✍ Scribed by Archana Chugh; Eric Amundsen; François Eudes
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
Drug delivery strategies using cell-penetrating peptides (CPPs) have been widely explored to improve the intracellular delivery of a large number of cargo molecules. Electrostatic complexation of plasmid DNA using CPPs has been less explored due to the relatively large complexes formed and the low l
## Abstract Internalization of fluorescently labeled CPPs, __p__VEC, transportan and scrambled __p__VEC, in a range of plant cells was investigated. Cellular uptake of the peptides was found to be tissue dependent. __p__VEC and transportan were distinctly internalized in triticale mesophyll protopl
## Abstract ## Background To overcome extracellular barriers in gene therapy, controlled release technology has been adapted to protect DNA from degradation and maintain elevated DNA concentration. Although cell‐penetrating peptides (CPPs) have been widely utilized to enhance the transfection effi