Semiconducting Polymer Materials for Biosensing Applications

<p>Section I. Basic Properties and Types of Semiconducting Polymer Materials <br>1. Introduction to semiconducting polymers <br>2. Introduction to peptide-based polymers <br>3. Biopolymers from carbohydrates, peptides, & nucleic acids <br>4. Polyaniline (PANI) and its relevant properties for biosensors <br>5. Theoretical design of polymeric semiconductor <br>6. Tight-binding description of semiconducting conjugated polymers </p> <p>Section II. Synthesis Methods, Characterization and Processing of Semiconducting Polymer Materials <br>7. Background to (Electro)deposition of Polymer Films <br>8. Synthesis of ion-conductive polymers <br>9. Aqueous deposition of a semiconducting polymer <br>10. Synthesis and electropolymerization of new sulfur-containing monomers <br>11. Synthesis of Semiconducting Polymer for Organic Electronics <br>12. Polymerization of Dye Molecules <br>13. Electropolymerization of phenol and aniline derivatives <br>14. Production of nanocarriers made of biopolymers <br>15. Molecularly imprinted electropolymerized carbon electrodes <br>16. Immobilization strategies for the development of biosensors </p> <p>Section III. Biosensing Applications of Semiconducting Polymer Materials <br>17. Semiconductor Polymers for Biomedical Applications <br>18. Electrochemical biosensors for determination of tumor biomarkers <br>19. Semiconductor Polymers for cardiovascular biosensor devices <br>20. Impedimetric Biosensors for Disease Detection and Monitoring <br>21. Polymethylene blue nanofilm for creatinine sensor </p> <p>Section IV. Novel Applications and Future Directions for Semiconducting Polymer Materials <br>22. Block Copolymers for Skin‐Compatible Electronics <br>23. Biopolymer Based Sensors for Food and Environmental Application <br>24. Semiconducting polymers for a new generation of electrochemical sensors <br>25. PEDOT:PSS paper-based electrode for biosensing applications <br>26. An Overview on Clinical Applications of Biosensors </p>