Functionalized and monodisperse nanoshells have attracted significant attention owing to
their well-defined structure, unique properties, and wide range of potential applications …

Applications of hydrophobic drug‐based nanocarriers (NCs) remain largely limited because
of their low loading capacity. Here, development of a multifunctional hybrid NC made of a …

pH-responsive polymersomes have emerged as promising nanocarriers for antitumor drugs
to realize their fast release and action in a weakly acidic microenvironment of tumor cells …

Traditional drug delivery systems suffer from low drug-loading and relatively weak
therapeutic efficacy, therefore, development of new drug delivery systems with high …

Functionalized hypercrosslinked polymers have presented potential applications in various
fields and are highly potent in bio-medical applications. Irrespective of random morphology …

An innovative approach for up-converting nanoparticles adaptation for bio-related and
theranostic applications is presented. We have successfully encapsulated multiple,~ 8 nm in …

Combination therapy is a burgeoning research field due to the advantages of the synergistic
contributions from incorporating drugs and promising potentials in the therapy of aggressive …

In this work, a fluorescent hybrid core–shell nanoparticle was prepared by coating a
functional polymer shell onto silver nanoparticles via a facile one-pot method. The …

The application of cytotoxic chemotherapeutics in cancer therapy has been largely restricted
by their lack of selectivity. Despite the existence of numerous targeted delivery systems, it is …

For cancer treatment, nanocarriers were designed with cationic lipids and polymers to
improve the cytosolic delivery efficiency of siRNA. Though the positively charged …