@revivaciously

MD student @uni_tue @uktuebingen, stomach-brain enthusiast @neuroMADLAB 🧠✨, #scicom activist @studscicom #openscience #neuroscience (she/her) 🇩🇪

Joined November 2020
  • Tweets47
  • Following413
  • Followers104
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Really proud & happy to see my first first-author paper out @brainstimj 🎉 Have a look to discover how vagus nerve stimulation increases stomach-brain coupling via a dopaminergic midbrain pathway. It was a great collaborative effort, thanks to all co-authors! 💪
Nils Kroemer@cornu_copiae3 Sep 2022
Out now @brainstimj: Can we use brain stimulation to target the gut-brain axis? We show that non-invasive stimulation of vagal afferents increases stomach-brain coupling. Led by @revivaciously, w/ @glassybrain & @BrainAndStomach brainstimjrnl.com/article/S1…
Using a single-blind randomized crossover design, we investigated the effect of acute right-sided transcutaneous auricular vagus nerve stimulation (taVNS) versus sham stimulation on stomach-brain coupling. In line with preclinical research, taVNS increased stomach-brain coupling in the nucleus of the solitary tract (NTS) and the midbrain while boosting coupling across the brain. Crucially, in the cortex, taVNS-induced changes in coupling occurred primarily in transmodal regions and were associated with changes in hunger ratings as indicators of the subjective metabolic state.

ALT Using a single-blind randomized crossover design, we investigated the effect of acute right-sided transcutaneous auricular vagus nerve stimulation (taVNS) versus sham stimulation on stomach-brain coupling. In line with preclinical research, taVNS increased stomach-brain coupling in the nucleus of the solitary tract (NTS) and the midbrain while boosting coupling across the brain. Crucially, in the cortex, taVNS-induced changes in coupling occurred primarily in transmodal regions and were associated with changes in hunger ratings as indicators of the subjective metabolic state.

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Nils Kroemer@cornu_copiae30 Nov 2023
Is the vagus nerve all about regulating 'rest & digest'? Our @TrendsCognSci review shows that vagal afferents support survival more broadly, helping organisms to 'strive to survive' by gating internal signals. W/ @glassybrain. authors.elsevier.com/a/1iALr…
The vagal afferent pathway and its theorized function in allostatic behavior. Interoception encodes bodily demands that arise once an allostatic set point, such as a sufficient nutrient supply, is unmet. Interoceptive signals can be evoked by changes in bodily states (e.g., lack of nutrients) or emulated by vagus nerve stimulation (VNS).

ALT The vagal afferent pathway and its theorized function in allostatic behavior. Interoception encodes bodily demands that arise once an allostatic set point, such as a sufficient nutrient supply, is unmet. Interoceptive signals can be evoked by changes in bodily states (e.g., lack of nutrients) or emulated by vagus nerve stimulation (VNS).

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It was a fantastic opportunity to give this talk about stomach-brain interactions and vagus nerve stimulation at #dgppn today! Thank you @cornu_copiae for the invitation and organization 😊
Nils Kroemer@cornu_copiae29 Nov 2023
It was an honor to open the conference this morning with an excellent symposium on somatic symptoms of depression at #dgppn. Great contributions by @revivaciously, @OpelNils, @SThanarajah. Great to see the surging interest in the community.
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Nils Kroemer@cornu_copiae9 Jun 2023
We also have more on non-invasive vagus nerve stimulation to present at #PuG2023. I will show how food cues can be used to contrast exteroception vs. interoception with fMRI+EGG, and if we stimulate vagal afferents, we can increase the relative weight of interoceptive signals.
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Kristin Kaduk@KristinKaduk31 May 2023
Is HRV a good proxy of vagal tone? We show that vagus nerve stimulation reduces HRV without altering HR, contradicting the idea that increased HRV reflects heightened vagal tone. Work w/ @revivaciously, @koeniglab, & @cornu_copiae 👉biorxiv.org/content/10.1101/…
@neuroMADLAB created with @Biorender

