… of polymer vectors. With growing understanding of polymer gene delivery mechanisms
and … efforts of creative and talented polymer chemists, it is likely that polymer-based gene …

… This review will discuss the current status of use of natural polymers for gene delivery, with …
majority of gene delivery systems are based on synthetic polymers, natural polymers have the …

… Lack of biodegradation of polymeric gene delivery vehicles poses significant toxicity … natural
biodegradable polymers. This review summarizes mechanistic aspects of gene delivery and …

… for improving gene delivery with adenovirus. As the hydrophilic polymers mask the native
capsid domains that recognize receptors on a number of cell types, the polymers can be used …

… further elicited the development of new types of polymeric gene-delivery systems, such
as lipidoids, which are an oligocationic polymer with hydrophobic modification. Citation98,Citation…

… Polymeric gene delivery carriers have attracted intense attention of researchers in gene delivery
field … Moreover, multiple functionalities of polymers can be tailored for specific bioactivity …

… polymers is covered and examples of targeting strategies used for tissue-specific gene
delivery … safe and effective polymeric vectors for in vivo gene delivery. Maximum benefit of …

… their potency as gene delivery vectors. … for gene delivery applications. This review focuses
primarily on the synthesis and use of cationic polymers via RAFT for DNA and siRNA delivery …

… , serum inhibition, gene dissociation, cytotoxicity, and … polymeric gene carriers (polyethylenimine,
chitosan, polylysine, etc.) are described with regards to the resulting gene delivery …

… It introduces the most important cationic polymers used for gene delivery. A transition
from in vitro to in vivo gene delivery is also presented, with an emphasis on the obstacles to …