體內留置電漿共振光纖生物感測探針之設計整合雛形生產與前臨床測試(3/3)

Keyphrases

1. Sulfobetaine 100%
2. Ethyl Methacrylate 81%
3. Chloride 81%
4. Zwitterion 81%
5. Antifouling Coating 61%
6. Antimicrobial Properties 61%
7. Antimicrobial 57%
8. Antifouling 56%
9. Polyelectrolyte Effect 49%
10. Zwitterionization 49%
11. Matrix Microenvironment 49%
12. Silatrane 49%
13. Silanization 49%
14. Adhesive Properties 49%
15. Hemostatic Property 49%
16. Ionic Complex 49%
17. Gel-like 49%
18. Salt-responsive 49%
19. Polydopamine 49%
20. Anti-polyelectrolyte Effect 49%
21. Universal Coatings 49%
22. Interpenetrating Network Hydrogel 49%
23. Dual Salts 49%
24. Rapid Deposition 49%
25. Biosensing Applications 49%
26. Conjugation 49%
27. Extracellular Matrix Protein 1 (ECM1) 49%
28. Functional Biointerface 49%
29. Thiols 49%
30. Self-assembled Monolayer 49%
31. Supported Lipid Bilayer 49%
32. Cell Behavior 49%
33. Extracellular Matrix 49%
34. 1-vinylimidazole 42%
35. Polysulfobetaine 42%
36. Polyps 40%
37. Recognition Events 39%
38. Copper Ions 36%
39. Bioactive Coating 36%
40. Sulfobetaine Methacrylate 32%
41. Ionic Strength 26%
42. Bacterial Adsorption 26%
43. X-ray Photoelectron Spectroscopy 26%
44. Hairpin DNA 24%
45. Hg2+ Detection 24%
46. DNA-gold Nanoparticle Conjugates 24%
47. Organized Structure 24%
48. Solid-supported Lipid Bilayers 24%
49. Matrix Interface 24%
50. Fouling Membrane 24%
51. Extracellular Signaling 24%
52. Biomimetic Platforms 24%
53. Communication Integration 24%
54. Cell Materials 24%
55. Engineering Biology 24%
56. Biomaterial-associated Infection 24%
57. Fluid Membranes 24%
58. Critical Communications 24%
59. Mechanical Properties 24%
60. Cell Membrane 24%
61. Tissue Cells 24%
62. Tissue Engineering 24%
63. Fluid-structure 24%
64. Non-fouling 24%
65. Cell Biology 24%
66. Intramolecular Interactions 24%
67. Nanostructures 24%
68. Platform-Based 24%
69. Homeostasis 24%
70. Molecular Interactions 24%
71. Cellular Response 24%
72. Interaction Activity 24%
73. Cell Matrix 24%
74. Specific Recognition 24%
75. Biology Study 24%
76. Optical Fiber 24%
77. Plasmonic Enhancement 24%
78. Hg2+ 24%
79. Ionic Association 23%
80. Carboxybetaine 21%
81. Packing Density 21%
82. Charge Balance 20%
83. Protein Adsorption 20%
84. Goniometer 19%
85. Contact Angle 19%
86. Elemental Composition 19%
87. Commercially Available 19%
88. Stem-loop 16%
89. Medical Applications 14%
90. Silicon Surface 14%
91. Mixed SAM 14%
92. Surface Plasmon Resonance Sensor 14%
93. Immunoassay 14%
94. Antifouling Property 14%
95. Surface Modification 14%
96. TiO2 Alloys 12%
97. Plastic Alloy 12%
98. Antimicrobial Copper 12%
99. Bacterial Colonization 12%
100. Nitinol Alloy 12%
101. Live Bacteria 12%
102. Real-world Implementation 12%
103. Polydopamine Coating 12%
104. Dual-functional 12%
105. Gold Alloys 12%
106. Residual Amount 12%
107. Viability Test 12%
108. Urinary Catheter 12%
109. Plate Counting 12%
110. Surface Regeneration 12%
111. Infection Risk 12%
112. Aza-Michael Addition Reaction 12%
113. Health Care Costs 12%
114. Levels of Living 12%
115. Antimicrobial Surfaces 12%
116. Prolonged Hospital Stay 12%
