Remy Yovanno

Congratulations, Dr. Ana De La Cruz! ⁦@anadlc13⁩

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…

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. @rem_yo will present early work on how that filtering happens in cortical networks (balanced state EI nets). #neuroscience #ai

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 @binwu1 who got me through this challenging project and to @yliu_UofU, @InoueLabJHMI, and Leslie for their brilliant contributions!

New preprint, on 'sequence filtering'. Led by @CianaDeveau, 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

Hi there, Lisbon 👋🏽 Next week, I’m presenting work from the lab in 2 #COSYNE2024 workshops with @EngelTatiana, @aldo_battista, @soowmwayne, @chethan @chris_versteeg & others to discuss exciting new findings. Want to get involved?👇🏽(1/2)

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!

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

Ana de la Cruz @anadlc13 from Wu lab @BiophysicsJHMed is presenting in BPS2024 meeting in Philly.

🧠🚨: Our latest paper is out today in @NeuroCellPress! Led by @JonORawe, 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

Sharing new preprint from our lab: @biorxiv_neursci. Led by @pklafosse, 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

A great way to kick off the new school year for Girls' Coding Club with @projbridge and @BUGSSlab. We trained a #MachineLearning model to play soccer! ⚽️

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

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

"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

Excited to see this work published! A big thanks to Brooke, Jie, Zach, Albert, and the whole team!

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

Phosphorylation of ubiquitin shifts its conformational dynamics! Cool new story from Albert @aylau and student (now Dr.!) Remy Yovanno @rem_yo .

@MikeyXtalsPhd @BiophysicsJHMed @aylau Thank you!!

@BiophysicsJHMed @aylau @rem_yo Great work, Albert and Remy!

Thankful to my mentors/coauthors and PI who helped me learn and grow this project.

I started this project during my rotation in the #Albert_Lau_lab, and it helped convince me to spend my PhD using MD approaches to study biology!

Transition between ubiquitin conformations involves a Bent intermediate further stabilized by Ser65 phosphorylation. sciencedirect.com/science/articl…