… affected the cancer care delivery system apart from affecting the overall health system.
Cancer patients are more susceptible to coronavirus infection than individuals without cancer as …

… delivery carriers that can be targeted directly to the cancer cell, deliver the drug at a controlled
rate, … Passive and active targeting is used to deliver the drug at its tumor site. The passive …

… As we aimed to deliver the highly concentrated drug to cancer sites using the patches, we
selected P100 and P150 patches for in vivo study. A previous study that applied a high dose of …

AIM: Single-walled carbon nanotubes (SWNTs) have been already used as drug carriers. In
this study, we introduced sgc8c aptamer (this aptamer targets leukemia biomarker protein …

… Our findings demonstrated that the developed smart drug delivery system is a great
platform for the targeted chemotherapy in MUC1 positive cancer cells in vitro and in vivo. …

… To be successfully used in controlled drug delivery formulations, a material must be chemically
inert and free of leachable impurities. Some of the materials that are currently being used …

… in the area of drug delivery are also … , controlled desolvation or emulsion formation. They
show a smaller size (50 to 300 nm) compared to microparticles and, in general, better controlled …

… (liposomes, LDL), have been proposed to obtain controlled drug release. Also the use of
new administration routes is part of controlled drug delivery. In fact, it could increase the drug …

… 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 …