An intact human heart, rendered transparent. Because disease doesn't happen in 2D. Whole-organ tissue clearing and light-sheet microscopy reveal coronary vessels (magenta) and atherosclerotic plaques (gold) across the intact organ. More at: shorturl.at/iqTBh 🫀🔬 #FluorescenceFriday!

🧠🔬 We're growing at Deep Piction! We're hiring a Scientist – Tissue Clearing & 3D Image Analysis to work across clearing, light-sheet microscopy, spatial biology, and AI. Help generate and analyze 3D whole-organ datasets to advance next-generation therapeutics! 📍Munich, Germany Details & apply 👇

Biology was never meant to be studied in 2D. One of the coolest things about my new work is being able to visualize: 🧠 Neural circuits 🩸 Vascular networks 🎯 Drug biodistribution 🎗️ Disease progression Here's a small glimpse of what we're building at @deeppiction.bsky.social 🤩🔬 #3DImaging

Where do therapeutics go in the body? SCP-Nano combines whole-body imaging and AI to map nanocarrier biodistribution at single-cell resolution, revealing both intended targets and unexpected off-target destinations. Our recent work at @nature.com Biotechnology: www.nature.com/articles/s41...

🚀 Meet Deep Piction at #BIOCAP26 in Berlin this week (June 9–11)! Our platform maps therapeutic biodistribution across entire organs at single-cell resolution, providing insights that conventional approaches miss. Stop by Booth 8B to learn more! #Biotech #DrugDevelopment #GeneTherapy #CellTherapy

From Whole Body to Single Cell. At www.DeepPiction.com we can see where disease begins and identify ways to make therapies safer & more effective. We’re excited to share our new paper at @nature.com! Our goal is to advance drug discovery for #Cancer, #LongCovid, #Inflammation, and more.

Nature@nature.com · 2mo ago

Nature research paper: A deep-learning framework reveals whole-body perturbations at cell level go.nature.com/3Pjox61