The present investigation was aimed at developing and comparing the cancer-targeting
potential of ligand-anchored dendrimers. Folate-, dextran-, and galactose-anchored poly …

Purpose: Tumor cells, with drug resistance, are associated with failed treatment and poor
prognosis. Our aim was to explore potential strategy to overcome the epidermal growth …

Dendrimers are new hyperbranched globular and three-dimensional nanocarrier.
Dendrimer nanocarriers are emergent as most attractive nanocarrier for gene and drug …

Stimuli-responsive peptide dendrimer-drug conjugates have presented significant potential
for cancer therapy. To develop an effective nanoscale chemotherapeutic prodrug, we …

Dendrimers represents a highly branched three-dimensional structure that provides a high
degree of surface functionality and versatility. PAMAM dendrimers are used as well-defined …

Purpose Folate conjugated poly (propyleneimine)(PPI) dendrimer (FPPI) mediated
anticancer therapy is being extensively discovered throughout the world. The present …

Highlights•Dendrimers are efficient nanocarriers having biomedical and diagnostic
application potentials.•Dendrimers can be efficiently encapsulated with drugs by host–guest …

In this study, we reported folate-conjugated polypropylene imine dendrimers (FA–PPI) as
efficient carrier for model anticancer drug, methotrexate (MTX), for pH-sensitive drug …

The purpose of the present investigation was to evaluate the potential of surface engineered
polypropylene imine (PPI) dendrimers as nanoscale drug delivery units for site-specific …

Cancer immunotherapy has been researched as a major modality of treatment which
involves activating the immune system of the patient to fight against tumor cells. Dendrimers …