Stéphane Léon

Excited to announce that my thesis article has just been published in Nat Comm! Huge thanks to @Carmelo_Quarta and @lab_cota for their invaluable guidance throughout this journey Follow the link to learn how we uncovered Ghost Pomc neurons 👻 nature.com/articles/s4146…

If you’re at #FENS2024, don’t miss the beautiful poster exhibition of @FENSorg and @EJNeuroscience image competition! And if you look closely at poster 16, you can find the one that I did with @PacaryE and @JTeillon ☺️

I waited this day for so long. I am thrilled to announce that I have been appointed associate professor @cnrs, @Neuro_Bordeaux #INCIA . 🎉Thanks a lot to everyone who helped along the road. Work always pays off! 💪

A new review from our lab, where we analyse new insights into the molecular and functional mapping of the neuroendocrine hypothalamus. Check this out👇 link.springer.com/article/10.100…

🚨 You only have until May 31st to register for #Eurogenesis2024 and submit your abstract! ✈️ New: 2 travel grants will be granted to selected applications ✨️ 4 poster prizes will also be attributed More information and program for the conference is available below 👇👇👇

👻 The new paper of the team is now online 👻 check out here @stephaneleon_ @Carmelo_Quarta @NCMagendie @Neuro_Bordeaux @univbordeaux @Inserm nature.com/articles/s4146…

🚨 Job alert 🚨 We are looking for a research engineer to join the Addiction, Interoception and Sex differences emerging team @Neuro_Bordeaux, INCIA to work on the behavioral and circuits mechanisms of sex differences in drug relapse. More details here emploi.cnrs.fr/Offres/CDD/UMR…

Call us now the Ghostbusters, unveiling the hidden dynamics of neuronal identity in the hypothalamus to shed light on obesity mechanisms

Meet the Ghost 👻 neurons : a newly discovered subpopulation of Pomc neurons with unique properties that challenge existing paradigms of brain plasticity and its role in metabolic regulation

Excited to announce that my thesis article has just been published in Nat Comm! Huge thanks to @Carmelo_Quarta and @lab_cota for their invaluable guidance throughout this journey Follow the link to learn how we uncovered Ghost Pomc neurons 👻 nature.com/articles/s4146…

Check out our new study led by @zhezhao2017 on CB1 receptors within the posterior insula controlling water intake! 🐭

A great job with @Neuropsychopha2 Check out our latest work in @BiologySexDiff on how the deficiency in PAPP-A2, an essential factor in the GH/IGF-1 axis that causes growth deficits has a sex-dependent differential impact and how we address its treatment

Check out our latest Preview "A sympathetic brake on gut GLP-1 release" in @NeuroCellPress where we @lab_cota discuss the physiological relevance of a recently discovered brain-gut mechanism that regulates GLP-1 release authors.elsevier.com/c/1insi3BtfH99…

From our April issue: a Review by Daniela Cota and colleagues discussing the role of #mTORC1 in regulating energy expenditure and the implications for the development and treatment of #obesity (£) go.nature.com/3OeQEPK

It was great to work with @Kam_Allard and @AntonioGambero7 @lab_cota reviewing the role of #mTORC1 in energy expenditure and #obesity development! Check it out in @NatureRevEndo 👇

PhD position available in our lab in beautiful Bordeaux and amazing neuroscience community @Neuro_Bordeaux, @lab_cota. Please retweet!🙏

We are recruiting! If you are interested in single cell biology, neuroendocrinology and hypothalamic circuits, please consider applying. If not, please retweet :-) More information via DM or email.

@ERC_Research If you are interested in hypothalamic single cell biology and neuroendocrinology, do not hesitate to contact me! PhD and postdoctoral positions will be available soon @Neuro_Bordeaux , @NCMagendie @lab_cota

I am honoured and grateful to share the news that I have been awarded the #ERCCoGgrant from @ERC_Research. We will unravel the intricate mechanisms that govern hypothalamic neuronal heterogeneity and its implications for obesity and beyond erc.europa.eu/news-events/ne…

Happy to share our last preprint Genetic labeling of embryonically-born dentate granule neurons in young mice using the PenkCre mouse line biorxiv.org/content/10.110…