This thesis details work carried out with the aim of demonstrating electronic control of protein
interactions. A pair of coiled coil peptides including an acidic peptide and an alkaline …

Electrochemical methods can be used not only for the sensitive analysis of proteins but also
for deeper research into their structure, transport functions (transfer of electrons and …

Biosensors have generated much interest because of their potential applications in the
medical, food, and environmental industries. Electrochemical biosensors, in particular, have …

We show that the binding of an antibody to its antigen can be controlled electrically in a
reversible manner. The antibody–antigen interaction is monitored by an electrochemical …

The development of a biosensor with adequate sensitivity generally requires a biospecific
interaction with high binding affinity. The affinity constants for most antibody-antigen …

Electrochemical methods provide unique opportunities for non-traditional synthesis and
analytical studies. Using electrochemistry, we are able to synthesize addressable molecular …

Proteins are macromolecules that work together in a complicated and coordinated way to
support life. Understanding the functions and interactions of proteins can help us to answer …

A number of studies have been made on the interaction of proteins with solid surfaces in an
attempt to determine the molecular conformation or orientation of the adsorbed molecules …

Three different methods to investigate the activity of a protein kinase (casein kinase, CK2)
are described. The phosphorylation of the sequence‐specific peptide (1) by CK2 was …

Frequency-dependent electrochemical impedance spectroscopy has been used to
characterize changes in electrical response that accompany specific binding of a protein to …