MODOLFOR
@modolfor
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Research Unit/ FORschungsgruppe 5424, Modulation in olfaction: How recurrent circuits govern state-dependent behaviour. #olfaction #neuromodulation #DFG
Germany
Joined June 2023
🤩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 🙌! https://t.co/T9sBUBixqM
nature.com
Nature Metabolism - Non-nutritive sensory components of high-fat diet, such as bacon flavour, are sufficient to impair metabolic health in offspring in mice.
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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
Kölner Wissenschaftler finden einen überraschenden Auslöser für Sättigungsgefühl – nämlich das Riechen. Ein neuer Weg zum Schlankwerden? Leider funktioniert es bis jetzt nur bei Mäusen.
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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: https://t.co/zv5EaZYsHF
#Ernährung @DoktorWhatson
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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
Essverhalten: Schon der Geruch von Essen kann das Sättigungsgefühl auslösen – zeigen Forschende am Max-Planck-Institut. Bei Übergewicht scheint dieser Mechanismus gestört zu sein.
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📢 🤩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 🙌! https://t.co/aOaPfCGYpT
nature.com
Nature Metabolism - The authors describe a sensory circuit involving the medial septum (MS), where MS glutamatergic neurons integrate food odours to prime satiety and regulate nutrient intake.
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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
Mosquitoes enhance sensitivity to human body heat by a sensory compensation mechanism when their sense of smell is disrupted.
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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 https://t.co/Nab8uc5R9U Cheers, Markus
events.gwdg.de
ICE 2025 PhD Course International Chemical Ecology Course Max Planck Institute for Chemical Ecology, Jena, Germany June 23 - July 4, 2025 In collaboration with Penn State University, USA and SLU,...
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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
https://t.co/cNyvnsBrs6
#WorldDiabetesDay
mpg.de
Understanding the brain's role in hunger signals and metabolism reveals insights into obesity and dietary habits.
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Dendritic Integration Symposium next Tuesday Dec 10th. Online. Free. Great speakers !
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Strikingly different neurotransmitter release strategies in dopaminergic subclasses https://t.co/pQ8e8zdFdz
#biorxiv_neursci
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🎉 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! 🌟🧠
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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
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Thank you to everyone who joined us this week @HHMIJanelia for a unique and multidisciplinary meeting on the sensory biology of ingestion!
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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
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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 https://t.co/jhV0aFdAjx
#biorxiv_neursci
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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. https://t.co/3ipLBo5Ogq
biorxiv.org
Sensory systems must perform the dual and opposing tasks of being sensitive to weak stimuli while also maintaining information content in dense and variable sensory landscapes. This occurs in the...
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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
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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
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