117. High Morbidity 12%
118. UV-VIS Spectroscopy 12%
119. Coordination Structure 12%
120. Antibacterial Coating 12%
121. Escherichia Coli 12%
122. Superhydrophilic 12%
123. NaCl Solution 12%
124. Catechol 12%
125. Functional Coatings 12%
126. Inductively Coupled Plasma Mass Spectrometry 12%
127. Cu2+ 12%
128. Staphylococcus Epidermidis (S. epidermidis) 12%
129. High Mortality 12%
130. Release Profile 12%
131. High Biocompatibility 12%
132. Bacterial Killing 12%
133. Hydrophilicity 12%
134. Release Rate 12%
135. TiO2-SiO2 12%
136. Silicone-based 12%
137. Medical Devices 12%
138. Effective Resistance 12%
139. Adlayer 12%
140. Treatment Burden 12%
141. Fibroblast Cells 12%
142. Bacterial Release 12%
143. Shear Stress 8%
144. Water-based 8%
145. Leaching 8%
146. Polyelectrolyte 8%
147. Water Content 8%
148. Structure-property Relationships 8%
149. Complex Formation 8%
150. Molecular Composition 8%
151. Wistar Rats 8%
152. Water-mediated 8%
153. Contact Killing 8%
154. Colloids 8%
155. Architecture on Demand 8%
156. Tail Bleeding 8%
157. Multivalent 8%
158. Ion-specific Effects 8%
159. Polymer Strength 8%
160. Kosmotropic 8%
161. Macromolecular Complex 8%
162. Superglue 8%
163. Release Behavior 8%
164. Physical Properties 8%
165. Ionotropic Gelation 8%
166. Complex Waters 8%
167. Viscoelastic Recovery 8%
168. Substrate-independent 8%
169. Counterion 8%
170. Ion Exchange 8%
171. Pathogenic Bacteria 8%
172. Molar Composition 8%
173. Hemostasis 8%
174. Biological Properties 8%
175. Controlled Release 8%
176. Ionic Crosslinking 8%
177. Complex Structure 8%
178. State Diagram 8%
179. Crosslinked Polymer Networks 8%
180. Complex Gel 8%
181. Association Formation 8%
182. Molecular Beacon 8%
183. Easy Portability 8%
184. Analytical Instruments 8%
185. Thymine-Hg2+-thymine 8%
186. Stem-loop DNA 8%
187. DNA Structures 8%
188. Highly Selective 8%
189. DNA Probe 8%
190. Biosensing Methods 8%
191. Fiber Optic Particle Plasmon Resonance 8%
192. Aqueous Samples 8%
193. Mercury Ion 8%
194. Easy Operation 8%
195. Low Detection Limit 8%
196. High Cost 8%
197. Sensor chip 8%
198. Wide Linear Range 8%
199. Gold Nanoparticles 8%
200. Low-cost Sensors 8%

Material Science

1. Surface (Surface Science) 99%
2. Phase Composition 75%
3. Polyelectrolyte 73%
4. X-Ray Photoelectron Spectroscopy 50%
5. Self Assembled Monolayer 49%
6. Silicon 49%
7. Hydrogel 49%
8. Copper Ion 49%
9. Enzymatic Hydrolysis 49%
10. Adhesive Property 49%
11. Density 44%
12. Film 40%
13. Surface Treatment 34%
14. Biomaterial 32%
15. Contact Angle 26%
16. Fiber Optics 24%
17. Gold Nanoparticle 24%
18. Molecular Structure 24%
19. Zwitterionic Coating 24%
20. Interface Property 24%
21. Nanostructured Material 24%
22. Polymer Network 24%
23. Leaching 24%
24. Surface Plasmon 19%
25. Functional Surface 16%
26. Polysiloxane 16%
27. Titanium Dioxide 16%
28. Inductively Coupled Plasma Mass Spectrometry 16%
29. Biocompatibility 16%
30. Thin Films 16%
31. Medical Device 16%
32. Fibroblast 16%
33. Wettability 9%
34. Cyclic Voltammetry 9%
35. Surface Structure 9%
36. Surface Property 9%
37. Mercury Ion 8%