Consequently, the question whether binding of the protein is adsorptive or covalent is still unanswered.
The area of MPA was locally activated to reactive esters to permit the binding of the protein.
The heat capacity increments associated with the binding of the protein ligands and contact interaction between the bound ligands were comparable by value but opposite in sign.
A strong NADH binding in contrast to weaker NAD+ binding of the protein was inferred from fluorometrically determined binding constants for the dinucleotide cofactor.
The functionality maps are also used to design a library of disubstituted indoles that might prevent the binding of the protein substrates.
The model involves two linked equilibria: association between the two DNA fragments and binding of the protein exclusively to the complex between the two DNA fragments.
Binding of ATP leads to conformational changes within Py235 from P. yoelli and results in enhanced binding of the protein to the RBC.
The hydrophobic moieties of DT functions allow the proteins to approach the activated receptor more easily, resulting in the binding of the protein to the activated MPA sites via carboimide coupling to protein-free anime moieties.
tPA addition leads to a shift in the IEP towards pH 3. As the isoelectric point of tPA is about 7.7, this could indicate a successful surface binding of the protein [29].
Circular dichroism (CD) measurements indicate that the binding of the protein to CNT does not alter the excitonic interactions, i.e. there is no substantial change in the RC structure after the binding [24].
Fractional intensities of the emitting species indicate that changes in modulation between 2 and 10 MHz on binding of the protein with oleic acid are due mainly to the 4.00-ns component.
