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Drug delivery active targeting

Ultimately, for Pt(IV) anticancer drugs, a combination of incorporation of bioactive ligands that specifically target cancer cells, control over ligand-exchange kinetics, and selective activation by light would allow for temporal and spatial control of drug delivery and activation. [Pg.9]

See other pages where Drug delivery active targeting is mentioned: [Pg.279] [Pg.43] [Pg.276] [Pg.358] [Pg.999] [Pg.131] [Pg.64] [Pg.276] [Pg.40] [Pg.290] [Pg.75] [Pg.148] [Pg.320] [Pg.726] [Pg.15] [Pg.274] [Pg.127] [Pg.532] [Pg.533] [Pg.533] [Pg.542] [Pg.543] [Pg.543] [Pg.544] [Pg.556] [Pg.568] [Pg.580] [Pg.210] [Pg.265] [Pg.6] [Pg.253] [Pg.31] [Pg.266] [Pg.267] [Pg.272] [Pg.5] [Pg.44] [Pg.237] [Pg.14] [Pg.24] [Pg.304] [Pg.307] [Pg.311] [Pg.317] [Pg.379] [Pg.604] [Pg.608] [Pg.641] [Pg.642]

See also in sourсe #XX -- [ Pg.418 , Pg.419 ]

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Active drug

Active targeting

Active targeting controlled drug delivery

Drug active targeting

Drug delivery applications active targeting

Drugs activity

Drugs targeting

Targeted activation

Targeted drugs

Targeting drug delivery