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Kristian J Herrera Profile
Kristian J Herrera

@KJHerr23

Followers
379
Following
560
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9
Statuses
133

post-doc in Fishman and @engertlab trying to understand baby fish brains, amateur animator https://t.co/aQ6YYHPblB

Cambridge, MA
Joined January 2016
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@KJHerr23
Kristian J Herrera
5 years
Excited to share that my paper on how larval zebrafish avoid and smell salts is now published online in @CurrentBiology! https://t.co/E82adtjuE3
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@MishaAhrens
Misha Ahrens
1 year
Excited to post a new preprint, work by @T___Kawashima, @zq_wei and collaborators: Voltage imaging reveals circuit computations in the raphe underlying serotonin-mediated motor vigor learning https://t.co/IHzsx0z4AF
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biorxiv.org
As animals adapt to new situations, neuromodulation is a potent way to alter behavior, yet mechanisms by which neuromodulatory nuclei compute during behavior are underexplored. The serotonergic raphe...
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@KJHerr23
Kristian J Herrera
1 year
This was such a fun animation to make! Very happy for Mike, @malcgcamp @naoshigeuchida et al to see their work now out on @biorxiv
@malcgcamp
Malcolm Campbell
1 year
Excited to share our updated preprint on the neural basis of foraging decisions! This work was co-led by Michael Bukwich (twitterless, now at UCL) and me, with major contributions from co-authors, and the incredible animation is by @KJHerr23. (1/12) https://t.co/GopGdBoVly
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@enhancerleo
Leonardo Ferreira
1 year
I AM ALIVE. I was not on the plane that went down in Brazil on Friday. My condolences to the family, friends, colleagues, and patients of the passengers that passed. Thank you to everyone who reached out to check if I was safe.
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@AiriSyoshimoto
Airi Yoshimoto
1 year
I’m very excited to share that my graduate work is now online in @ScienceMagazine today! With generous help from my mentor @yuji_ikegaya and my amazing teammates, we investigated a top-down pathway for volitional heart rate regulation! https://t.co/AoYwZ4J1Z0
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science.org
Heart rate (HR) can be voluntarily regulated when individuals receive real-time feedback. In a rat model of HR biofeedback, the neocortex and medial forebrain bundle were stimulated as feedback and...
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@pskatz
Paul Katz
1 year
Our paper "Cellular-resolution gene expression mapping reveals organization in the head ganglia of the gastropod, Berghia stephanieae" just came out in J. Comparative Neurology. @DesmondRamirez1, Thi Bui, and Paul Katz. We found many unexpected things... https://t.co/c4GFuo5631
onlinelibrary.wiley.com
Graphical Abstract: We used single-cell transcriptomics to explore cell type and neuronal class diversity, and in situ hybridization chain reaction to view expression in the brain of the nudibranch...
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@DiegoAldarondo
Diego Aldarondo
1 year
Happy to see my thesis work out today in @Nature! https://t.co/7PC0MLkW8I Josh Merel @jessedmarshall @lhq20 @yuvaltassa Ugne Klibaite @amandajgellis Greg Wayne @mattbotvinick @BOlveczky @GoogleDeepMind Video credit to the talented @KJHerr23
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@Adam_Lowet
Adam Lowet
2 years
Super excited to use my first post to share my PhD research, recently uploaded to bioRxiv ( https://t.co/pqcsvPAKZQ)! 🧵We found that the circuit formed between the striatum and dopamine neurons implements a powerful algorithm known as "distributional reinforcement learning". 1/n
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@marcduque3
Marc Duque Ramírez
2 years
Happy new year 2024! To start the year, an update on the ketamine story: 🧵🧵🧵🧵🧵🧵🧵 1/ Here’s in cellular detail what the fish brain does during ketamine 🐟 @alexbchen @MishaAhrens @EngertLab https://t.co/Xrona9GT92
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biorxiv.org
Mood-altering compounds hold promise for the treatment of many psychiatric disorders, such as depression, but connecting their molecular, circuit, and behavioral effects has been challenging. Here we...
@marcduque3
Marc Duque Ramírez
3 years
We are very excited to share our work using #zebrafish to study fast acting antidepressants work! Tl;dr –ketamine and related drugs drive minutes-long calcium elevations in astroglia sufficient to mediate their effects. https://t.co/1XIqOcIQqG Details below:
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@MCB_Harvard
MCB_Harvard
2 years
Faculty Florian Engert and Bence Ölveczky to Compete in Clipper Round the World Sailing Race @EngertLab @BOlveczky @HarvardOEB @ClipperRace https://t.co/CkpoxzlwNj
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@EngertLab
Florian Engert
2 years
We just uploaded our most recently minted projected to Research Gate. The story started as a collaboration between my lab, that of Armin Bahl’s in Konstanz, Hanna Zwaka’s new lab in Magdeburg, and Mark Fishman’s here at Harvard.
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@lovett_barron
Matt Lovett-Barron
2 years
Excited to share our first preprint on the neurobiology of collective behavior, where we studied the development of schooling in the transparent fish Danionella cerebrum 🐟🐟🐟🐟📜 https://t.co/ITqVwVVsLU
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@NBellono
Nicholas Bellono
2 years
Where do new animal traits come from? We studied walking fish with “legs” to understand the evolution of novel organs and behavior. @CoreyAHAllard, Amy Herbert, David Kingsley, @MCB_Harvard, @StanfordMed, @HHMINews, @MBLScience - https://t.co/ih2g8Zvva3 - https://t.co/8x0jADddbU
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@marcduque3
Marc Duque Ramírez
2 years
Tomorrow at 4PM streaming of the #RhinoLeague finals on Twitch https://t.co/B3qbGOtyoe with live commentary. 4th Floor Giants vs Gio's Angels. @MCB_Harvard The @EngertLab team lost in semifinals to 4th Floor Giants.
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twitch.tv
harvardrhinocup streams live on Twitch! Check out their videos, sign up to chat, and join their community.
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@The_En_Yang
En Yang
3 years
I am actively seeking passionate and driven individuals to join my lab; Rigorous engineers with a strong neuroscience interest are especially welcome. Please visit my lab website for details: https://t.co/2YlJWJ1sN4 Join us on an adventure into the captivating world of the brain!
enyanglab.org
En Yang Lab; We study computations underlying cognitive brain functions; we combine experimental and computational neuroscience to seek engineering solutions.
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@marcduque3
Marc Duque Ramírez
3 years
We are very excited to share our work using #zebrafish to study fast acting antidepressants work! Tl;dr –ketamine and related drugs drive minutes-long calcium elevations in astroglia sufficient to mediate their effects. https://t.co/1XIqOcIQqG Details below:
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biorxiv.org
Rapid-acting antidepressants like ketamine hold promise to change the approach to treatment of major depressive disorder (MDD),[1][1]–[3][2] but their cellular and molecular targets remain unclear....
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@MishaAhrens
Misha Ahrens
3 years
New work from the lab out in Cell today, by En Yang and colleagues: A brainstem integrator for self-location memory and positional homeostasis in zebrafish Congrats to amazingly talented @The_En_Yang, and collaborators! https://t.co/ub6W9sP5qp
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cell.com
Whole-brain functional imaging of larval zebrafish reveals a multiregional brainstem and cerebellar circuit that integrates self-motion and stores self-location to control corrective fictive swimming...
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@GregorFPS
Gregor Schuhknecht
3 years
Come check out our poster today at #SfN22 on the Ultrastructure of a Neural Integrator Circuit in the Zebrafish Hindbrain. With @mer_petkova and @EngertLab. Poster board X6, 11-12.
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