Index
A
Accelerated Blood Clearance. See ABC, 374
Actinium-225. See (Ac-225)
Adaptive immunity, 392
ADIBO-conjugated EVs, 148
Albumin, 111
Albumin-based nanoparticle, 197
Albumin-bound paclitaxel. See Abraxane
Alpha emitters, 434
Antibody, 214, 237, 415
Antibody fragments, 416
Anti-PEG antibody, 373
Anti-tumor vaccination, 172
Aptamers, 237, 416
Astatine-217. See (At-217)
Au-198/Au-199, 439
Aza-dibenzocyclooctyne. See (ADIBO)
B
Beta-particle emitters, 434
Biodegradable mesoporous SiNPs. See
(bMSN)
Biodegradation, 87
Biodistribution, 311
Bioluminescence, 156
Bioluminescence imaging, 412
Biomacromolecules, 214, 237
Bioorthogonal reaction, 263, 264, 270
Bioorthogonal tetrazine-tco ligation, 270
Bismuth-213. See (Bi-213)
Blood Brain Barrier (BBB), 287
Brush type PEG configuration, 333
C
Carbohydrates, 236
Carbon nanotubes. See CNTs
Cation exchange, 220
Chelator-based, 35
Chelator-free, 35
Chelators, 15, 220
Chemically orthogonal scavenger-assisted
18
f
labelling method, 268
Chemical reaction, 188
Chitosan, 119
Clearance, 347
Clickable nano-platform, 246
Click chemistry, 7, 96, 148, 189, 232, 241,
245, 252, 263
Collimator, 280
Companion diagnostic imaging, 109
Compartment modeling, 296
Compartment models, 297
Complement, 376
Complement Activation-Related Pseudoallergy
(CARPA), 379
Conjugation methods, 238
Coordination chemistry, 53
Copper-64, 55, 70, 242
Copper-catalysed click chemistry, 253
Copper-free click chemistry, 214, 254
Copper (I) catalyzed azide alkyne [3+2]
cycloaddition. See (CuAAC)
Copper-64-porphysomes, 58
Corona, 187
Corona protein, 107, 334, 397
Covalent coupling, 188
CuS nanoparticles, 33, 321
Cycloaddition reaction, 148
D
Damage-Associated Molecular Pattern. See
(DAMP)
Degradation of exosomes, 177
Dendrimers, 114, 414
Dendritic cells, 400
Diagnostic radioisotopes, 212
Dibenzocyclooctyne, 264
Diels-alder cycloaddition. See (iEDDA)
© Springer International Publishing AG, part of Springer Nature 2018
D. S. Lee (ed.), Radionanomedicine, Biological and Medical Physics,
Biomedical Engineering, https://doi.org/10.1007/978-3-319-67720-0
443
A
Accelerated Blood Clearance. See ABC, 374
Actinium-225. See (Ac-225)
Adaptive immunity, 392
ADIBO-conjugated EVs, 148
Albumin, 111
Albumin-based nanoparticle, 197
Albumin-bound paclitaxel. See Abraxane
Alpha emitters, 434
Antibody, 214, 237, 415
Antibody fragments, 416
Anti-PEG antibody, 373
Anti-tumor vaccination, 172
Aptamers, 237, 416
Astatine-217. See (At-217)
Au-198/Au-199, 439
Aza-dibenzocyclooctyne. See (ADIBO)
B
Beta-particle emitters, 434
Biodegradable mesoporous SiNPs. See
(bMSN)
Biodegradation, 87
Biodistribution, 311
Bioluminescence, 156
Bioluminescence imaging, 412
Biomacromolecules, 214, 237
Bioorthogonal reaction, 263, 264, 270
Bioorthogonal tetrazine-tco ligation, 270
Bismuth-213. See (Bi-213)
Blood Brain Barrier (BBB), 287
Brush type PEG configuration, 333
C
Carbohydrates, 236
Carbon nanotubes. See CNTs
Cation exchange, 220
Chelator-based, 35
Chelator-free, 35
Chelators, 15, 220
Chemically orthogonal scavenger-assisted
18
f
labelling method, 268
Chemical reaction, 188
Chitosan, 119
Clearance, 347
Clickable nano-platform, 246
Click chemistry, 7, 96, 148, 189, 232, 241,
245, 252, 263
Collimator, 280
Companion diagnostic imaging, 109
Compartment modeling, 296
Compartment models, 297
Complement, 376
Complement Activation-Related Pseudoallergy
(CARPA), 379
Conjugation methods, 238
Coordination chemistry, 53
Copper-64, 55, 70, 242
Copper-catalysed click chemistry, 253
Copper-free click chemistry, 214, 254
Copper (I) catalyzed azide alkyne [3+2]
cycloaddition. See (CuAAC)
Copper-64-porphysomes, 58
Corona, 187
Corona protein, 107, 334, 397
Covalent coupling, 188
CuS nanoparticles, 33, 321
Cycloaddition reaction, 148
D
Damage-Associated Molecular Pattern. See
(DAMP)
Degradation of exosomes, 177
Dendrimers, 114, 414
Dendritic cells, 400
Diagnostic radioisotopes, 212
Dibenzocyclooctyne, 264
Diels-alder cycloaddition. See (iEDDA)
© Springer International Publishing AG, part of Springer Nature 2018
D. S. Lee (ed.), Radionanomedicine, Biological and Medical Physics,
Biomedical Engineering, https://doi.org/10.1007/978-3-319-67720-0
443