Rather than reducing heterogeneous structures to a single dominant shape, like AlphaFold3 (red), experiment-guided AlphaFold predicts a broader ensemble of ubiquitin conformations using nuclear magnetic resonance (NMR) data (green) (IMAGE)

Institute of Science and Technology Austria

Rather than reducing heterogeneous structures to a single dominant shape, like AlphaFold3 (red), experiment-guided AlphaFold predicts a broader ensemble of ubiquitin conformations using nuclear magnetic resonance (NMR) data (green)

Caption

Rather than reducing heterogeneous structures to a single dominant shape, like AlphaFold3 (red), experiment-guided AlphaFold predicts a broader ensemble of ubiquitin conformations using nuclear magnetic resonance (NMR) data (green).

Credit

© Maddipatla et al./Nature Biotechnology

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