HDX-MS shows the semiquinone state in ErCry4a has a distinct non-monotonic structural signature with transient destabilization of the phosphate-binding and protrusion loops, unlike the rigidified fully reduced state, supporting its role as a dedicated signaling species.
Science Advances, 2020
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Distinct Structural Dynamics of the Semiquinone State Define a Signalling Pathway in Avian Cryptochrome
HDX-MS shows the semiquinone state in ErCry4a has a distinct non-monotonic structural signature with transient destabilization of the phosphate-binding and protrusion loops, unlike the rigidified fully reduced state, supporting its role as a dedicated signaling species.