomplete treatment. These properties render their use challenging.Onyx is easy to use. However, in very small arterial niduses, Onyx, is unable to penetrate deeply. Deep penetration is obtained with ethanol, associated with risk of systemic migration.Poor visualization of ethanol under fluoroscopy is major drawback. Mixing Onyx with ethanol had never been described in the literature till now. In this work, various mixtures have been tested with different concentrations of Onyx 18 and absolute ethanol. Alconyx 25 (75% Onyx 18; 25% ethanol) seems to be a promising product. We proved its ease of injection in vivo and in vitro, its cohesive nature showing no fragmentation or interruption of the injected column as well as its good visualization under fluoroscopy. It was able to penetrate deeply in the arterial bed. The occlusive properties of Alconyx 25 were rated as good as Onyx 18 under high pressure in vitro. Further investigation is needed to better understand the behavior of ethanol in the suspension and its effect on tissues compared to Onyx diluted simply with an equivalent amount of DMSO. Studies on other commercially available concentrations of Onyx would certainly be interesting
Bélanger, Mireille. "Modifications de l'expression génique du système nerveux central lors de l'insuffisance hépatique aiguë : rôle dans les mécanismes pathophysiologiques responsables de l'œdème cérébral." Thèse, 2005. http://hdl.handle.net/1866/15335.
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