Microfluidics-Aided Technologies

<p>Section 1: Introduction to Micro-scale flow enabled systems<br>1. Fundamentals of Microfluidics<br>2. Mathematical modelling in microfluidics for biosystems<br>3. Breakthroughs and Current Limitations in microfluidic systems<br><br>Section 2: Methods and Applications of Microfluidics - I<br>4. Microfluidic Systems in Prognostics and Diagnostics<br>5. Microfluidics in drug screening and drug delivery<br>6. Microfluidics assisted cell engineering and manipulation<br>7. Microfluidics assisted Cellular Analysis<br>8. Microfluidics in Bioimaging – in vivo and in vitro advancements<br><br>Section 3: Methods and Applications of Microfluidics - II<br>9. Genetic sequencing and editing using microfluidics (system on chip approach)<br>10. Anaphylactic detection using microfluidic systems<br>11. Microfluidic systems for bacterial and fungal research<br>12. Microfluidics in studying disease biology and disease modelling in vitro<br>13. Microfluidics in bioanalytical chemistry<br><br>Section 4: Breakthroughs in Microfluidics<br>14. Role of Microfluidics in 3D bioprinting<br>15. Tissue-on-Chip, Organ-on-chip and Organism-on-chip<br>16. Microfluidics in Regenerative medicine<br>17. Microfluidics in Protein engineering<br>18. Microfluidics-enabled Multi-omics analysis system<br><br>Section 5: Microfluidics and its applications in Microbe and Plant study<br>19. Microfluidics assisted study of plant biomechanics<br>20. Plant-on-chip (root chips, shoot chips, apical chips)<br>21. Microfluidic device to study the effect of chemical and mechanical cues on cells<br>22. Investigating diatoms in a microenvironment using microfluidics</p>