#MushroomBody - Twitter Hashtag

4 months ago

Last batch of the mushroom junk I have. I was trying to make a dangerous dilemma for everyone in the forest. The ladies fell for the trap. Would you guys? #GrokImagine #nsfw #AdultAI #AIart #mushroom #mushroombody

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Computational Systems Neuroscience @nawrot_group

almost 3 years ago

Computation with PREDICTION ERROR mechanistically explained in a spiking neural network model of the #MushroomBody by Anna-Maria Jürgensen now published https://t.co/rozyUfmgxd @IbehaveNetwork @FialaLab @MosheParnas @ikadow @GTavosanis @MartinGiurfa @BernsteinNeuro @UniCologne

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Computational Systems Neuroscience @nawrot_group

almost 3 years ago

Our newest publication by Anna-Maria Jürgensen proposing circuit motifs for second order conditioning in the insect #MushroomBody: https://t.co/EkWcXxF9IL @FialaLab @ikadow @OwaldD @GTavosanis @MosheParnas @ZlaticLab @Tihanana @MartinGiurfa @IbehaveNetwork

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Computational Systems Neuroscience @nawrot_group

about 3 years ago

Our newest experimental work by Cansu Arican on the role of the #MushroomBody in behavioral decision making now published @CurrentBiology https://t.co/QBgVjl4iiE @FialaLab @ikadow @SueweiLin @GTavosanis @andrew_c_lin @MartinGiurfa @IbehaveNetwork @crc1451 @BernsteinNeuro

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Greg Jefferis @gsxej

over 3 years ago

The core connectome is highly stereotyped, but an exception is the #mushroombody memory centre. The most common Kenyon Cell (KCg-m) is ~ 2x as numerous (1100 vs 600) in FlyWire as the hemibrain. We find evidence for homeostatic connectivity changes that maintain E/I ratio /7

gsxej's tweet photo. The core connectome is highly stereotyped, but an exception is the #mushroombody memory centre. The most common Kenyon Cell (KCg-m) is ~ 2x as numerous (1100 vs 600) in FlyWire as the hemibrain. We find evidence for homeostatic connectivity changes that maintain E/I ratio /7 https://t.co/vkGLLS8Oz1

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Robert West, PhD ✝️ 🟦 🧬⚕️#PM101

@westr

over 3 years ago

Tour de force: The #connectome of an insect #brain @ScienceMagazine https://t.co/mWOTHUpMux #Drosophila #fruitflies #KenyonCells #mushroombody "The brain’s most recurrent circuits comprised the input and output #neurons of the #learning center. Some structural features, including multilayer shortcuts and nested recurrent loops, resembled state-of-the-art #deeplearning architectures." - "Most brain hubs are pre- or postsynaptic to the learning center" - "Learning center #dopaminergic neurons are amongst the most recurrent in the brain"

westr's tweet photo. Tour de force: The #connectome of an insect #brain @ScienceMagazine
https://t.co/mWOTHUpMux #Drosophila #fruitflies #KenyonCells #mushroombody
"The brain’s most recurrent circuits comprised the input and output #neurons of the #learning center. Some structural features, including multilayer shortcuts and nested recurrent loops, resembled state-of-the-art #deeplearning architectures."

- "Most brain hubs are pre- or postsynaptic to the learning center"
- "Learning center #dopaminergic neurons are amongst the most recurrent in the brain"

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Maya Crate @MCconservation1

about 4 years ago

An Interesting talk and study by Stephen Montgomery highlighting how brain composition in Heliconius butterflies can affect their ecological adaptivity via an increased mushroom body and synaptic density compared to other genera #EBE2022 #neuroscience #Heliconious #mushroombody

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Sydney Hunt @syddoingscience

about 4 years ago

excited to share that I am finally an author on a published paper ! I learned so much working with Ilona and everyone in her lab. please go check it out ! #drosophilamelanogaster #mushroombody #olfaction https://t.co/TxSKPf2Quy @eLife

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Computational Systems Neuroscience @nawrot_group

over 5 years ago

On computing prediction errors in the #Drosophila #MushroomBody - our recent study in #eNeuro A mechanistic model for reward prediction and extinction learning in the fruit fly https://t.co/1J6ejSwQ3T @SfNJournals @BernsteinNeuro @DrTNowotny @BrainsOnBoard @NeuroTMA @ikumsch

nawrot_group's tweet photo. On computing prediction errors in the #Drosophila #MushroomBody - our recent study in #eNeuro

