Robert Ohlendorf (@robertohlendorf) 's Twitter Profile
Robert Ohlendorf

@robertohlendorf

Making molecular chitchat visible @MPICybernetics previously @MIT and @HumboldtUni

ID: 1014660079403094016

linkhttps://www.kyb.tuebingen.mpg.de/682724/molecular-signaling calendar_today04-07-2018 23:59:49

70 Tweet

114 Followers

131 Following

Robert Ohlendorf (@robertohlendorf) 's Twitter Profile Photo

🍾🎉🧠🔬It happened! #ERCStG! Many thanks to European Research Council (ERC) for supporting #AVATar - We will visualize the molecular processes underlying mammalian brain function. Hiring soon ;) #MolecularImaging MunichImaging TU München #HijackHemodynamics #Bioengineering

Mikhail Shapiro (same on bsky) 🇺🇦 (@mikhailshapiro) 's Twitter Profile Photo

Want to discuss the future of molecular MRI in an intimate setting? Join a phenomenal lineup of speakers at this intimate meeting at Caltech. 🌴 July 23-26, 2022. Abstracts due March 18. 👇 molecularmr.org

Want to discuss the future of molecular MRI in an intimate setting? Join a phenomenal lineup of speakers at this intimate meeting at <a href="/Caltech/">Caltech</a>. 🌴 July 23-26, 2022. Abstracts due March 18. 
👇
molecularmr.org
Northeastern University Bioengineering (@nubioe1) 's Twitter Profile Photo

Up next in our #SeminarSeries is Robert Ohlendorf presenting "Molecular brain imaging with engineered physiology" tomorrow from 12:00 - 1:00pm. Interested? Email [email protected] for more info! #nubioe #northeasternbioe

Up next in our #SeminarSeries is <a href="/RobertOhlendorf/">Robert Ohlendorf</a> presenting "Molecular brain imaging with engineered physiology" tomorrow from 12:00 - 1:00pm. Interested? Email e.chesley@northeastern.edu for more info! 

#nubioe #northeasternbioe
Robert Ohlendorf (@robertohlendorf) 's Twitter Profile Photo

Starting my lab at Max Planck Institute for Biological Cybernetics early next year! Supported by European Research Council (ERC) we will combine #Bioengineering and #BrainImaging to look at molecular signaling that underlies mammalian brain function. Reach out to join us or talk brains! #MolecularImaging #MRI #ERCStG

Robert Ohlendorf (@robertohlendorf) 's Twitter Profile Photo

I’m hiring! Join us Max Planck Institute for Biological Cybernetics supported by European Research Council (ERC) to explore molecular signals that underlie mammalian brain function. #Bioengineering or #BrainImaging experience preferred. Read here for details: mpg.de/20003051/postd… #MolecularImaging

Mikhail Shapiro (same on bsky) 🇺🇦 (@mikhailshapiro) 's Twitter Profile Photo

Join us! Our lab is hiring a Research Technician. Great chance to learn, contribute to science and be part of a fun team Caltech. Please RT! phf.tbe.taleo.net/phf03/ats/care…

Join us! Our lab is hiring a Research Technician. 
Great chance to learn, contribute to science and be part of a fun team <a href="/Caltech/">Caltech</a>. 
Please RT!
phf.tbe.taleo.net/phf03/ats/care…
Robert Ohlendorf (@robertohlendorf) 's Twitter Profile Photo

We are looking for people interested in #MolecularImaging to work with us Max Planck Institute for Biological Cybernetics. Please feel free to spread the word! #MRI #BrainImaging kyb.tuebingen.mpg.de/706623/functio…

Svenja Brodt (@svenjabrodt) 's Twitter Profile Photo

📢JOB Alert📢 This one goes out to all the about-to-finish PhD students and postdocs in human #sleepresearch. Join our team in the Brain States for Plasticity group🧠🎆 Max Planck Institute for Biological Cybernetics and work with us on #sleep, #plasticity and EEG-MRI! kyb.tuebingen.mpg.de/735530/postdoc…

MIT Dept of BE (@mitdeptofbe) 's Twitter Profile Photo

New way to detect bioluminescence in the brain developed by Jasanoff Lab could enable exploration of the brain in great detail. Pictured are blood vessels that now appear bright red after transduction with a gene that gives them photosensitivity. ow.ly/jfHG50RBZ70 Nature Biomedical Engineering

New way to detect bioluminescence in the brain developed by Jasanoff Lab could enable exploration of the brain in great detail. Pictured are blood vessels that now appear bright red after transduction with a gene that gives them photosensitivity. 
ow.ly/jfHG50RBZ70 <a href="/natBME/">Nature Biomedical Engineering</a>
Massachusetts Institute of Technology (MIT) (@mit) 's Twitter Profile Photo

A new way to detect light in the brain using magnetic resonance imaging (MRI) could enable researchers to map changes in gene expression, map anatomical connections between cells, or reveal how cells communicate with each other. mitsha.re/MzqG50REr3g

A new way to detect light in the brain using magnetic resonance imaging (MRI) could enable researchers to map changes in gene expression, map anatomical connections between cells, or reveal how cells communicate with each other. mitsha.re/MzqG50REr3g
Robert Ohlendorf (@robertohlendorf) 's Twitter Profile Photo

We’re hiring! Join us to make molecular processes visible that shape brain function 🧠 🔬 🧪 Check here for details: mpg.de/23735491/postd…