ALT @neuroMADLAB created with @Biorender

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You can find me on Mastodon now 🏃‍♀️👋 @[email protected] mastodon.world/@revivaciousl…

Sophie Müller (@[email protected])

2 Posts, 20 Following, 9 Followers · MD student at Uni Tübingen @neuromadlab
Passionate about the brain 🧠, music and flags (she/her)

mastodon.world
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Nils Kroemer@cornu_copiae9 Sep 2022
Unsere Studie @revivaciously @neuroMADLAB 👇
Uniklinikum Tübingen@uktuebingen9 Sep 2022
Ein Nerv für alles: Der #Vagusnerv ist verantwortlich für die Steuerung vieler Bereiche des menschlichen Verhaltens, auch das #Essverhalten. Neue Studienergebnisse könnten bei #Depression, #Adipositas und #Esstörungen helfen. Mehr dazu: bit.ly/3wVIfIj
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Increased stomach-brain coupling ➡️ better integration of interoceptive signals that encode the metabolic state. Huge congrats @revivaciously for getting this amazing work out as your first paper, big thanks to the team @cornu_copiae & @BrainAndStomach
Nils Kroemer@cornu_copiae3 Sep 2022
Out now @brainstimj: Can we use brain stimulation to target the gut-brain axis? We show that non-invasive stimulation of vagal afferents increases stomach-brain coupling. Led by @revivaciously, w/ @glassybrain & @BrainAndStomach brainstimjrnl.com/article/S1…
Using a single-blind randomized crossover design, we investigated the effect of acute right-sided transcutaneous auricular vagus nerve stimulation (taVNS) versus sham stimulation on stomach-brain coupling. In line with preclinical research, taVNS increased stomach-brain coupling in the nucleus of the solitary tract (NTS) and the midbrain while boosting coupling across the brain. Crucially, in the cortex, taVNS-induced changes in coupling occurred primarily in transmodal regions and were associated with changes in hunger ratings as indicators of the subjective metabolic state.

ALT Using a single-blind randomized crossover design, we investigated the effect of acute right-sided transcutaneous auricular vagus nerve stimulation (taVNS) versus sham stimulation on stomach-brain coupling. In line with preclinical research, taVNS increased stomach-brain coupling in the nucleus of the solitary tract (NTS) and the midbrain while boosting coupling across the brain. Crucially, in the cortex, taVNS-induced changes in coupling occurred primarily in transmodal regions and were associated with changes in hunger ratings as indicators of the subjective metabolic state.

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neuroMADLAB@neuroMADLAB4 Sep 2022
New 🧠⚡️paper from the lab. Congratulations to our stellar MD student @revivaciously on her first paper: a tour de force that may help us better understand how the gut and the brain interact to guide behavior.
Nils Kroemer@cornu_copiae3 Sep 2022
Out now @brainstimj: Can we use brain stimulation to target the gut-brain axis? We show that non-invasive stimulation of vagal afferents increases stomach-brain coupling. Led by @revivaciously, w/ @glassybrain & @BrainAndStomach brainstimjrnl.com/article/S1…
Using a single-blind randomized crossover design, we investigated the effect of acute right-sided transcutaneous auricular vagus nerve stimulation (taVNS) versus sham stimulation on stomach-brain coupling. In line with preclinical research, taVNS increased stomach-brain coupling in the nucleus of the solitary tract (NTS) and the midbrain while boosting coupling across the brain. Crucially, in the cortex, taVNS-induced changes in coupling occurred primarily in transmodal regions and were associated with changes in hunger ratings as indicators of the subjective metabolic state.

ALT Using a single-blind randomized crossover design, we investigated the effect of acute right-sided transcutaneous auricular vagus nerve stimulation (taVNS) versus sham stimulation on stomach-brain coupling. In line with preclinical research, taVNS increased stomach-brain coupling in the nucleus of the solitary tract (NTS) and the midbrain while boosting coupling across the brain. Crucially, in the cortex, taVNS-induced changes in coupling occurred primarily in transmodal regions and were associated with changes in hunger ratings as indicators of the subjective metabolic state.

