Hadas E. Sloin

Postdoc at @TheBrunoCortex, University of Oxford, studying the somatosensory neocortex. Graduate of @lab_stark and a hippocampal fan at heart.

[StarkLab @lab_stark]

Humans excel at #learning and adapting to new circumstances, but what about mice?

In our new @PNASNexus paper, we found that every mouse learned a new visual rule in a single session. So: what are the behavioral mechanisms that allow for fast learning?
https://t.co/I4VQUhhSkV

[Hadas E. Sloin @HadasSloin]

@NetaTropp עשיתי את זה בעבר, הכנסתי את ההרצאות כשכר מרצים וביצעתי תיאום מס בין המעסיק העיקרי לבין החברה דרכה העברתי הרצאות. אם רוב ההרצאות הן דרך אותה חברה זה סבבה.

[Hadas E. Sloin @HadasSloin]

@ArbleMatan בתור מי שהתחילה פוסט בספטמבר, אני מאוד מזדהה עם הקושי.
אני יכולה לומר שכמו שציפיתי, ההתחלה הייתה קשה, אבל אחרי חודשיים-שלושה אני שמחה מהחיים שלי פה. אם תרצה לקשקש- אני זמינה בפרטי.

[Hadas E. Sloin @HadasSloin]

@NetaTropp @ArbleMatan אני עושה פוסט באוקספורד. יכולה לספר על החלקים המשותפים. יצא לי לדבר קצת גם עם פוסטים בלונדון על הנושא. בגדול - קשוח, אבל אפשרי.

[Hadas E. Sloin @HadasSloin]

@GiladLevy7 Thank you Gilad!!! 😊

[Hadas E. Sloin @HadasSloin]

I'm very proud and excited to share the final version of my PhD work regarding the mechanism underlying theta phase precession.🤩

[StarkLab @lab_stark]

#Hippocampal #theta phase #precession plays a role in spatial coding and neural sequences. Ever wondered how it is generated?
New in @sciencemagazine: we show that local circuits can generate precession and propose a potential mechanism: https://t.co/GiYkDJy52v. #ScienceResearch

[Hadas E. Sloin @HadasSloin]

@LavivTal Thank you Tal! :)

[Hadas E. Sloin @HadasSloin]

@ShiriShoob Thank you! 😊

[Hadas E. Sloin @HadasSloin]

@heathlarsson @lab_stark Thank you so much for your interest!
I'll be happy to discuss the paper if you'll have any questions / thoughts.

[Hadas E. Sloin @HadasSloin]

@omerxsharon Thanks for the share Omer!
I hope you'll find it interesting (:

[Hadas E. Sloin @HadasSloin]

@josueregalado96 Thank you for the share Josue! 😊

[Hadas E. Sloin @HadasSloin]

@omerxsharon Thank you!

[Hadas E. Sloin @HadasSloin]

@shakedpa Thank you! 😊

[Hadas E. Sloin @HadasSloin]

@leviamir8 @lab_stark @ScienceMagazine Thank you Amir! I'm very glad I had you on board for this project.

[NeuroWoodworks @NeuroWoodworks]

I finally made this piece, "hippocampe neuronal" (neuronal seahorse). 16 #neurons cut out of Padauk, oak, poplar and maple wood. #sciart #neuroX #biology

[Randy Bruno @TheBrunoCortex]

What activates secondary thalamus? We recorded in POm and LP/pulvinar in trained mice. Come see pulvinar respond better to touch than vision, and POm respond better to vision than touch. (No, I didn't accidentally mislabel those.) #SfN23 poster Z28 on Tuesday morning. #SfN2023

[Jerome Beetz @BeetzJerome]

So excited that our latest article on insect goal-direction neurons is published @NatureComms https://t.co/UGq2Kv0jYY

[StarkLab @lab_stark]

Get ready to learn a new word: #Punit!
Our new paper on @CommsBio explores densely-interconnected neuronal networks in freely-moving mice, in search of the origin of non-negative extracellular waveforms: positive and biphasic spikes.
1/8
https://t.co/uGLsL1ZvT8

[Hadas E. Sloin @HadasSloin]

When recording extracellular ephs, it's almost inevitable to stumble upon positive spikes. @shirlysomeck made a tremendous effort to make sense of positive spikes, quantify them, and theorize regarding their biophysical origin. I am proud to be a co-author of this work! 🧠

[Communications Biology @CommsBio]

@lab_stark, @shirlysomeck analyse extracellular waveforms from freely moving mice which offers widespread implications for how to interpret and understand neural signals captured with extracellular probes. https://t.co/GZDGPKLyOr

[Hadas E. Sloin @HadasSloin]

Saying hello to my new home...
#Oxford