θ = [S]^{n_H} / (K' + [S]^{n_H}), with n_H the Hill coefficient. n_H = 1 non-cooperative (Michaelis-Menten); n_H > 1 positively cooperative (hemoglobin n_H ≈ 2.8-3.0); n_H < 1 negatively cooperative. Empirical — n_H is a lower bound on the…
θ = [S]^{n_H} / (K' + [S]^{n_H}), with n_H the Hill coefficient. n_H = 1 non-cooperative (Michaelis-Menten); n_H > 1 positively cooperative (hemoglobin n_H ≈ 2.8-3.0); n_H < 1 negatively cooperative. Empirical — n_H is a lower bound on the…