Biomedical Engineering

Keyphrases

1. Pulsatile 100%
2. Cardiopulmonary Bypass 72%
3. Microtubules 60%
4. Endothelial Cells 58%
5. Human Pluripotent Stem Cells (hPSCs) 54%
6. Pulsatile Flow 53%
7. Kinesin 51%
8. Leukocytes 50%
9. Biomaterials 50%
10. Perfusion 48%
11. Non-volatile 48%
12. Adhesion 46%
13. Pediatric 46%
14. Penn State 46%
15. Citrate 45%
16. Oxygenator 42%
17. Functional Magnetic Resonance Imaging 42%
18. Ventricular Assist Device 41%
19. Hemodynamic Energy 39%
20. Extracorporeal Life Support 37%
21. Aptamer 36%
22. Gaseous Microemboli 36%
23. Tumor Cells 35%
24. Total Artificial Heart 35%
25. Biocompatibility 35%
26. Endothelium 35%
27. Left Ventricular Assist Device 35%
28. Photoacoustic Imaging 32%
29. Hematocrit 32%
30. Circulating Tumor Cells 32%
31. Nanoparticles 31%
32. Blood Pump 31%
33. Shear Stress 30%
34. Atomic Force Microscopy 30%
35. Polyethylene Glycol 29%
36. Pressure Drop 28%
37. Cannula 28%
38. Fibrinogen 27%
39. Mechanical Properties 27%
40. Vortex 26%
41. Shear Flow 26%
42. Cancer Cells 26%
43. Melanoma Cells 24%
44. Surplus Hemodynamic Energy 24%
45. Biomedical Applications 24%
46. Particle Image Velocimetry 23%
47. Pediatric Cardiopulmonary Bypass 23%
48. Three-dimensional (3D) 23%
49. Tissue Engineering 22%
50. Pediatric Ventricular Assist Device 22%
51. Pulsatility 22%
52. Melanoma 21%
53. Calves 21%
54. Resting-state Functional Magnetic Resonance Imaging (rs-fMRI) 21%
55. Artificial Heart 21%
56. Physiologic 21%
57. Extracorporeal Life Support System 20%
58. Blood Flow 20%
59. Centrifugal Pump 20%
60. Cell Adhesion 20%
61. Thrombosis 20%
62. Motility 20%
63. Thrombus 20%
64. Nonpulsatile Flow 20%
65. Tendon 20%
66. Roller Pump 20%
67. Integrin 19%
68. Pulsatile Perfusion 19%
69. Platelet Adhesion 19%
70. Flow Condition 19%
71. Cell-based 19%
72. Extracellular Matrix 19%
73. Pediatric Patients 19%
74. Mechanical Heart Valve 19%
75. Arterial Cannula 19%
76. Tumor 18%
77. Resting-state Functional Connectivity (rs-FC) 18%
78. Computational Fluid Dynamics 18%
79. Awake Rat 18%
80. Shear Rate 18%
81. In Situ 18%
82. Mesenchymal Stem Cells 18%
83. Molecular Motor 18%
84. Cardiopulmonary Bypass Circuit 18%
85. Hemodynamic Performance 18%
86. Living Cells 18%
87. Nuclear Factor Erythroid 2-related Factor 2 (Nrf2) 17%
88. Bypass Procedure 17%
89. Bacterial Adhesion 17%
90. Plasma Lithography 17%
91. Active Matter 17%
92. Cryogenic Electron Microscopy 17%
93. Venules 17%
94. Neutrophils 17%
95. Platelets 17%
96. Poly(3-hydroxybutyrate-co-3-hydroxyvalerate) 16%
97. Microfluidic Device 16%
98. Flow Field 16%
99. In Cancer 16%
100. Photoacoustic 16%