Extended Data Fig. 1: The I358F mutation, selected by yeast surface display, increases protein stability and expression. | Nature Microbiology

Extended Data Fig. 1: The I358F mutation, selected by yeast surface display, increases protein stability and expression.

From: SARS-CoV-2 variant prediction and antiviral drug design are enabled by RBD in vitro evolution

Extended Data Fig. 1

(A) The position of the I358F (bright yellow) mutation in the RBD structure (PDB ID 6M17) and the neighboring residues within 5 Å distance (pale yellow). (B) Shows the residues involved in the formation of the hydrophobic cavity around the I358F mutation predicted from the X-ray structure. Additional residues that are involved: K356, R357, S359, V395, Y396. (C) The spherical representation of the predicted position of the phenylalanine mutation inside the hydrophobic cavity (yellow) and wild-type residue (isoleucine, orange).

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