
Federico
@fsangiul
Inactive
ID: 1169047626613837824
04-09-2019 00:40:57
476 Tweet
190 Followers
221 Following



Are you in Latin America and interested in learning more about #Miniscopes? We are partnering with ISN School to hold a 3 day hands-on Miniscope Team workshop in Buenos Aires. Apply by August 20th and @DanielBAharoni, Tristan Shuman, Denise J. Cai, Ph.D., & Federico will see you there!

📢Hey!! Latin American students! There's still time to apply for this #Miniscopes school Don't miss this great opportunity to learn from @DanielBAharoni, Denise J. Cai, Ph.D., Tristan Shuman, & Federico 👇

🎉#DLCAIResidency Week -> Sabrina Benas 🇦🇷💜 Sabrina worked on clustering your pose data in the #napari DLC plug-in! This is highly useful for detecting mislabeled data & correcting it (or just exploring your pose data! #behaviorAnalysis ) More to come: deeplabcut.github.io/DeepLabCut/doc…





If you’re interested in entorhinal-hippocampal communication, in vivo electrophysiology, and mouse models of Alzheimer’s disease pathology, stop by poster 616.16/F42 at SfN on Wednesday morning (11/16) to chat with me! Friedman Brain Institute #FBIatSfN



#SfN2022 #SfN22 Come by some of our posters!☀️🌮🏝🤓🐁🧠Romain Durand-de Cuttoli Eric J. Nestler, MD, PhD @ScottRusso_CAN Martínez-Rivera FJ Long Li Angélica Minier Toribio Austin Baggetta Susie Yu Feng Joe Zaki Federico @dmoralesrodrig Tristan Shuman @DanielBAharoni Denise J. Cai, Ph.D. Friedman Brain Institute Mount Sinai Psychiatry



Thrilled to be in Buenos Aires with Miniscope Team (Tristan Shuman @DanielBAharoni Federico) to teach our Miniscope workshop and celebrate Argentina's win. I can't begin to convey the joy that has exploded thru the streets. #Messi𓃵 #WorldCup




Megha is a fantastic mentor and it’s always fun and rewarding to work with her. Meet her at Society for Neuroscience (SfN) to know all about her new lab!

We are excited to share our latest design for chronic, recoverable, multiprobe implants tomorrow morning at #SfN2023! With @melinmaxwell and Anne Churchland we devised an approach to get 24 shanks in a single hemisphere of the 🐭 brain.