CAREER: Integrated Optofluidic Chips towards Label-Free Detection of Exosomal Mic

Engineering & Materials Science

1. Proteins 100%
2. Biomarkers 98%
3. Labels 92%
4. Nanoparticles 58%
5. Plasmonics 58%
6. Molecules 48%
7. Students 36%
8. Membranes 33%
9. Nanofluidics 32%
10. Nanophotonics 31%
11. Antigens 26%
12. Biopsy 25%
13. Nanotechnology 22%
14. Gold 21%
15. Protein Binding 16%
16. Lipid bilayers 16%
17. Nanosensors 15%
18. Sensors 15%
19. Readout systems 15%
20. Neurodegenerative diseases 14%
21. Signal transduction 14%
22. Nucleic acids 14%
23. Electron tubes 14%
24. Messenger RNA 13%
25. Chemiluminescence 13%
26. Pathogens 13%
27. Liquids 13%
28. Biotechnology 12%
29. Nucleotides 12%
30. Photodiodes 12%
31. Immune system 12%
32. Liver 11%
33. Engineering education 11%
34. Assays 11%
35. Optoelectronic devices 11%
36. Fluidics 11%
37. Costs 11%
38. Purification 11%
39. Silver 10%
40. Microfluidics 10%
41. Cost effectiveness 10%
42. Tumors 10%
43. Amplification 10%
44. Health care 10%
45. Light emitting diodes 9%
46. Labeling 9%
47. Contamination 9%
48. Wavelength 8%
49. Websites 8%
50. Tissue 8%
51. Data acquisition 8%
52. Education 8%
53. Detectors 7%
54. Calibration 7%
55. Systems analysis 7%
56. Statistics 7%
57. Throughput 6%
58. Fluids 6%
59. Computer hardware 5%
60. Monitoring 5%