• The Emergence project entitled “New high throughput screening method for anticancer agents” carried out by Philipp Tsvetkov (first from the right) was selected by the Canceropole PACA to be funded by the GEFLUC (groupement des entreprises françaises dans la lutte contre le cancer).

Aurélie Tchoghandjian a soutenu son Habilitation à Diriger les Recherches (HDR) devant un jury d'experts composé de cliniciens : Pr. Nicolas André, Pr. François Ducray, Pr. Dominique Figarella-Branger; et de chercheurs : Dr. Emmanuelle Huillard et Dr. Monique Dontenwill.

As part of her PhD, Sylvie Carmona investigated the beneficial effects of NV669, an aminosterol derived from squalamine on human pancreatic and hepatic cancer models. In vitro results exposed in this paper showed that NV669 inhibited the proliferation of cancer cells, induced cell cycle arrest and subsequent apoptosis. Moreover, NV669 inhibited PTP1B activity and impacted adhesion molecules expression. This suggests that NV669 by inhibiting PTP1B would affect cell contacts and would induce apoptosis.

Les travaux récents de l'équipe NeuroCyto pour  dévoiler l'architecture des des axones font l'objet d'un article dans l'édition du vendredi 17 Janvier de La Provence.

Voir l'article de La Provence dans son intégralité ici ou ci-dessous.

Plus d'information dans l'article scientifique publié recemment dans la revue Nature Communications :

L'équipe 8 (GlioME) a le plaisir d'accueillir deux étudiants en Master 2, Anaïs Arathni étudiante en Master Biologie Santé et Emmanuel Snacel-Fazy étudiant en Master Neurosciences. Anaïs travaillera avec Aurélie Tchoghandjian sur la caractérisation des cellules immunitaires recrutées sur le site tumoral suite au traitement par mimétiques de Smac. Emmanuel travaillera avec Chiara Bastiancich sur le microenvironnement de la résection tumorale du glioblastome.

Christophe Leterrier, leader of the NeuroCyto ATIP team, wrote a Spotlight in the Journal of Cell Biology highlighting a nice recent paper from the group of Pei-Lin Cheng in Taiwan. In this article, Lee et al. showed how degradation of the chloride transporter NKCC1 by proteasomes anchored at the AIS have a key role in lowering the intracellular chloride concentration, leading to the perinatal reversal of GABA effect from excitatory to inhibitory.

Thanks to her expertise in the diagnosis of central nervous system tumours arising in children and young adults, Dominique Figarella-Branger from the GlioME team (Team 8) was involved last year in 5 articles published in high-impact factor journals (>18). These articles are becoming references in this field:

- The molecular landscape of ETMR at diagnosis and relapse. Nature. 2019 Dec;576(7786):274-280. PMID: 31802000

Maladie d'Alzheimer : une nouvelle année pleine d'espoir. 

In its week-end edition (january the 4th & 5th 2020), the daily newspaper La Marseillaise devoted its "Provence Terre de Science" page to Alzheimer's disease reserach.

On this occasion François Devred (INP team 9 / PINT platform) answered a few questions on the molecular characterization of this complex protein (to be downloaded by clicking here )

First work of 2020 work is out for the NeuroCyto team! A collaboration with Matt Rasband’s lab in Nature Communications. This is a significant paper for the axon initial segment field: Matt’s lab used BioID of key AIS proteins for mapping AIS components. Dozens of new candidates for future studies! We performed super-resolution microscopy of several of the newly identified AIS components. IN particular, we showed that Mical3, a protein linking microtubules and actin, forms clusters along the AIS that are not periodically organized along the actin/spectrin scaffold.

If you speak French, you can listen to “La Méthode Scientifique”, a program on the France Culture radio which highlighted the recent Nature Communications article from the NeuroCyto team. 

You can go to the audio clip by following this link and learn more on the France Culture website.