drfelix (@mrfelix) 's Twitter Profile
drfelix

@mrfelix

Assistant Professor in the @NedergaardLab @uni_copenhagen working on brain oxygen dynamics.

ID: 5652532

linkhttp://www.felixbeinlich.de calendar_today30-04-2007 13:06:34

573 Tweet

210 Followers

359 Following

Dr. Nathan A. Smith (@nathanasmith1) 's Twitter Profile Photo

🚨 #URochesterResearch alert! 🎉 Huge congratulations to NedergaardLab for their groundbreaking discovery of new brain anatomy! 🌟🔬 AND they've been selected for this year's #STATMadness! 🏆🔥 📖 Dive into their fascinating discovery here: bit.ly/3wCCjH0 🗳️ Don't

Michael Giannetto (@michaelgiannet1) 's Twitter Profile Photo

Vote for URMC for this year's bracket-style competition for innovation. NedergaardLab is the featured innovation for discovery of the #SLYM. (We're matchup 18 in round 1)

Søren Grubb @Grubb@mas.to (@sorengrubb) 's Twitter Profile Photo

1/ 🔥 Exciting findings from our collaboration between University of Tasmania, @SeattleChildrens, and University of Copenhagen! We've discovered a new way #microglia interact with 🧠 vasculature, which could reshape our understanding of their role in #brain health and disease. 🧵 biorxiv.org/content/10.110…

Lasker Foundation (@laskerfdn) 's Twitter Profile Photo

A genetic bioluminescent O2 indicator shows temporary spatially-restricted “hypoxic pockets” in the mouse brain. The indicator is a powerful new tool to investigate oxygenation in physiological & pathological processes. drfelix Tempting2Speculate NedergaardLab ow.ly/8FHw50R7qks

A genetic bioluminescent O2 indicator shows temporary spatially-restricted “hypoxic pockets” in the mouse brain. The indicator is a powerful new tool to investigate oxygenation in physiological & pathological processes.
<a href="/mrfelix/">drfelix</a> <a href="/temp2spec/">Tempting2Speculate</a> <a href="/NedergaardLab/">NedergaardLab</a>
ow.ly/8FHw50R7qks
Science Visuals (@sciencevisuals) 's Twitter Profile Photo

Using a bioluminescent oxygen indicator, researchers have discovered transient “hypoxic pockets” in the mouse brain. Learn more in Science Magazine: scim.ag/6Ca

drfelix (@mrfelix) 's Twitter Profile Photo

Beimnet Kassaye, a first-year undergraduate at Vanderbilt University, has released a podcast episode discussing our latest paper on oxygen dynamics in the cortex, published two weeks ago in Science. Don't miss out—give it a listen! open.spotify.com/episode/2WFqwr…

drfelix (@mrfelix) 's Twitter Profile Photo

My last paper was highlighted in the PNASNews Journal Club. Thanks a lot. NedergaardLab Tempting2Speculate Oxygen fluctuates dramatically, even in the healthy mouse brain | Journal Club | PNAS pnas.org/post/journal-c…

Søren Grubb @Grubb@mas.to (@sorengrubb) 's Twitter Profile Photo

Tonight I had the pleasure to present at the Neuroscience Academy Denmark (#NAD) hosted event at #Planetarium together with three other researchers from NedergaardLab: Yuki Mori PhD , Ryszard Gomolka and drfelix. It was amazing to see the brain in such high detail! 🧠📽️😲🤯

Tonight I had the pleasure to present at the Neuroscience Academy Denmark (#NAD) hosted event at #Planetarium together with three other researchers from <a href="/NedergaardLab/">NedergaardLab</a>: <a href="/YukimoriUCPH/">Yuki Mori PhD</a> , Ryszard Gomolka and <a href="/mrfelix/">drfelix</a>. It was amazing to see the brain in such high detail! 🧠📽️😲🤯
NedergaardLab (@nedergaardlab) 's Twitter Profile Photo

Yesterday we celebrated the yearly #CTN day @ucph_health with stimulating scientific interaction and fun games🥎 in #Fælledparken🌳 in ☀️sunny😎 #Copenhagen. #science #neuroscience #retreat #teamwork #PhDlife #brain #glymphaticsrulez #sleep #tugofwar #labday Maiken Nedergaard

Yesterday we celebrated the yearly #CTN day @ucph_health with stimulating scientific interaction and fun games🥎 in #Fælledparken🌳 in ☀️sunny😎 #Copenhagen. #science #neuroscience #retreat #teamwork #PhDlife #brain #glymphaticsrulez #sleep #tugofwar #labday <a href="/MaiNedergaard/">Maiken Nedergaard</a>
drfelix (@mrfelix) 's Twitter Profile Photo

Great point. I'd also like to add that many researchers are living abroad, making grandparents as solution not easy possible! Researcher parents are paying a high price for conference travel — here’s how to fix it nature.com/articles/d4158…

Verena Untiet (@verenauntiet) 's Twitter Profile Photo

Had an amazing time Karolinska Institutet last week, joining the symposium on Astrocytes in Brain Function and Disease. Big thanks to the organizers Eunji Cheong Justin C Lee, Angeta Nordberg, Alex Verkhratsky and KNTEC! Thanks for having me!

Had an amazing time <a href="/karolinskainst/">Karolinska Institutet</a> last week, joining the symposium on Astrocytes in Brain Function and Disease. Big thanks to the organizers <a href="/CheongEunji/">Eunji Cheong</a> Justin C Lee, Angeta Nordberg, Alex Verkhratsky and KNTEC! Thanks for having me!
drfelix (@mrfelix) 's Twitter Profile Photo

This week I had the chance to talk about my recent work about oxygen imaging in the brain at the Lund Glymphatic Symposium #LGS2024 in Sweden. It was a great experience. Thanks to Lundgaard Lab for organising. science.org/doi/10.1126/sc… NedergaardLab

This week I had the chance to talk about my recent work about oxygen imaging in the brain at the Lund Glymphatic Symposium #LGS2024 in Sweden. It was a great experience. Thanks to <a href="/Iben_Lundgaard/">Lundgaard Lab</a> for organising. science.org/doi/10.1126/sc… <a href="/NedergaardLab/">NedergaardLab</a>
NedergaardLab (@nedergaardlab) 's Twitter Profile Photo

Cerebrospinal fluid links the brain and peripheral sensory system and drives headache in migraine with aura! We’re excited to share our newest article just published today in Science Magazine . Please read along: science.org/doi/10.1126/sc…

Hirase lab@KU (@hiraselab_ku) 's Twitter Profile Photo

Virally Induced CRISPR/Cas9-Based Knock-In of Fluorescent Albumin Allows Long-Term Visualization of Cerebral Circulation in Infant and Adult Mice link.springer.com/protocol/10.10…| Marta Vittani, Philip Aleksander Gade Knak, Masahiro Fukuda, Masaki Nagao, Xiaowen Wang, et al.