Yun Ding

[Catherine Schretter @[email protected] @ceschretter]

Excited to release this new pre-print (https://t.co/kO7APZiTXw)🎉  In a complex visual environment, how do flies (like below) know what to focus on?

We uncovered neuronal pathways through which social states (like aggression🥊 and courtship) modulate visual processing. 1/

[Emily Behrman @Emily_L_Behrman]

I am thrilled to start an Assistant Professor in the Department of Biological Sciences at @DartmouthCollege in July 2024. We will study genetic & neural basis of behavior evolution & how behavior affects evolution. Recruiting talented & enthusiastic scientists to join the lab!

[Dajia (Krisa) Ye @ANTharvester]

Also, this is my first fruit fly paper and the project I spend most of my time during my PhD!

[Yun Ding @YunDing_Lab]

Excited to share our new preprint on the evolution of Drosophila courtship song, led by @Justin_T_Walsh , Dajia Ye, and Ian Junker: https://t.co/W6eHpqncFO

[bioRxiv Evobio @biorxiv_evobio]

Ancestral neural circuits potentiate the origin of a female sexual behavior https://t.co/ubbMDdBgGJ #biorxiv_evobio

[Yun Ding @YunDing_Lab]

Happy to share a recent work from my lab, led by @dawnschen and Minhao Li: The origination of a novel social behavior + the function and evolution of female sexual behavior. We had so much fun working on this project with several jaw-dropping moments!

[Yun Ding @YunDing_Lab]

How do the peripheral and central nervous systems evolve to switch the valence of a sex pheromone, from anti-aphrodisiac to aphrodisiac, in species-specific mate recognition? Check this beautiful work led by Rory Coleman and Vanessa Ruta (honored to make a small contribution)!

[Yun Ding @YunDing_Lab]

a tour de force

[Gavin Rice @gavinrrice]

Packing for #Dros23?

If you have professional clothes that are unused, or used but clean, #Dros23 is collecting donations for Broadway Youth Center @howardbrownhc an integrated health and social services organization that serves the Chicago LGBTQ+ community

[Yun Ding @YunDing_Lab]

@troy_shirangi Thank you, my dear friend! So nice to have you around in the area to chat about science and more!

[Yun Ding @YunDing_Lab]

@KOKeeffe12 @PennOVPR @UPennSAS @PennBiology Thank you, Kayleigh!

[Yun Ding @YunDing_Lab]

@Tali_Reiner @PennOVPR @UPennSAS @PennBiology Thank you Tali!

[Kristin Branson @[email protected] @KristinMBranson]

Before the 2016 election, I didn't believe that Trump could be elected, and I regret not doing everything I could to ensure it didn't happen. Here's what I'm doing to make sure this doesn't happen again:

[AVA AI @AVAhclo]

Thank all the team members so much for their excellent work. Also, appreciate the help from the Janelia community @HHMIJanelia . Especially, the help from Janelia Experimental Technology (jET) and histology teams.

[Scott Sternson @BrainCaRMA]

Our new study in @ScienceMagazine , led by @shengjin_xu. We report CaRMA imaging-- a method that combines deep-brain in vivo single neuron dynamics in mice with detailed gene co-expression information in the same cells across multiple behavioral states. https://t.co/FAjTUeicdR

[Timothy Fuqua @timothy_fuqua]

My first, first-author paper is out today from the @JustinMCrocker
Lab at @embl with collaboration with @David_L_Stern and @richmann10 and @HHMIJanelia . Hear how we used robotics and automation to mutationally scan a Drosophila developmental enhancer!
https://t.co/pPrSJTyKec

[Yun Ding @YunDing_Lab]

@ZYanWang @Christa_A_Baker Glad to see it out！Such a beautiful tour de force！Cannot wait to read in details！ @Christa_A_Baker

[bioRxiv Neuroscience @biorxiv_neursci]

Neural Network Organization for Courtship Song Feature Detection in Drosophila https://t.co/uPvXUUrx9u #biorxiv_neursci

[Trevor Sorrells @trevor_sorrells]

Now out in Neuron: https://t.co/X7aT03I2gm

[Sinziana Pop @PopSinziana]

Today's headlines: Undead neurons make headless flies walk! Nervous systems evolve by changing which and how many newly-born neurons die! Flightless flies are fly! Read all about it in our paper now out in eLife https://t.co/1x7wHQrory (a thread)