… of ICG/DOX, which were visually imaged by the increasing fluorescent signal in the cancer
… , the cancer NQO1 enzyme triggered the breakage of quinone and controlled delivery of …

… delivery is based on cultured human cancer cells which express a unique surface marker
specifically selected to test the targeted delivery … addition of a drug delivery system directly to …

… delivery can be readily fabricated from either soft (organic and polymeric) or hard (inorganic)
materials, with their sizes being controlled … general principles of controlled release that can …

… delivery systems, as well as the specific in vivo challenges for successful NA delivery to
cancer … in vivo micelleplex-based cancer-targeted strategies accomplished till the present day. …

… the drug delivery … controlled release of the drug. The present review focuses on the potential
of NPs that can help the targeted and/or controlled delivery of anticancer agents for cancer …

… are being explored extensively for cancer therapy. The challenges associated with the
delivery of these nanoparticles depend greatly on the type of cancer and stage of development. …

… The use of nanoparticles for metastatic cancer is particularly interesting due their possible
wide allocation to a variety of tissues through systemic delivery. The innate tumor homing …

… These techniques for active delivery and controlled release of … of cancer cells in the
omentum in a model of disseminated cancer, suggesting that the new drug delivery and controlled …

… Finally, delivery platforms such as implants have been developed for localized, controlled
delivery of drugs, and cell therapies have been developed to minimize toxicities associated …

… to have potential in breast cancer prevention due to increased … topical transdermal delivery
to breast cancer would result in … followed by a sustained and controlled delivery. Drug-loaded …