Sensing Tools and Techniques for COVID-19

<p>PART I: Introduction (COVID-19-Detection and Solutions)<br>1. Biosensing Approach for COVID-19 Detection<br>2. Lab-on-paper based devices for COVID-19 sensors<br>3. Role of nanotechnology for coronavirus detection<br>4. Polymeric-based interface for the development of COVID biosensors</p> <p>PART II: Developments and Fabrication Strategies of Immunosensors<br>5. COVID-19: an immunosensor approach<br>6. Fabrication of 2D-based point-of-care device for corona diagnosis<br>7. Development of Coronasensor<br>8. Metallic interface: a promising approach for COVID-19 detection</p> <p>PART III: Developments and Fabrication Strategies of RNA/DNA Biosensors<br>9. Current diagnostic approach for COVID-19<br>10. Effect of COVID-19: an environmental point-of-view<br>11. Theranostic approach for coronavirus<br>12. Microbiological analysis of COVID-19<br>13. Current diagnosis tool for the detection of corona disease</p> <p>PART IV: Commercialization and Standardization Biosensing Technologies<br>14. Nanobioengineering: a promising approach for early detection of COVID-19<br>15. Chemical sensors for the diagnosis of coronavirus<br>16. Electrochemical biosensor fabrication for COVID-19<br>17. Wearable sensing devices for monitoring the infection of COVID-19</p> <p>PART V: Application of Sensing Tools and Techniques<br>18. Current clinical testing approach of COVID<br>19. Overview of point of care assay for the corona disease<br>20. Current medical challenges for the testing of COVID-19</p> <p>PART VI: Future of Biosensing for COVID-19 and Conclusion<br>21. Theory and simulation of FNMs for biosensing applications<br>22. Current scenario of COVID-19: A diagnostic approach<br>23. Optical sensor for COVID-19 sensor<br>24. Aptasensor: Surface protein detection of in case of coronavirus diagnosis<br>25. Conclusion</p>