Figure 3: Molecular dynamics trends for the holo-Fdc1 at 350 K simulation. | Nature Communications

Figure 3: Molecular dynamics trends for the holo-Fdc1 at 350 K simulation.

From: Mass spectrometry locates local and allosteric conformational changes that occur on cofactor binding

Figure 3

(a) Collision cross section (calculated using the ‘Exact Hard Sphere’ method) versus time. The EHSSCCSHe for minimized structures is depicted using the green dots; (b) backbone radius of gyration versus time; (c) solvent accessible surface area (SASA) versus time; and (d) secondary structure content versus time. Snapshots of: (e) the initial structure at 0 ns; (f) the smallest found structure by EHSSCCSHe ; and (g) the final structure in the trajectory. The protein structure coloured by the secondary structure features: α-helix (orange), β-strand (purple) and coil (grey). Protein images made using UCSF Chimera33. Data for holo-Fdc1UbiX at 300 K is available in the Supplementary Fig. 2.

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