從能量學觀點探索細菌的逆境反應(3/4)

Keyphrases

1. Flagellar 100%
2. Flagella 75%
3. Bacterial Stress Response 50%
4. Cellular Energetics 50%
5. Ejection Process 50%
6. Flagellar Ejection 50%
7. Microswimmers 50%
8. Live Cell Imaging 50%
9. Bacterial Flagellum 50%
10. Fluorescence Microscopy 50%
11. Assembly Process 50%
12. Chemotaxis 50%
13. Flagellar Assembly 50%
14. Maximum Speed 50%
15. Survival Kinetics 30%
16. Bacterial Energetics 30%
17. High-throughput 30%
18. Body Drag 25%
19. Spatial Variance 25%
20. Filamentous Bacteria 25%
21. Large Speed Fluctuation 25%
22. Flagellar Hook 25%
23. Resistance Matrix 25%
24. Cell Adaptation 25%
25. Host-pathogen Interactions 25%
26. Basal Body 25%
27. Universal Joint 25%
28. Nanostructures 25%
29. Fluorescent Labeling 25%
30. Molecular Machines 25%
31. Free Swimming 25%
32. Motility 25%
33. Fluorescence Imaging 25%
34. Two-mode 25%
35. Rotary Motor 25%
36. Escherichia Coli 25%
37. Environmental Adaptation 25%
38. Helical Filament 25%
39. Swimmers 25%
40. Flagellin 25%
41. Ejection 25%
42. Surface Chemistry 25%
43. Supramolecular Self-assembly 25%
44. Cellular Structure 25%
45. Speed Change 25%
46. Universal Property 25%
47. Living Cells 25%
48. Swimming Speed 25%
49. Bacterial Motility 25%
50. Living Environment 25%
51. Assembly Cell 25%
52. Host Immune Response 25%
53. Propeller 25%
54. Two-speed 25%
55. Nanometre 25%
56. High-resolution 20%
57. Optical Measurement System 20%
58. High-resolution Experiments 20%
59. Biological Materials 10%
60. Microfluidic Device 10%
61. Energy Materials 10%
62. Biophysics 10%
63. ATP Detection 10%
64. Information Storage 10%
65. Resolution Measurement 10%
66. Queen 10%
67. Exponential Decay 10%
68. Bacterial Flagellar Motor 10%
69. Exponential Growth 10%
70. Cell Growth 10%
71. Cell Energetics 10%
72. Feasting 10%
73. Living Organisms 10%
74. Intracellular pH 10%
75. Single-cell Biology 10%
76. Hostile Environment 10%
77. System Parameters 10%
78. Super-resolution Fluorescence Microscopy 10%
79. Flow Cytometry 10%
80. External Stress 10%
81. Membrane Potential 10%
82. Functional Mechanism 10%
83. Cell Survival 10%
84. Cell Division 10%
85. Natural Environment 10%
86. Parameter Measurement 10%
87. Famine 10%
88. Low Spatial Resolution 10%
89. Proton Pump 10%
90. Stress Response 10%
91. Precise Measurement 10%
92. Motor Rotation 10%
93. Anti-superbug 10%
94. Status Consumption 10%
95. High-throughput Experiments 10%
96. Cell number 10%
97. Bacterial Cells 10%
98. Cellular Heterogeneity 10%
99. Exergetic Efficiency 10%
100. Status Seeking 10%
101. Single-cell Bacterium 10%
102. Potential Probe 10%
103. High-throughput Data 10%
104. Survival Dynamics 10%
105. Death Kinetics 10%
106. Bacterial Survival 10%
107. Measurement Throughput 10%
108. Functional Cells 10%
109. Material Information 10%
110. Energetic Parameters 10%
111. Energetic Stress 10%
112. Measuring Instrument 10%
113. Energy Status 10%