Remy Yovanno (@rem_yo) 's Twitter Profile
Remy Yovanno

@rem_yo

Postdoc @NIH | PhD in Biophysics @BiophysicsJHMed @HopkinsMedicine | Computational biophysics and neuroscience 💻🧬🧠

ID: 1131258718400778245

calendar_today22-05-2019 18:01:11

84 Tweet

106 Followers

220 Following

Johns Hopkins Physics & Astronomy (@jhuphysicsastro) 's Twitter Profile Photo

🎉Congratulations to Dr. Kirsten Endresen who recently successfully defended her PhD thesis on topological defects in cells! Dr. Endresen was advised by @SerraLab_LC 🎉

🎉Congratulations to Dr. Kirsten Endresen who recently successfully defended her PhD thesis on topological defects in cells! Dr. Endresen was advised by @SerraLab_LC 🎉
Jie Xiao (@jiexiao_lab) 's Twitter Profile Photo

"Conformational changes in the essential E. coli septal cell wall synthesis complex suggest an activation mechanism" is out in Nature Communications nature.com/articles/s4146… @alchemytoday

Remy Yovanno (@rem_yo) 's Twitter Profile Photo

Join ProjectBridge at #BUGSS for our next workshop! Code a game based on your favorite sport, and teach a computer to play using machine learning! ⚽️💻🏀

Baltimore Underground Science Space (BUGSS) (@bugsslab) 's Twitter Profile Photo

Girls' Coding Club is designed to introduce middle-school girls to coding and empower them to pursue careers in tech! tinyurl.com/2b5xw85t 🔍 #MachineLearning #BUGSSlab #STEM

Girls' Coding Club is designed to introduce middle-school girls to coding and empower them to pursue careers in tech! tinyurl.com/2b5xw85t 🔍

#MachineLearning #BUGSSlab #STEM
Mark Histed-🧠 Lab (@histedlab) 's Twitter Profile Photo

Sharing new preprint from our lab: bioRxiv Neuroscience. Led by Paul LaFosse, we show neurons in the awake🧠can filter out inputs: attenuation-by-suppression. Also: real neurons’ activation function share features w/ #ai systems (eg ChatGPT). #neuroscience Comments welcome! 1/15

Sharing new preprint from our lab: <a href="/biorxiv_neursci/">bioRxiv Neuroscience</a>.

Led by <a href="/pklafosse/">Paul LaFosse</a>, we show neurons in the awake🧠can filter out inputs: attenuation-by-suppression.
Also: real neurons’ activation function share features w/ #ai systems (eg ChatGPT). #neuroscience
Comments welcome! 
1/15
Mark Histed-🧠 Lab (@histedlab) 's Twitter Profile Photo

🧠🚨: Our latest paper is out today in Neuron! Led by Jonathan O'Rawe, we show salt-and-pepper excitation& suppression in mouse V1 arises from purely exc opto input. That means the excit-excit recurrent connections in cortex change how neurons respond to input. 1/3

🧠🚨: Our latest paper is out today in <a href="/NeuroCellPress/">Neuron</a>! Led by <a href="/JonORawe/">Jonathan O'Rawe</a>, we show salt-and-pepper excitation&amp; suppression in mouse V1 arises from purely exc opto input. 

That means the excit-excit recurrent connections in cortex change how neurons respond to input. 1/3
Jie Xiao (@jiexiao_lab) 's Twitter Profile Photo

#BPS2024 continues— Dr. Brooke Britton is giving a fantastic talk on the activation mechanism for cell wall synthesis in bacteria. Great work with Zach Hensel Remy Yovanno and Albert Lau

#BPS2024 continues— Dr. Brooke Britton is giving a fantastic talk on the activation mechanism for cell wall synthesis in bacteria. Great work with <a href="/ZachHensel/">Zach Hensel</a> <a href="/rem_yo/">Remy Yovanno</a> and Albert Lau
Mark Histed-🧠 Lab (@histedlab) 's Twitter Profile Photo

If you'll be at Cosyne 2024 this week, please come by our posters: We have 3 presentations, by Paul LaFosse, Remy Yovanno&Bradley Akitake, and Ciana Deveau. All about what the recurrent network of sensory ctx does. Looking forward to seeing others' science at the meeting too!

If you'll be at Cosyne 2024 this week, please come by our posters:
We have 3 presentations, by Paul LaFosse, Remy Yovanno&amp;Bradley Akitake, and Ciana Deveau.

All about what the recurrent network of sensory ctx does.

Looking forward to seeing others' science at the meeting too!
Kanaka Rajan (@kanakarajanphd) 's Twitter Profile Photo

Hi there, Lisbon 👋🏽 Next week, I’m presenting work from the lab in 2 #COSYNE2024 workshops with Tatiana Engel, Aldo Battista, Wayne Soo, Chethan Pandarinath Chris Versteeg & others to discuss exciting new findings. Want to get involved?👇🏽(1/2)

Hi there, Lisbon 👋🏽 Next week, I’m presenting work from the lab in 2 #COSYNE2024 workshops with   <a href="/EngelTatiana/">Tatiana Engel</a>, <a href="/aldo_battista/">Aldo Battista</a>, <a href="/soowmwayne/">Wayne Soo</a>, <a href="/chethan/">Chethan Pandarinath</a> <a href="/chris_versteeg/">Chris Versteeg</a>  &amp; others to discuss exciting new findings. Want to get involved?👇🏽(1/2)
Mark Histed-🧠 Lab (@histedlab) 's Twitter Profile Photo

New preprint, on 'sequence filtering'. Led by Ciana Deveau, Z Zhou. We see this as a key step forw on how cortex works. All cortical areas have dense exc-exc recurrent connectivity. What do these connections do, esp in sensory ctx? Our data say: they do dynamics/time. 1/4

New preprint, on 'sequence filtering'.
Led by <a href="/CianaDeveau/">Ciana Deveau</a>, Z Zhou.
We see this as a key step forw on how cortex works. 

All cortical areas have dense exc-exc recurrent connectivity.
What do these connections do, esp in sensory ctx?

Our data say: they do dynamics/time.
1/4
Lauren A Blake (@lablake93) 's Twitter Profile Photo

Beyond excited for my PhD work to be out in press! This is my first first-author primary research article. Thankful for the strong mentorship from Bin Wu Lab who got me through this challenging project and to Yang Liu, Inoue Lab at JHMI, and Leslie for their brilliant contributions!

Mark Histed-🧠 Lab (@histedlab) 's Twitter Profile Photo

Two talks from our lab this weekend at the AMS meeting in DC: I'll be talking about our findings on active filtering of neural sequences. Remy Yovanno will present early work on how that filtering happens in cortical networks (balanced state EI nets). #neuroscience #ai

Two talks from our lab this weekend at the AMS meeting in DC: 
I'll be talking about our findings on active filtering of neural sequences.
<a href="/rem_yo/">Remy Yovanno</a> will present early work on how that filtering happens in cortical networks (balanced state EI nets). #neuroscience #ai
Danny Evans (@danieljevans) 's Twitter Profile Photo

1/3 Just released my latest preprint! Introducing EVADE - a Python package designed for analyzing pocket volumes and dihedral correlations. Using EVADE, I uncovered statistical pitfalls and novel insights into the enigmatic protein 3CLPro. doi.org/10.1101/2024.0…