MetaCLIP-CMR applies CLIP-style contrastive learning to cardiac MRI by treating acquisition metadata as text labels, delivering 86.8% modality and 86.5% view accuracy plus top Dice scores on ACDC/M&Ms segmentation with far less pre-training data than recent large-scale CMR models.
Journal of Cardiovascular Magnetic Resonance27(2), 101967 (2025)
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Dilute Mg-Zn wires show fine recrystallized grains, 246-256 MPa tensile strength, and degradation behavior that supports their use in biodegradable bone implants, with zinc content having only limited effects.
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Learning from Acquisition: Metadata-driven Multimodal Pre-training for Cardiac MRI
MetaCLIP-CMR applies CLIP-style contrastive learning to cardiac MRI by treating acquisition metadata as text labels, delivering 86.8% modality and 86.5% view accuracy plus top Dice scores on ACDC/M&Ms segmentation with far less pre-training data than recent large-scale CMR models.
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Dilute Zn alloying in biodegradable Mg wires: microstructure, mechanical performance, and degradation behavior
Dilute Mg-Zn wires show fine recrystallized grains, 246-256 MPa tensile strength, and degradation behavior that supports their use in biodegradable bone implants, with zinc content having only limited effects.