Tudor Io
@TudorIo1
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Joined March 2014
🧠🐭 Ever wondered how to map brain connectivity in rodents? Join us on our next #MCOS on Feb 21, 2025 with @Herfert_lab We start at: 9am EST, 3pm CET, 10pm CST Register here: https://t.co/6UqJmEHuKk
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PET-MRT-Scanner kombinieren zwei bildgebende Verfahren. Bisher war es schwierig, die Möglichkeiten dieser Kombination auszuschöpfen. Mit der Entwicklung eines hybriden Kontrastmittels gelang @TheMartinsLab vom @WSIC_Tuebingen ein grosser Schritt dazu. https://t.co/VfK3E73iFV
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Happy to share these findings from a previous work in Lyon: #neuroinflammation can enhance vasomotion, resulting in large hemodynamic traveling waves during #fUSi. This was related to the local presence of reactive glial cells. https://t.co/Sh6o0uFSOF Thanks to all involved!
biorxiv.org
Cerebral hemodynamics are crucial for brain homeostasis and serve as a key proxy for brain activity. Although this process involves coordinated interaction between vessels, neurons and glial cells,...
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Dear #fUSI #BIDS community. Next meeting for BEP 40 (details in the doc ⬇️) should be on the 5th of Dec 5pm Paris time. We need your feedback 🫵. Check the doc leave some comments and try to BIDSify your datasets. In the meantime, may the fUSI be with you 🙏. #OpenScience
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New paper from @Herfert_lab! Using BOLD-fMRI & [18F]FDG-fPET in rats to map the nigrostriatal pathway, they discovered suppression of nigrostriatal activity during optogenetic stimulation, showcasing method complementarity in studying brain connectivity.🔗 https://t.co/2HUzVDsnns
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🔥Happy to share our latest work just published in Science Advances! Our team explored the dopaminergic system and its role in brain function by combining fMRI with [18F]FDG-fPET and optogenetic stimulations. https://t.co/XR9rkODBcN
science.org
Optogenetic functional PET sheds light on molecular mechanisms of fMRI neuronal activity.
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Super-happy to see our paper harnessing multimodal in vivo imaging to look into the intricacies of nigrostriatal signalling being published in Science Advances. If interested, make sure to give it a read: https://t.co/ok8HDfK5uo
science.org
Optogenetic functional PET sheds light on molecular mechanisms of fMRI neuronal activity.
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#OnTheCover A Macrocyclic Hybrid PET/MRI Probe for Quantitative Perfusion Imaging In Vivo (Polasek et al) https://t.co/sW381KW93x
@ChiaffaRemy @TheMartinsLab @VuozzoMarta @WSIC_Tuebingen @IOCBPrague @science_charles
https://t.co/5qUVAJbqYl
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Integrating brainstem and cortical functional architectures | https://t.co/hmGC40nJq2 led by @JustineYHansen in @NatureNeuro 400 cortical regions + 58 brainstem nuclei. Lesgo 🤘🕶️⤵️
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Thrilled to present at #SfN2024 the exciting work I’ve been carrying out with @mariani_jc on #fUSI at @Gozzi_Ale’s lab! Interested in cutting-edge approaches to map brain networks in mice? Don’t miss my talk on Oct 5th at 'Functional Imaging and Data Analysis' NANO05.02 🧠🐭
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Our latest baby is out. Also this. We continue our multi lab efforts, this time looking at sensory evoked activity functional MRI in rats. Big shout out to Marie (who is looking for a PhD position) for pushing this through!!! https://t.co/lm77a4IF2B
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Delighted to have contributed to this great work!
I am pleased to share our publication on the crucial role of Nurr1 in modulating the response to hallucinogens in the claustrum. A huge thank you to @perlmannlab, @giacomello_lab, @CarlenLab and @Boehringer
#Claustrum #Nurr1 #Hallucinations
https://t.co/bXyQEBnaes
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🔔🔵After nearly 5 years from its conception with @BohacekLab, I'm proud to share that our paper on opto-fMRI of the Locus Coeruleus is finally published in @NatureNeuro! Huge thanks to everyone who contributed—including reviewers and editors! https://t.co/yYDkiuTqha
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Excited to share our new paper: "Opportunities and Challenges in Connectivity Analysis for Task-Based fMRI," a commentary on @SelfShenyang's excellent review of connectivity analysis in task fMRI.
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Thankful and happy to receive this award and also meet all the old colleagues and friends again.
⛱️We had a blast at the WSIC Annual Summer Party! 🌞 Huge congrats to our stars of the night: Leuze awardees 🏆 Best Thesis: @TudorIo1 🏆 Best publication: Simon & 🍹 Best cocktail team: Georgy, Jan & @jonny_cotton Thanks to everyone who made it unforgettable! 🎊 #SummerTime
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⛱️We had a blast at the WSIC Annual Summer Party! 🌞 Huge congrats to our stars of the night: Leuze awardees 🏆 Best Thesis: @TudorIo1 🏆 Best publication: Simon & 🍹 Best cocktail team: Georgy, Jan & @jonny_cotton Thanks to everyone who made it unforgettable! 🎊 #SummerTime
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What does the awake brain look like after morphine injection?... I can't stop watching this mesmerizing complex and stereotypic correlation structure... More in our preprint 👇 #fUS #neuroimaging #pharmacology #braindynamics
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🚨Preprint Alert🚨 I am so happy to share these main results from my PhD. Thank you so much @ZsoltLenkei for the opportunity and the supervision, Andrea Kliewer for this friendship in life and science, @SamuelDiebolt for your trust and unlimited support and all our collaborators
Curious about opioid effects on functional connectivity in the awake brain? Here is a preprint from our labs @INSERM1266 & @uniklinik_jena. Using #fUSI (thanks to @PhysMedParis) we discovered thalamocortical connectivity reorganization matching analgesic drug profiles. [1/n]
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And many Congrats to great PhD students @mariani_jc and @SamuelDiebolt for their work !!
A huge work by @ZsoltLenkei team @Insermu1266 in collab. with @unikinlik_jena and @PhysMedParis @iconeus teams reveals the opioid fingerprint using functional connectivity ultrasound imaging ! Many thanks to @FondationLeducq @inserm @cnrs @psl_univ @ESPCI_Paris for support!
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