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@incicnrs.bsky.social

The INCI explores the nervous system and its pathologies | L'INCI explore le système nerveux et ses pathologies | @CNRS | @unistra

Notre institut recrute un ingénieur d'études (IE CNRS) - administrateur réseau en mobilité interne (NOEMIE). Merci de diffuser l'offre et de nous contacter pour toute information.

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Using a prospectively registered methodology, we included and reviewed 99 articles that manipulated the enzymes or characterized DNA methylation at candidate genes, or more recently genome-wide, including in the context of in utero or developmental exposure to drugs.

If interested in epigenomics & substance use disorders, take a look at our systematic review. We summarize current knowledge on DNA methylation & related enzymes across rodent models & drugs of abuse. Written w/ PhD student Margot Diringer & post-doc Mathieu Bruggeman www.biorxiv.org/content/10.1...

The DNA methylation enzymatic machinery in substance use disorders: a systematic review

Substance use disorders (SUD) are chronic affections defined by similar symptoms across a variety of psychoactive drugs, including alcohol, cocaine, opioids, or methamphetamine. Epigenetic mechanisms ...

biorxiv.org

The Strasbourg (France) neuroscience community (NeuroStra) will offer 3 positions over the next 3 years for junior group leaders. Applicants should develop projects along 3 themes: --> Mental health --> Neuroepigenetics --> Nociception and Pain Spread the word! neurostra.unistra.fr/actualites/a...

Junior group leader position in Strasbourg

NeuroStra aims to recruit outstanding junior scientists to develop projects aligned with the following themes: Mental health | Neuroepigenetics | Nociception and Pain

neurostra.unistra.fr

Happy to share our new preprint on opioid addiction! We profiled the multiomic consequences of chronic opioid exposure in male and female mouse brains, covering DNA methylation (using EMseq), 5 histone marks (Cut&Tag) & their transcriptional effects at bulk and cell-type-specific levels (vTRAP).

Happy to share our latest work. We analyzed 3 omic layers, DNA methylation, micro-RNAs & the transcriptome, in patients with major depressive disorder & controls. Results showed that the performance of MDD prediction increased with the number of layers considered. www.thelancet.com/journals/ebi...

Using multiomic integration to improve blood biomarkers of major depressive disorder: a case-control study

Informational gain from multiomic integration had already been documented in other medical fields. Our results pave the way toward similar advances in molecular psychiatry, and have practical implicat...

thelancet.com