… Nanoscale drug delivery systems using liposomes and … delivery of chemotherapeutic drugs
in the treatment of cancer. Their use offers improved pharmacokinetic properties, controlled …

… Furthermore, to increase drug solubility and deliver drug to the disease site in a controlled
manner, polymer delivery vehicles for implantation intra-tumorally or adjacent to the …

… Present paper reviews recent advances in the development of physical stimuli-responsive
micelles with high targeting potentials and controlled on-demand drug release. …

… Polymeric NPs are suitable for controlled release applications, for increasing circulations …
can be customized for a slow and controlled delivery. They can achieve different particle size, …

… the controlled release of macromolecules using polymers, which enabled the development
of antiangiogenic drug delivery systems for cancer therapy and opened up new areas for the …

… This review highlights the biological barriers to effective drug delivery in cancer, emphasizing
… Controlled release mechanisms may also prevent non-specific delivery of the toxic drug to …

… Disulfiram (DSF) is an FDA-approved drug that has been repurposed for cancer treatment.
It … In this review article, we summarized different delivery strategies for DSF-based cancer …

… Unless RNA-induced immunostimulation is controlled, genetic manipulation and immune
activation can be confused [27]. Delivery of siRNA will also require versatile drug carriers to …

… The progress in controlled drug delivery devices like formulation of polymer based pellets;
disk, rod shapes and Microparticles are proving to be a boon in overcoming the difficulties …

… If this is our goal, to what extent has it been achieved with BCM-based drug delivery vehicles…
1, the current review examines the transport of BCMs and anti-cancer drugs administered in …