Abstract
We prove experimentally that for any biopolymers (proteins and nucleic acids), the process of thermal denaturation in aqueous medium is characterized by change of the heat capacity regardless a unique spatial structures of different conformations. Absolute values and sign of ΔC P= C p, denatured− C p, native, depends primarily on conformational peculiarities of macromolecules and concrete mechanisms of interaction of water molecules with biopolymers chains — interaction is very clearly found to be of critical importance for the stability of the spatial structure of any biopolymers in aqueous medium.
Published Version
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