Vanessa Siffredi

🚨Job alerts! 2 positions of research associate (3 and 4 years) 2 postes de chargé-e de recherche (3 et 4 ans) On cycling / sur la pratique du vélo 🚲🚲🚲 Join us at / rejoignez-nous à #OUVEMA @unil #1 shorturl.at/evEY4 #2 shorturl.at/CGKOS ✍️24 Nov. 🙏 for RT

⏳Little reminder that only few days are left for early registration at reduced fees for ABIM2024! 🫕🧠⛷️ Until Friday Nov 3. Hurry up!

🧠Neuroimaging peeps🧠 our field is blessed with beautiful visualizations. Our preprint provides 3 tools to help move toward code-based & replicable visualization: 📗practical guide (why should I?) 📦package selector (which one?) 🏗️code template generator (how do I start?) 👇🧵

Want to run connectomics analyses🧐even in absence of DWI data? We provide a new multi-scale probabilistic atlas of the human connectome and user-friendly code to match it to your data🧠led by Yasser Aléman-Gómez @MeriBach @maxdescoteaux @pahagman et al. nature.com/articles/s4159…

What is the link between brain communication 🧠and evolution🐒? In this exploration we provide compelling evidence that information transmission is tied to the evolutionary complexity of mammalian brain networks. Fantastic work by @algriffa w/ super team👇 biorxiv.org/content/10.110…

We have one more PhD position on digital phenotyping of autism using machine learning, on a sinergia @snsf grant. Great conditions @unige_en, highly innovative and interdisciplinary project with @tmaillart, @Idiap_ch and @supsi_ch. Details here: schaerm.github.io/AutismBrainBeh… Please RT!

📣Did you know we can do fingerprinting and task decoding based on individual patterns of brain function-structure coupling? 🧠 Check it out! Great teamwork @algriffa @dvdevill @Enri_amico @R_Liegeois sciencedirect.com/science/articl…

Des scientifiques @UNIGEnews et @Hopitaux_unige montrent que La pratique de la #PleineConscience aide les adolescent-es né-es prématurément à se concentrer et à mieux réguler leur comportement et leurs émotions dans la vie de tous les jours. #mindfulness ow.ly/Ayxx50Glw2v

Interested in brain plasticity 🧠?! Our new paper is out @NeuroImage_EiC -> is.gd/Kwgftv On functional reconfiguration of the brain in the absence of a corpus callosum With a great team🤩 @yyoufii @anjitarun @VickiAn28323584 @academickayak @m_spencersmith @dvdevill

Fully funded 3 or 4 year PhD in Developmental Cognitive Neuroscience on the topic of self-regulation, brain development and adolescent mental health in our group in Oslo: jobbnorge.no/en/available-j… Get in touch if you have questions. @Psykologiskinst @SFFNORMENT @PromentaC

What does brain structure-function interplay tell us about subject fingerprinting, task decoding, and behaviour?🧠🧐We explore these questions in a new work leaded by @giuls90210, with a great team @dvdevill, @Enri_amico, @R_Liegeois biorxiv.org/content/10.110…

Dynamic co-activation pattern analysis reveals brain plasticity mechanisms in a prevalent but poorly understood neurodegenerative disorder-idiopathic Normal Pressure Hydrocephalus. With Dr. Gilles Allali, @dvdevill et al: onlinelibrary.wiley.com/doi/full/10.10… Thanks HBM for the cover 🧠😃 !

Curious about which children benefit from working memory training? 🧠 💪 Read our new paper! @jon_quach @baysidepaeds @GathercoleSusan @Melissa_Wake @PeterAn42416669 @turnerinstitute @MCRI_for_kids pediatrics.aappublications.org/content/early/…

This adds evidence to the hypothesis of structural strengthening of intrahemispheric pathways as a potential neuroplastic response in children with agenesis of the corpus callosum.

However, surprisingly, there was no difference in functional connectivity between children with agenesis of the corpus callosum and typically developing children. Moreover, this increase in intrahemispheric structural connectivity was associated with better cognitive outcomes.

Curious about brain plasticity in children born without a corpus callosum ? 🧠 Check out our new paper bit.ly/3mNQlLA with @giuls90210 @valeria_kebets @academickayak @VickiAn28323584 @m_spencersmith @dvdevill 🙂

People born without a #corpuscallosum do not have a bridge between the two cerebral hemispheres. @van_siffredi and neuroscientists from @unige_en have shown how the #brain manages to adapt. ow.ly/HC0k50C781N