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Very happy to see that our work with Catherine Tallon-baudry on the gastric network is finally out in the journal of neuroscience @SfNJournals jneurosci.org/content/early/… @SfNJournals
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Sophie Müller retweeted
StudSciCom@studscicom19 Jan 2022
Jetzt seid ihr gefragt!💡 Wir planen gerade unsere nächsten Workshops und wollen von euch wissen: Welche Dozenten/Formate möchtet ihr gerne bei uns sehen? Und um welche #Wisskomm Themen soll es als nächstes gehen? Schreibt eure Ideen gerne in die Kommentare 🧑‍🔬💬⬇️
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StudSciCom@studscicom15 Jan 2022
Danke, dass ihr alle mit dabei wart bei dem tollen #Wisskomm Workshop mit Andreas von Torten & Trompeten! 🙌 Wir haben viel gelernt zu effizienten Lesestrategien, dem Aufbau eines Zettelsystems zur Literaturorga, zeitsparenden Visualisierungstipps für Präsentationen uvm. ⏰💬👩‍🔬
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StudSciCom@studscicom14 Jan 2022
Du hast morgen Nachmittag Zeit und möchtest mehr über gute #Wisskomm unter Zeitdruck lernen? Dann melde dich jetzt noch für unseren kostenlosen Online-Workshop an und entdecke neue Skills für dich👩‍🔬💬: bit.ly/3q912wX
StudSciCom@studscicom9 Jan 2022
Meldet euch jetzt für unseren kostenlosen Workshop am 15.01. zu „#Wisskomm unter Zeitdruck“ an! Wie lassen sich Forschungsergebnisse trotz Zeitnot gut aufbereiten? Gemeinsam mit Andreas Karsten von Torten & Trompeten lernen wir nützliche Tools kennen!👩‍🔬💬bit.ly/3q912wX
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Automatic dynamic 3D MRI assessment of human gastric motility and emptying - the new frontier? Read more in January's @NGMJournal - open-access! ▶️bit.ly/3flAEto
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Sophie Müller retweeted
StudSciCom@studscicom12 Jan 2022
Es gibt noch freie Plätze für den #WissKomm Workshop am Samstag (15.01.)! Jetzt kostenlos anmelden unter bit.ly/3q912wX
StudSciCom@studscicom9 Jan 2022
Meldet euch jetzt für unseren kostenlosen Workshop am 15.01. zu „#Wisskomm unter Zeitdruck“ an! Wie lassen sich Forschungsergebnisse trotz Zeitnot gut aufbereiten? Gemeinsam mit Andreas Karsten von Torten & Trompeten lernen wir nützliche Tools kennen!👩‍🔬💬bit.ly/3q912wX
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Sophie Müller retweeted
StudSciCom@studscicom9 Jan 2022
Meldet euch jetzt für unseren kostenlosen Workshop am 15.01. zu „#Wisskomm unter Zeitdruck“ an! Wie lassen sich Forschungsergebnisse trotz Zeitnot gut aufbereiten? Gemeinsam mit Andreas Karsten von Torten & Trompeten lernen wir nützliche Tools kennen!👩‍🔬💬bit.ly/3q912wX
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Nils Kroemer@cornu_copiae4 Jan 2022
We are planning to recruit new lab members this year (PhD students & postdocs). If you are passionate about neurobiological mechanisms of motivation + translational psychiatry and want to work with us, please get in touch. neuromadlab.com/
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neuroMADLAB@neuroMADLAB12 Dec 2021
We are thinking about providing regular content on the lab account. What would you like to hear more about?
0%Day-to-day work
22%Big picture/related work
67%Worked examples
11%Other content (comment)
9 votes • Final results
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I‘m excited to present „The effects of vagus nerve stimulation on energy homeostasis“ 🧠⚡️ (looks so cool!)
Lauren Ross@ProfLaurenRoss5 Dec 2021
Enter your thesis title into this art generator. Mine was: "Explanation in contexts of causal complexity." Machine Learning app.wombo.art
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