Figure 4From: Atomic hydration potentials using a Monte Carlo Reference State (MCRS) for protein solvation modelingHydration potentials of several protein atoms. Atom hydration likelihood ratios (a-e), and potentials (f) for atom contacts with explicit structural water, calculated for several protein atom types. (a) oxygen atoms of proline, alanine, isoleucine backbone groups; (b) nitrogen atoms: NZ of lysine, Nε2 of histidine, backbone N of histidine (c) carbon atoms: Cγ of asparagine, Cα of aspartate, Cγ2 of isoleucine; (d) symmetric atom pairs: Cε1 and Cε2 of tyrosine and Cε1 and Cε2 of phenylalanine; (e) large scale behavior of distributions NZ atom of lysine, Cδ2 of isoleucine, O of serine; (f) atomic hydration potentials, the same atoms as in (e). In (a), (b), and (c), the plot for water oxygen as in Figure 3, is given for reference.Back to article page