Mona E. Hervig

Neuroscientist investigating neural substrates of compulsivity, impulsivity and attention. @uni_copenhagen

[Mona E. Hervig @Moelsay]

Min datter - født af danske forældre under en forsker-udstationering til England - bliver ramt.
Det er den sikre vej til, at færre danskere tager til udlandet for at arbejde/opkvalificere sig. Det må ramme en stor gruppe danskere.
Giver ingen mening.

[Lars Køhler @larskohler]

Jeg er dansk med danske forældre

Men fordi jeg er født i Kenya & indrejst som 1 årig blir jeg ramt af #dkpol’s nye arbejdsPLIGT

Uden mig er lovgivningen nemlig diskriminerende. Jeg blir altså en brik i racistisk motiveret symbolpolitik!

Dansk politik er en skændsel!

#dkmedier

[Mona E. Hervig @Moelsay]

@cloland_dk @novonordiskfond @neuroscience_dk Stort tillykke Claus 👏

[Mona E. Hervig @Moelsay]

Thank you @UCPH_BRIDGE for a great event. Now the bar is set high starting the first BRIDGE alumni event with an amazing and impressive talk by Professor @EdvardMoser @NobelPrize laurate.
Looking forward to continuously staying connected with current and future BRIDGE alumnis!!

[BryanRoth @zenbrainest]

And here it is: how and why DREADD-based chemogenetics works. @hustzsc solved structures with cryo-EM analysis by @Cannabatopia and MD simulations by @rgumpper
Amazing work--have waited since 2005 to understand why DREADDs work as well as they do!

https://t.co/DnXx2ysQUI

[Mona E. Hervig @Moelsay]

Our paper is out now!
By applying the Theory of visual attention (TVA) model to rat 5CSRTT, we found dissociable roles of DA and NA agents on visual processing speed, with amphetamine improving it!
https://t.co/GnEOKQ7uH8
@toschi_chiara @SVangkilde @UlrikGether
@lundbeckfonden

[TouchscreenCognition @TouchScreenCog]

Alright! Now that the rat is out of the bag: we want to know who do you want to present at the 5th Annual International Touchscreen Symposium?

Comment below or on our forum: https://t.co/Kx9yMjpB2H

[Anastasia Christakou 💙 @Christakou]

"... it is now possible to conclusively state that the brain constructs and uses [inherently low-dimensional continuous-attractor dynamics] for computation..."
https://t.co/udUfCt7htV +p

[Mona E. Hervig @Moelsay]

SfN 2022 over and out. Thanks for an amazing (physical!!) meeting this year! Wauw all the cool neuroscience going on!! And lots on decision-making this year👏👏 #SfN2022 @SfNtweets

[Mona E. Hervig @Moelsay]

Find me at #SfN22 . I’m presenting my poster at 1pm this afternoon.

Poster board EE12:

“Serotonergic modulation of reversal learning and reinforcement learning processes” investigating the effects of citalopram and 5-ht2a and 5-ht2c antagonism on cognitive flexibility.

[Mona E. Hervig @Moelsay]

@JulieRDumont @JaredWYoung @jess_nithi @Olamzz1 @TouchScreenCog Thanks for a great and important discussion!

[Mona E. Hervig @Moelsay]

@LauraLopezCruzz @TouchScreenCog @_Heath_Lab Thanks for great talks! Great overview Laura and I liked your 3Rs and animal welfare perspective on touchscreen testing Chris!

[Mona E. Hervig @Moelsay]

Looking forward to reading this!! My favourite topic!

[Kate Wassum 🧠👩🏼‍🔬 @KateWassum]

📄🚨 New review from our lab 🚨📄

Just published in @eLife

In this review, I discuss the cortical-amygdala circuitry through which we learn about rewarding events and use those memories to make adaptive decisions.

Short 🧵👇��

https://t.co/nsrKV418Mg

[Mona E. Hervig @Moelsay]

@holmstrom_mo @KatrineBaumann @song60887727 @UCPH_BRIDGE @UCPH_CPR @grith_hojfeldt You definitely redeemed yourself 😄

[Yulong Li Lab @yulonglilab]

1/2 Detecting ALL monoamines in vivo! Monoamines, including histamine (HA), serotonin (5-HT), norepinephrine (NE), and dopamine (DA), are involved in a wide range of physiological and pathological processes. Now our GRAB sensor family covers ALL monoamines.

[Mona E. Hervig @Moelsay]

@_KarlyT @balleinelab @UNSWScience @BBRFoundation Wauw Karly! Huge congratulations! So well deserved 👏👏🥂

[Luiz Pessoa @PessoaBrain]

Medial and orbital frontal cortex in decision-making and flexible behavior: M Klein-Flügge, A Bongioanni, M Rushworth
"[how] these areas represent value of environment and choices is different from subcortical brain regions and more complex than thought."
https://t.co/Y2m0rDD7YB

[Penn Neurosurgery @PennNSG]

Impulsivity is pervasive in many brain disorders and often manifests as binge eating associated with obesity. This article just published in @molpsychiatry represents a major step towards circuit-based targeting for improving eating control. @CaseyHalpern5
https://t.co/NURuVazYJQ

[Earl K. Miller @MillerLabMIT]

Anterior insula as a gatekeeper of executive control
https://t.co/qfcTi3InxW

[Mona E. Hervig @Moelsay]

Micro/macro levels of analyses revealed that impulsivity in the 5CSRTT is governed by at least two processes: 1) overall level of reinforcement possibly determining overall behavioural activation; 2) negative urgency effects on a trial-by-trial basis

https://t.co/PBFw9dyL5t

[Mona E. Hervig @Moelsay]

Our paper on how reward sensitivity and negative urgency shape impulsivity is out! Check it out!

[Chiara Toschi @toschi_chiara]

Some PhD work on how reward sensitivity and negative urgency shape premature responses on the 5CSRTT (a Markov chain model). Awesome example of how fruitful inter-disciplinary collaborations can be, thanks to everyone @Moelsay @ThiagoBurghi https://t.co/czw2Ikgz6F

[Mona E. Hervig @Moelsay]

I will be at #SfN22 to present our work on "Serotonergic modulation of reversal learning and reinforcement learning processes" @bjalsio @SfNtweets #serotonin