Figure 1
Figure 1. Binding mode is retained in the covalent eTAFH-HEB fusion protein. (A) Overlay of 15N-1H HSQC spectra of apo-eTAFH (red), eTAFH/HEB peptide complex (blue), and eTAFH-HEB fusion protein (green). The amides observed only when eTAFH is bound to HEB (), and the amides undergoing large chemical shift changes on HEB binding (→) are labeled with the residue number. *The peak for T321 is folded in the spectrum of eTAFH-HEB (green). (B) Backbone dynamics of eTAFH-HEB represented by plots of {1H}15N heteronuclear NOE and R2 relaxation rate versus residue number.

Binding mode is retained in the covalent eTAFH-HEB fusion protein. (A) Overlay of 15N-1H HSQC spectra of apo-eTAFH (red), eTAFH/HEB peptide complex (blue), and eTAFH-HEB fusion protein (green). The amides observed only when eTAFH is bound to HEB (), and the amides undergoing large chemical shift changes on HEB binding (→) are labeled with the residue number. *The peak for T321 is folded in the spectrum of eTAFH-HEB (green). (B) Backbone dynamics of eTAFH-HEB represented by plots of {1H}15N heteronuclear NOE and R2 relaxation rate versus residue number.

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