Drug Targeting Organ-Specific Strategies
Drug Targeting Organ-Specific Strategies
Drug Targeting Organ-Specific Strategies
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380 Index<br />
lipoproteins 6, 32, 94, 102<br />
liposomes 3, 101, 220<br />
– clinical applications 11, 12, 114, 225<br />
– immunoliposomes 3, 47, 48, 181, 221<br />
– in brain targeting 47<br />
– in liver targeting 101<br />
– in lung targeting 81<br />
– in tumor targeting 220<br />
– pharmacokinetic modelling 364<br />
– stealth 220<br />
liver 89, 309<br />
– animal models, see animal models<br />
(of disease)<br />
– cells of the 90, 107<br />
– drug targeting to 99, 106, 108, 114,<br />
365<br />
– infectious diseases 114<br />
– inflammation 89, 93, 94, 96<br />
– fibrosis 89, 95, 96, 321<br />
– (human) liver slices 311<br />
low molecular weight proteins, see proteins,<br />
modified (plasma)<br />
lung<br />
– aerosol generation 63<br />
– air flow resistance 74<br />
– cells of the 59, 60<br />
– drug targeting to 81<br />
– particle deposition 57<br />
– pulmonary delivery for systemic absorption<br />
54, 58, 60, 82<br />
– inspiratory flow measurement 77<br />
– inspiratory pressure 75<br />
– in vitro deposition 78, 80<br />
– in vitro models for epithelial transport<br />
62<br />
– in vitro particle size analysis 78<br />
– in vivo deposition 80<br />
– tissue slices 327<br />
– morphology, function 55<br />
lymphoma 200, 222<br />
lysosomes, see also drug release 8, 108<br />
lysozyme, see also low molecular weight<br />
proteins<br />
– in renal targeting 137<br />
m<br />
mammalian expression systems 295<br />
mannose receptors 92, 94<br />
micelles, polymeric 7<br />
microspheres 6<br />
monoclonal antibodies, see antibodies<br />
multi-drug resistance see tumor<br />
n<br />
nanoparticles 6<br />
neoglycoproteins, see proteins, modified<br />
(plasma)<br />
nephritis 150<br />
nephropathy, diabetic 150<br />
NFκB, see inflammation<br />
NSAIDs 103, 111, 137, 184<br />
o<br />
opsonization 101<br />
organ transplant rejection 53, 175<br />
organ perfusion 336, 361<br />
OROS-CT 162, 166<br />
p<br />
parenchymal cells, see hepatocyte<br />
Parkinson´s disease 24<br />
PEG, modification with 2, 6, 43, 46, 47,<br />
219, 220, 225<br />
peptides<br />
– as homing ligands 4, 103, 181, 246, 279,<br />
281, 302, 322<br />
– engineering in phage display 267<br />
– formulations for pulmonary delivery 69<br />
– pulmonary delivery of 54<br />
– pulmonary delivery for systemic absorption<br />
58, 82<br />
– phage display 259, 282<br />
– VIP analogues for brain targeting 43<br />
phage display 255<br />
– antibody libraries 212, 260<br />
– cDNA expression libraries 262<br />
– in vivo selection strategies 266<br />
– libraries 255, 258<br />
– ligands for drug targeting 263<br />
– peptide libraries 259<br />
– protein libraries 261<br />
– selection strategies 258, 264, 265, 266<br />
– target identification 264<br />
pharmacodynamics 333, 337<br />
pharmacokinetic considerations<br />
– drug – carrier conjugate 334<br />
– in drug targeting 351<br />
– pro-drug 334<br />
pharmacokinetic/pharmacodynamic modelling<br />
333, 337<br />
– data analysis 346<br />
– effectiveness of drug targeting 357, 359,<br />
363<br />
– pharmacodynamic models 344<br />
– pharmacokinetic models 338, 340<br />
– pharmacokinetic/pharmacodynamic models<br />
345<br />
– for drug targeting 351, 364, 367<br />
– for regional drug administration 365<br />
– for controlled drug delivery 366<br />
– for macromolecular carriers 366<br />
– limitations 363<br />
– modelling 343, 359<br />
– simulations 346, 360<br />
– software 366<br />
pharmacokinetics 333, 335<br />
physiologically-based models 340