
Research Unit/ FORschungsgruppe 5424, Modulation in olfaction: How recurrent circuits govern state-dependent behaviour. #olfaction #neuromodulation #DFG
Germany
Joined June 2023
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MODOLFOR retweeted
🐸 Postdoc Position (m/f/d) in Neurobiology!
The project focuses on how smell shapes feeding behavior in poison frogs and is conducted in collaboration with Prof. Jennifer Stynoski (Costa Rica). 🌎.
For more information and to apply, use this link.
uni-giessen.de/de/ueber-uns/…
MODOLFOR retweeted
🤩I’m beyond excited to finally share our paper! 🎉 It’s been a long journey and a true team effort. Congratulations to our outstanding first authors, @LCReimon and Ayden Gouveia, and to all of the co-authors who made this possible 🙌!
nature.com/articles/s42255-0…
MODOLFOR retweeted
Thrilled our discovery of a novel sensory pathway controlling satiety in mice is featured in the General-Anzeiger @gabonn 🐭👃🍽️!
👇
Kölner Studie: Geruch macht satt (zumindest Mäuse) ga.de/news/wissen-und-bildun…
MODOLFOR retweeted
Grateful to @maxplanckpress for featuring our recent paper in their amazing new video! 🎥🌟 Thank you for the wonderful spotlight on our work! 🙌😄
Yummy, das riecht gut! 🥘 Essensduft aktiviert bestimmte Nervenzellen in #Gehirn, die das Hungergefühl verringern. Deshalb haben wir nach dem Kochen, oft keinen #Appetit mehr. Der erste #Heißhunger ist verflogen: youtu.be/HTPll7fLl3c #Ernährung @DoktorWhatson
MODOLFOR retweeted
Ever wondered how smell affects how you eat? 👃🍽️
Check out this interview (in German) with my fantastic PhD student @_janice_bulk_ about our latest paper! 🧠📄
#ProudPI #Olfaction #Feeding #Neuroscience
👇 swr.de/leben/gesundheit/essv…
MODOLFOR retweeted
📢 🤩Excited to share our latest paper on a #Sensory circuit that limits #Feeding before the first bite👃🧠! Huge thanks to the amazing first author @JaniceBulk and all co-authors, especially @AndreasTSchafer and @tobiasackels 🙌!
nature.com/articles/s42255-0…
MODOLFOR retweeted
A @ScienceAdvances paper from @leslievosshall's lab finds that mosquitoes who have olfactory sensory loss maintain the overall effectiveness of their host-seeking behavior by up-regulating attraction to human skin temperature: science.org/doi/10.1126/scia…
MODOLFOR retweeted
Dear all, please advertise the International Chemical Ecology course to your students! It will run from June 23 to July 4 2025 at the Max Planck Institute for Chemical Ecology in Jena, Germany.
Please find more infos at
events.gwdg.de/e/ice2025
Cheers, Markus
MODOLFOR retweeted
Dreaming of cream cakes?🍰Yearning for pizza?😋🍕If you just had lunch & find yourself reaching for the cookies, rest assured: hunger is more than just willpower—it starts in the #brain!➡️Research by our colleagues @MPI_Metabolism mpg.de/23723606/hunger-start… #WorldDiabetesDay
MODOLFOR retweeted
Dendritic Integration Symposium next Tuesday Dec 10th. Online. Free. Great speakers !
MODOLFOR retweeted
Strikingly different neurotransmitter release strategies in dopaminergic subclasses biorxiv.org/cgi/content/shor… #biorxiv_neursci
MODOLFOR retweeted
🎉 Attention PhD candidates! 🎉 Exciting news — the DFG is launching a new graduate school in Leipzig, offering 40 PhD positions in the fields of neuroscience, biology, and medicine. Don’t miss this opportunity to advance your research career! More details will follow! 🌟🧠
MODOLFOR retweeted
Big thanks to @zaknight, @danamsmall, @KaraLMarshall, and @HHMIJanelia for an incredible meeting on the sensory biology of ingestion! 🍔🧠👃🏼👅Inspiring, insightful, and a true highlight🤩! Hoping this is the first of many🤞🏼! #feeding #sensorybiology
MODOLFOR retweeted
Thank you to everyone who joined us this week @HHMIJanelia for a unique and multidisciplinary meeting on the sensory biology of ingestion!
MODOLFOR retweeted
Pleased to share our 'News and Views' with @cgardanaz on an exciting new candidate drug for combating obesity💊🍔! Grateful to @NatureNV for this great opportunity 😊. Congratulations to lead author @Z_GerhartHines and the entire team on this outstanding work 👏!
The discovery of a pathway that controls appetite and calorie burning has led to the development of a drug that modulates both by targeting one receptor, offering a promising strategy for weight loss and improved metabolic health go.nature.com/3Z5rtoW
MODOLFOR retweeted
Body and brain must communicate to adapt behavior efficiently. Using the fly, we discover a bidirectional pathway between the fat body and the brain and show that fat body-produced dopamine changes food preference.
A Bidirectional Brain-Fat Body Axis for Pathogen Avoidance biorxiv.org/cgi/content/shor… #biorxiv_neursci
MODOLFOR retweeted
Our latest preprint is live. Check out our study on how calcium-activated chloride channels sparsen peripheral inputs to the olfactory system. A group effort from the entire lab.
biorxiv.org/content/10.1101/…
MODOLFOR retweeted
Curious about sister mitral and tufted cells in the olfactory bulb? Curious about imaging neuronal tissue with X-ray? Curious about combining X-ray with in vivo 2-photon?
Come check out our poster! (E37, 341.09) #SfN24
Hi @SfNtweets,
Neurons of the same olfactory circuit in the mammalian brain share firing properties while showing individual traits.
More about it today PM, poster E37 (PSTR341.09).
@YuxinZhang97 @APacureanu @AndreasTSchafer
@TheCrick @esrfsynchrotron @psich_en
#SfN24





















