
MorphoMIL
Overview
Geometric deep learning extracts robust 3D cell-shape features from diverse conditions
Multiple-instance learning (MIL) predicts drug treatment by modeling cell variation
Interpreting MIL attention weights reveals shape phenotypes linked to drug treatment
3D cell-shape-based models link morphology to signaling states and protein interactions
Categories
MorphoMIL
Date
Jun 8, 2024
Client
Rosyid Qoim



MorphoMIL
Overview
Geometric deep learning extracts robust 3D cell-shape features from diverse conditions
Multiple-instance learning (MIL) predicts drug treatment by modeling cell variation
Interpreting MIL attention weights reveals shape phenotypes linked to drug treatment
3D cell-shape-based models link morphology to signaling states and protein interactions
Categories
MorphoMIL
Date
Jun 8, 2024
Client
Rosyid Qoim



MorphoMIL
Overview
Geometric deep learning extracts robust 3D cell-shape features from diverse conditions
Multiple-instance learning (MIL) predicts drug treatment by modeling cell variation
Interpreting MIL attention weights reveals shape phenotypes linked to drug treatment
3D cell-shape-based models link morphology to signaling states and protein interactions
Categories
MorphoMIL
Date
Jun 8, 2024
Client
Rosyid Qoim




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Book a call, and I’ll take care of the rest
© 2025 All right reserved

Book a call, and I’ll take care of the rest
© 2025 All right reserved