Persistent luminescence lanthanide systems for deep-penetration and long-lasting prostate cancer photodynamic therapy

Keyphrases

1. Near-infrared Persistent Luminescence 100%
2. Persistent Luminescence 93%
3. Nanoparticles 61%
4. Bioimaging 56%
5. Tb3+ 50%
6. Photodynamic Therapy 45%
7. Mn4+ 45%
8. Chemotherapy 45%
9. Deep Tissue 39%
10. X-ray 39%
11. Eu3+ 39%
12. Cr3+ 38%
13. Persistent Luminescence Nanoparticles 35%
14. Lanthanides 33%
15. Photoluminescence 30%
16. Fluoride Phosphor 30%
17. Drug Delivery 30%
18. Imaging-guided 28%
19. Local Field Effect 28%
20. Energy Transfer 28%
21. Low-dose X-ray 28%
22. ZnGa2O4 26%
23. Theranostics 26%
24. Photodynamic Cancer Therapy 25%
25. Deep Penetration 25%
26. Large-pore Mesoporous Silica 25%
27. Magnetic Resonance Imaging 25%
28. Mesoporous Silica Nanoparticles 25%
29. Energy Transfer Efficiency 25%
30. Photophysical Properties 25%
31. Tumor 24%
32. Gallium-68 22%
33. Mesoporous Nanoparticles 22%
34. Mn Ions 22%
35. Zinc Gallogermanate 22%
36. LaPO4 22%
37. Volume Ratio 22%
38. LaGaO3 22%
39. Lanthanide-doped 22%
40. Photonic Effect 22%
41. Sn4+ 22%
42. Pore Volume 22%
43. Silica-Assisted 22%
44. Optical Probe 22%
45. Prostate Cancer 22%
46. Implant-associated Infection 22%
47. Multifunctional Nanoplatform 22%
48. Chromism 22%
49. Precise Treatment 22%
50. Residual Pores 22%
51. Redox Chemistry 22%
52. Continuous-wave Excitation 22%
53. Multivalent 22%
54. Near-infrared Emission 22%
55. Assisted Synthesis 22%
56. Visible-infrared 22%
57. Yttrium Aluminum Garnet 22%
58. Mn2+ 22%
59. Surface Material 22%
60. Photosensitization 22%
61. Photonic Applications 22%
62. Mass Ratio 22%
63. Photodynamic 22%
64. Multimodal Imaging 22%
65. Treatment Strategy 22%
66. Tetrapyrrole 22%
67. Nanocapsules 22%
68. Nanocrystals 22%
69. Temperature Effect 22%
70. Manganese 22%
71. In Vivo Bioimaging 22%
72. Complex Synthesis 22%
73. High Performance 22%
74. Ce3+ 22%
75. Fluoride 18%
76. Porphyrin 16%
77. Lanthanide Ions 16%
78. Refractive Index 16%
79. Quantum Yield 16%
80. Decay Rate 15%
81. Emission Spectrum 15%
82. X-ray Irradiation 14%
83. Singlet Oxygen 14%
84. Nanomaterials 13%
85. Emission Intensity 13%
86. Multivalence 11%
87. Porpholactones 11%
88. Macrocyclic Compounds 11%
89. Naphthalocyanine 11%
90. Photodynamic Therapy Agents 11%
91. Synthetic Organic Chemistry 11%
92. Biofilm Infection 11%
93. Edifices 11%
94. Near-infrared 11%
95. Bioapplications 11%
96. Nonlinear Optical Properties 11%
97. Conjugation 11%
98. Spectacular 11%
99. Biological Windows 11%
100. Near-infrared Range 11%
101. Synthetic Protocols 11%
102. Efficient Route 11%
103. Reaction Time 11%
104. Nanospheres 11%
105. Derivatization 11%
106. Luminescence 11%
107. Multinuclear 11%
108. Highly Stable 11%
109. Redox Properties 11%
110. Elpasolite 11%
111. Nonlinear Optical 11%
112. Biosensing 11%
113. Fast Pathway 11%
114. Light Emission 11%
115. Welcome 11%
116. Paramagnetism 11%
117. Nano-drug Delivery System 11%
118. Aptamer 11%
119. Phthalocyanine 11%
120. Macrocycles 11%
121. Redox State 11%
122. Near-infrared-II 11%
123. Luminescence Decay 10%
124. Luminescence Performance 10%
125. Radiative Lifetime 9%
126. Chromophore 9%
127. Photosensitizer 8%
128. Composition Design 8%
129. O2 Generation 8%
130. Sb3+ 8%
131. High Dose 8%
132. Nanoplatform 7%
133. Zn2GeO4 7%
134. Temperature-dependent Emission 7%
135. Interionic Distance 7%
136. Chromaticity Shift 7%
137. Cation Exchange 7%
138. Anomalous Events 7%
139. Crystal Field Parameters 7%
140. Crystal Field 7%
141. Nephelauxetic Effect 7%
142. Red-emitting 7%
143. Exchange Charge Model 7%
144. Luminescence Properties 7%
145. Blue Shift 7%
146. Tumor Microenvironment Responsive 7%
147. Diagnostic Ability 7%
148. Near Ultraviolet Excitation 7%
149. Thermal Stability 7%
150. Parameter-free 7%
151. Biodegradability 7%
152. White Photoluminescence 7%
153. Spontaneous Emission Rate 7%
154. Autofluorescence 6%
155. Doped Materials 6%
156. Electric Dipole 6%
157. Heavily Doped 6%
158. Drug Loading 6%
159. Oxygen Vacancy 6%
160. NIR Persistent Luminescence 6%
161. Dual-modal Nanoprobe 6%
162. Positron Emission Tomography 6%
163. Cancer Theranostics 6%
164. Anticancer Treatment 5%
165. Lead Borate Glasses 5%
166. Efficiency Decrease 5%
167. Rate of Increase 5%
168. Lifetime Measurement 5%
169. Organic Lead 5%
170. Spectroscopic Ruler 5%
171. Lanthanum Orthophosphate 5%
172. Electric 5%
173. Local Field 5%
174. Dexter 5%
175. Specific Peptide 5%
176. X-ray Photon 5%
177. Cancer Cell Selectivity 5%
178. Location Detection 5%
179. Resistance Risk 5%
180. PH Indicator 5%
181. Therapy Research 5%
182. Antimicrobial Photodynamic Therapy (aPDT) 5%
183. Preventive Device 5%
184. Prostate Radiotherapy 5%
185. Nanolayer Coating 5%
186. Biofilm Eradication 5%
187. Device Maintenance 5%
188. Antibiotic Prescription 5%
189. Orthopedic Implants 5%
190. Implant Replacement 5%
191. Upconversion Nanocrystals 5%
192. Implantable Devices 5%
193. Antibiotic-free 5%
194. High Concentration 5%
195. Design Strategy 5%
196. Emission Decay 5%
197. Deep-seated 5%
198. Financial Burden 5%
199. PH-sensitive 5%
200. Distance Measure 5%