Drug Delivery Devices and Therapeutic Systems

<p>1. Introduction to microfluidics</p> <p>2. Introduction to Microfabrication techniques for Microfluidics devices</p> <p>3. Micropumps for drug delivery</p> <p>4. Lab-on-a-chip: systems integration at the microscale</p> <p>5. Intravenous port: from concepts to clinical application </p> <p>6. Coronary drug-eluting stents: still room for improvement?</p> <p>7. Implantable drug delivery devices</p> <p>8. Subcutaneous Drug Delivery Devices – Enablers of a Flexible Care Setting</p> <p>9. Automated Insulin Delivery Systems for People with Type 1 Diabetes</p> <p>10. Needle-free injectors</p> <p>11. A current update on advanced drug delivery devices for nasal and pulmonary administration</p> <p>12. Nanoparticles / Nano platform to carry and deliver the drug molecules to the target site</p> <p>13. External stimuli-responsive drug delivery systems </p> <p>14. Encapsulation methods of active molecules for drug delivery</p> <p>15. Introduction to transdermal drug delivery system</p> <p>16. MEMS-based Hollow Microneedles for Transdermal Drug Delivery</p> <p>17. Microneedle technology </p> <p>18. Dissolvable – soluble or biodegradable polymers</p> <p> <p>19. Biodegradable Hydrogels</p> <p>20. Drug delivery systems in cancer therapy</p> <p>21. Pain Management - Chronic Back Pain Intrathecal Drug Pump</p> <p>22. Diabetes type I and type II - insulin delivery systems</p> <p>23. Drug Delivery for Parkinson’s disease</p> <p>24. Ocular drug delivery systems</p> <p>25. Drug delivery systems for cardiovascular ailments</p> <p>26. New developments in intrauterine drug delivery systems and devices</p> <p>27. Intranasal delivery of antiseizure drugs</p> <ol></ol>