Binding Energetics by Chromatography

Two principal approaches with a different degree of complexity and differentiation have been pursued Thermodynamics investigations under linear and nonlinear chromatography conditions. [Pg.41]

Thermodynamic Studies by Linear Chromatography. The first one is under linear chromatography conditions at variable temperature making use of the van t Hoff equation (Equations 1.13 and 1.14) [48,50,52,53,89], [Pg.41]

Thermodynamic Parameters Obtained on 0-9-(ferf-Butylcarbamoyl)Quinine and Quinidine-based CSPs, Respectively, for Selected Solutes [Pg.43]

Ion-exchange process DNB-Ala in RP mode tBuCQN-CSP MeOH-0.2 M NH4AC -11.33 -6.25 -5.08 55 [Pg.43]

RP-separation of neutrals (imidazo[l,5-b]-quinazoline-l,5-diones) tBuCQN-CSP [Pg.43]

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