Chemical and Biomolecular Engineering

Keyphrases

1. Hepatocytes 100%
2. DNA-modified Electrode 88%
3. Electrochemical Characteristics 88%
4. Human Pluripotent Stem Cell-derived Endothelial Cells 88%
5. Human Pluripotent Stem Cells (hPSCs) 79%
6. Thermosensitive Hydrogel 62%
7. Acid Modified 59%
8. Modified Zirconia 59%
9. Stem Cell Spheroid 59%
10. Linear Velocity 59%
11. Modified chitosan 59%
12. Attomolar Sensitivity 59%
13. Zero Background 59%
14. Recombinant Human 59%
15. Three-dimensional (3D) 59%
16. Process Rate 59%
17. Non-equilibrium Thermodynamics 59%
18. Conflict of Interest 59%
19. Coupled Transport 59%
20. Conflict-of-interest Policies 51%
21. Monolithic Electrode 49%
22. Liver Stiffness 45%
23. Financial Interest 44%
24. Hepatocyte Function 44%
25. Physical Systems 44%
26. Biological Systems 44%
27. Chitosan Beads 39%
28. Qmax 39%
29. Single-stranded DNA (ssDNA) 39%
30. Soft Substrate 39%
31. Chondrocytes 39%
32. Liver Fibrosis 39%
33. Culture System 37%
34. Chemical System 36%
35. Non-parenchymal Cells 36%
36. Hydrogel Scaffold 35%
37. Degradable Hydrogel 35%
38. Mechanosensitive 35%
39. Microenvironment 35%
40. Cell-based 34%
41. Primary Hepatocytes 34%
42. Induced Pluripotent Stem Cells (iPSCs) 33%
43. Order of Magnitude 33%
44. Fibrinogen 32%
45. Fibrin Matrix 32%
46. Scalable Fabrication 31%
47. Human Fibrinogen 30%
48. Renewable Methanol 29%
49. Feasibility Analysis 29%
50. Methanol Production 29%
51. Settings Approach 29%
52. Effective Core Potential 29%
53. Biological Film 29%
54. Multi-criteria Decision Matrix 29%
55. Low Gas Pressure 29%
56. Thermal Insulator 29%
57. Insulator Design 29%
58. Stiffness Function 29%
59. Nanofibrous 29%
60. Fluorescent Silica 29%
61. Attomolar 29%
62. ZnO Sensor 29%
63. Damage Detection 29%
64. Overdamped 29%
65. Plasma Fibronectin 29%
66. Elastic Joint 29%
67. Signal Output 29%
68. Membrane Potential Modulation 29%
69. Phenotype Maintenance 29%
70. Touch Sensing 29%
71. Chondrocyte Proliferation 29%
72. Chondrocyte Phenotype 29%
73. On a Par 29%
74. Electronic Skin (E-skin) 29%
75. Oscillation Analysis 29%
76. Mechanochemistry 29%
77. Phenoxy 29%
78. Reaction Equilibrium 29%
79. Pressure-induced 29%
80. Approximation Techniques 29%
81. Non-equilibrium Phenomena 29%
82. Direct Coupling 29%
83. Hollow Fiber Membrane 29%
84. Stoichiometric Metabolic Model 29%
85. Biocidal 29%
86. Coating Synthesis 29%
87. Cycle-free 29%
88. Scalable Synthesis 29%
89. Silver Nanocubes 29%
90. DNA Scaffold 29%
91. Au Nanoclusters 29%
92. Metallization 29%
93. Fibronectin Matrix 29%
94. Design Prediction 29%
95. Skin Wound Healing 29%
96. In Silico Strain Design 29%
97. Reverse Osmosis Membrane 29%
98. Alkoxide Complexes 29%
99. Surface Contact 29%
100. Combinatorial Problems 29%