… lipid radicals and the utility of radical fragmentation for structural … functional group for
radical delivery. Subsequent collisional … The results further support the hypothesis that radical …

… (29) This review will emphasize effects of polymer architecture on nucleic acid delivery. …
The development of living radical polymerization techniques for gene delivery allows for …

… of PE from isomeric PC and for noncovalent radical delivery in RDD type experiments. …
radical initiator (eg, an iodobenzoyl moiety) can be utilized to efficiently generate lipid radicals…

… lipid radicals and the utility of radical fragmentation for structural … functional group for
radical delivery. Subsequent collisional … The results further support the hypothesis that radical …

… radical‐initiated peptide sequencing (FRIPS) has recently been introduced as an analytical
strategy to create peptide radical … to derive complementary structural information of peptides …

… and controlled delivery of these … delivery, generation and scavenging of these gaseous
molecules including ROS are promising technology for next generation for radical delivery …

… compared to traditional radical polymerizations techniques. … in the development of the drug
delivery field, and the scarcity … ARTP advances in drug delivery applications; their preparation …

… for subsequent atom transfer radical polymerization (ATRP). … prepared via ATRP for nonviral
gene delivery. The P(DMAEMA) … DPDs also exhibit efficient gene delivery ability in different …

… We propose an effective siRNA delivery system by preparing poly(DAMA-HEMA)-… atom
transfer radical polymerization processes. The polymeric multilayer structure is characterized by …

… In this work, atom transfer radical polymerization (ATRP) was employed to functionalize
chitosan in a well-controlled manner. A series of new degradable cationic polymers (termed as …