Shalin Mehta (@mattersoflight) 's Twitter Profile
Shalin Mehta

@mattersoflight

intrigued by light, logic and life. Platform Leader, Computational Microscopy at CZ Biohub (@czbiohub). Views my own.

ID: 2480597803

linkhttps://www.czbiohub.org/comp-micro/ calendar_today06-05-2014 22:33:04

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Loïc A. Royer 💻🔬⚗️ (@loicaroyer) 's Twitter Profile Photo

1/ 📡Exciting news! 🚀 Our #Omega paper has been accepted at @NatureMethods! Omega is a napari🔬 plugin that uses Large Language Models to assist users with bioimage processing and analysis tasks! Check out our original project announcement (see below), read the paper:

Uri Manor 💔 (@manorlaboratory) 's Twitter Profile Photo

I've been so out of breath trying to deal with grant deadlines that I've barely had time to pause and appreciate the massive amount of progress we made in the last year in spite of the move from Salk to UCSD and hanging around in temporary space (permanent lab is done 7/31!) 🧵/1

Chan Zuckerberg Biohub Network (@czbiohub) 's Twitter Profile Photo

Writer Fionna Samuels covers how microscopy researchers use AI, including Shalin Mehta, who has pioneered AI-augmented label-free light microscopy for biology at #CZBiohubSF, and #CZBiohubSF Investigator TrickSter OP, who uses AI for lensless imaging.

Allen Institute (@alleninstitute) 's Twitter Profile Photo

How do organelles change over the course of a stem cell’s life? Sarah CohenAssaf Zaritsky, and Shalin Mehta are using machine learning and cell engineering to study the impact of organelle-organelle interactions on stem cell differentiation. #FrontierScience

How do organelles change over the course of a stem cell’s life?

<a href="/cohenlaboratory/">Sarah Cohen</a>, <a href="/AssafZaritsky/">Assaf Zaritsky</a>, and <a href="/mattersOfLight/">Shalin Mehta</a> are using machine learning and cell engineering to study the impact of organelle-organelle interactions on stem cell differentiation. #FrontierScience
Shalin Mehta (@mattersoflight) 's Twitter Profile Photo

I am excited to join the next cohort of Allen Distinguished Investigators and looking forward to parsing the role of organelle interactions with imaging and AI in partnership with Sarah Cohen and Assaf Zaritsky!

CZI Science (@cziscience) 's Twitter Profile Photo

Virtual staining offers a promising approach to map dynamic cellular systems across various cell types + conditions, broadening the scope of live-cell imaging. Congrats to Shalin Mehta & the team at #CZBiohubSF 🎉🙌 bit.ly/4jZJCvg

Chan Zuckerberg Biohub Network (@czbiohub) 's Twitter Profile Photo

🚫 No dyes. No bleaching. 🔬 Just AI + label-free microscopy = vivid virtually stained images New in Nature Machine Intelligence: A deep learning model that enables robust virtual staining across microscopes, cell types & conditions. #CZBiohubSF Shalin Mehta explains:

Shalin Mehta (@mattersoflight) 's Twitter Profile Photo

We have a fun update on DynaCLR (arxiv.org/abs/2410.11281), a self-supervised method for learning cell state dynamics from 3D multi-channel movies! Congratulations, team Chan Zuckerberg Biohub Network, for reaching this milestone! Special thanks to Carolina Arias and her team for the close

Allen Institute (@alleninstitute) 's Twitter Profile Photo

How do organelles change over the course of a stem cell’s life? Allen Distinguished Investigators Sarah Cohen, Assaf Zaritsky, and Shalin Mehta are using AI and cell engineering to explore the #FrontierScience of stem cell differentiation. 🔗 alleninstitute.org/division/front…

How do organelles change over the course of a stem cell’s life?

Allen Distinguished Investigators <a href="/cohenlaboratory/">Sarah Cohen</a>, <a href="/AssafZaritsky/">Assaf Zaritsky</a>, and <a href="/mattersOfLight/">Shalin Mehta</a> are using AI and cell engineering to explore the #FrontierScience of stem cell differentiation.

🔗 alleninstitute.org/division/front…