Understanding molecular processes using electrochemical methods offers a detailed compendium of techniques for molecular analysis. The book considers step and sweep techniques, scanning electrochemical microscopy, spectroelectrochemical techniques, electrochemiluminescence, and scanning probe techniques. It also explores COSMOL Multiphysics simulation, electroanalysis in biomedical and clinical applications, and future prospects for electrochemical techniques. Chapters focus on evaluating redox reactions, biological interactions, kinetics, quorum sensing, biofilm formation, surface modification and more molecular aspects. This volume offers a deep-dive into the fundamental principles behind the latest electrochemical techniques, equipping researchers with practical guidance for their own experiments. This acts as an ideal reference for researchers working across a range of disciplines including molecular biology, bioanalytical chemistry, biomedical science and translational medicine.
1. Basics of potential step and sweep techniques and their applications in the evaluation of molecular processes
2. Brief sketch of scanning electrochemical microscopy in the evaluation of molecular processes
3. Spectroelectrochemical techniques in the evaluation of mechanism of redox processes
4. Biosensing using electrochemiluminescence (ECL)
5. COMSOL Multiphysics Simulation in the evaluation of kinetic parameters of molecular redox processes
6. Novel electrochemical characterization in redox evaluation of biomolecules
7. Electrode adaptation for sensing using inorganic and organic routes to surface modification
8. Electrochemical methods in probing the quorum sensing and biofilm formation
9. Scanning probe techniques in the evaluation of biological interactions
10. Electroanalysis in biomedical and clinical applications
11. Chemically modified electrodes in redox investigation and sensing of biomolecules
12. Comparative analysis of enzymatic and non-enzymatic bioassay; rectification of interferences and troubleshooting
13. Practical applications of electrochemical techniques in biomedical analysis and way forward
Height:
Width:
Spine:
Weight:0.00