Human Organs-on-a-Chip Technology

1. Basics of Microfluidics technology<br>2. The Physics and Engineering of Flow in Organ on a Chip Devices<br>3. Importance of Soft lithography<br>4. Development of microfluidic devices<br>5. Microfluidics based point of care devices<br>6. Microfluidics, Organs-on-a-chip and 3D printing<br>7.Microfluidic platforms: applications and challenges<br>8. Design and simulation study of Organ-on-a-chip<br>9. Primary Cell culture for Organ-on-a-chip<br>10. Vascularisation in organs-on-a-chip<br>11. Organ-on-a-chip in nanotechnology<br>12. Organs-on-a-chip in precision medicine<br>13. Foeto-placental organ-on-a-chip<br>14. Organs-on-a-chip in drug development<br>15. Organ-on-a-chip for multianalyte monitoring<br>16. Organ-on-a-chip for Blood-brain-barrier studies<br>17. Organs on a chip models for sensor<br>18. Innovative &lsquo;organs-on-a-chip&rsquo; technology for marine drug development<br>19. Exposure-on-a-chip as a model for inhalation toxicology and pharmacology research<br>20. Brain-on-chip<br>21. Recent breakthrough in organ-on-a-chip<br>22. 3D printed microfluidic chips<br>23. 3D tissue and Organ-on-a-chip models<br>24. Vascularisation of organoids in microfluidic chips<br>25. Multiorgans-on-a-chip: Design and applications<br>26. Multiorgans-on-a-chip for subacute toxicity<br>27. Multiorgans-on-a-chip for acute toxicity<br>28. Human organs-on-a-chip for biological evaluation<br>29. Human organs-on-a-chip for cancer modelling