Fig. 5: Relevance contact maps for wild-type NTL9. | Nature Communications

Fig. 5: Relevance contact maps for wild-type NTL9.

From: Peering inside the black box by learning the relevance of many-body functions in neural network potentials

Fig. 5

a Mean relevance of amino-acid pairs in the folded state (upper right) and the unfolded state (lower left); b Mean relevance difference between the folded state and the P1 (upper right) and P2 (lower left) states, respectively, i.e. RP1/P2 − RF. The regions bordered in black correspond to the contacts associated with the main secondary structure elements. The arrows and waves correspond to regions of the protein sequence inside a β-sheet and an α-helix respectively.

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