A mechanistic model for reward prediction and extinction learning in the fruit fly

https://t.co/1J6ejSwQ3T

@SfNJournals @BernsteinNeuro @DrTNowotny @BrainsOnBoard @NeuroTMA @ikumsch https://t.co/kly52V3FdD

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Computational Systems Neuroscience @nawrot_group

almost 6 years ago

Our latest preprint provides new insight into the link between the amount of #NeuronalPlasticity in the #MushroomBody and the behavioral performance in individual #honeybees. https://t.co/Xs1ghq1EMV

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Computational Systems Neuroscience @nawrot_group

almost 6 years ago

Our NEW preprint explains single-trial learning and multiple trial memory extinction in a biologically realistic computational model of the #Drosophila #MushroomBody: A mechanistic model for reward prediction and extinction learning in the fruit fly https://t.co/68KpQ3tGLp

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Computational Systems Neuroscience @nawrot_group

over 6 years ago

Our recent model study now full text online: https://t.co/iE1POgAye4 How is #sparsecoding achieved in the #mushroombody of #Drosophila and other insects? Where is the odor trace? We study generic mechanisms supporting temporal and population sparseness in neural systems.

nawrot_group's tweet photo. Our recent model study now full text online:

https://t.co/iE1POgAye4

How is #sparsecoding achieved in the #mushroombody of #Drosophila and other insects? Where is the odor trace? We study generic mechanisms supporting temporal and population sparseness in neural systems. https://t.co/G7B0dC5jkd

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Computational Systems Neuroscience @nawrot_group

over 6 years ago

Our new pre-print: A model of foraging flight in insects combines #sparsecoding in the #mushroombody with rapid learning through single MBON plasticity resembling a spiking ML method. We identify the role of temporal KC sparseness in memory recall. https://t.co/2priIrv6oT

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Nitin Gupta @nitiniitk

over 6 years ago

12. #mushroombody is commonly referred to as the #memory center of the insect brain. But recent work by @gsxej, @ikadow, and others is leading to the view that the output of the MBONs may be compared with the direct inputs to the #lateralhorn to determine olfactory behaviors.

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Ulises Ricoy 🇲🇽 🧠 🔬🎛 🪳

@SuperOlish

over 7 years ago

#MushroomBody Cool !!!!!

The Grass Foundation @grassfoundation

over 7 years ago

Congratulations to Grassfoundation Trustee, Vanessa Ruta and her team for her awesome work on behavioral plasticity shaped by dopaminergic signalling. @RockefellerUniv : https://t.co/PNeARQy4bs https://t.co/ZORKyWllrz

grassfoundation's tweet photo. Congratulations to Grassfoundation Trustee, Vanessa Ruta and her team for her awesome work on behavioral plasticity shaped by dopaminergic signalling. @RockefellerUniv :
https://t.co/PNeARQy4bs
https://t.co/ZORKyWllrz https://t.co/FYleHhWrY5

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Computational Systems Neuroscience @nawrot_group

over 7 years ago

We enjoyed intensive discussions and a great atmosphere at the kick-off meeting of our DFG Research Unit 2705: Dissection of a Brain Circuit: Structure, Plasticity and Behavioral Function of the #Drosophila #MushroomBody. https://t.co/zPPS9eb5k9

nawrot_group's tweet photo. We enjoyed intensive discussions and a great atmosphere at the kick-off meeting of our DFG Research Unit 2705: Dissection of a Brain Circuit: Structure, Plasticity and Behavioral Function of the #Drosophila #MushroomBody.

https://t.co/zPPS9eb5k9 https://t.co/vbrWbjjAzD

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Balint Z. Kacsoh @BalintZKacsoh

over 8 years ago · Philadelphia

Exciting new study analyzing the #mushroombody #transcriptome following #learning and #memory in #Drosophila https://t.co/nyDJdRuziP

bioRxiv @biorxivpreprint

over 8 years ago

Mushroom body specific transcriptome analysis reveals dynamic regulation of learning and memory genes after acquisition of long-term courtship memory in Drosophila https://t.co/0dZP0lN7At #bioRxiv

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FFBO @FlyBrainObs

over 8 years ago

Flies can learn and remember like us humans; dopaminergic neurons innervating the mushroom body play a pivotal role in formation and maintenance of olfactory and visual memories. Find out more in #NeuroNLP (https://t.co/iLjoWPd2nM) #drosophila #FlyBrain #MushroomBody