… , for delivery of paclitaxel, was first approved for cancer therapy in … for the treatment of metastatic
pancreatic cancer [43, 44]. … drug delivery in a spatially and temporally controlled manner, …

… Solvent-cast poly(lactic-co-glycolic acid) films were used in a layer-by-layer technique to
develop a localized and controlled drug delivery system. This system exhibited antibacterial …

… Here we discuss a number of the drug delivery systems that … use, such as controlled delivery
of cancer therapeutics, local … delivery systems have also facilitated cancer prevention as …

… Poor delivery efficiency continues to hamper the effectiveness of cancer therapeutics …
All contemporary systemic anti-cancer agents are dependent upon passive transvascular …

… cancer like multidrug resistance by tumor cells. Progress in developing … controlled and
targeted drug delivery systems has reviewed here with an emphasis on dendrimeric drug delivery …

… cancer treatment. We aim to provide an overview of smart and extended-release drug-delivery
systems for the delivery of cancer … -responsive delivery is also used to achieve controlled …

… In this review, we survey the rapidly evolving fields of local and systemic controlled DDSs,
utilizing a variety of formulations and devices, such as implantable wafers, injectable/…

… delivery system (ISDDS) is regarded as an effective treatment route for postoperative use
that increases drug delivery … drug carriers for inhibiting cancer recurrence are also discussed. …

… controlled delivery at tumor site [20]. Plasmonic bimetallic Au-Ag and Ag-Au (core) nanocarriers
produce heat energy which increases the solubility of polymer and its diffusion and also …

… (a redox system in cancer cells) responsive is used in the targeted drug delivery. The … to
be 2–20 μM, while its concentration in the cancer cells is 2–10 mM, which is ten times higher …