-
storage capacity.
Complexes of
polymers with DNA are
called polyplexes. Most
polyplexes consist of
cationic polymers and
their fabrication is
based on...
-
polymers can be
designed that
interact with DNA. They form
lipoplexes and
polyplexes respectively,
which are then up-taken by the cells. The two
systems can...
-
liposome vectors. It can also
include the use of
polymeric gene
carriers (
polyplexes).
Biological transfection is
typically mediated by viruses, utilizing...
-
polymers can be
mixed with mRNA to
generate protective coatings called polyplexes.
These protect the
recombinant mRNA from
ribonucleases and ****ist its...
- Mao,
Guangzhao (4
November 2008). "DNA
Release Dynamics from
Reducible Polyplexes by
Atomic Force Microscopy". Langmuir. 24 (21): 12474–12482. doi:10.1021/la802088y...
-
targets inside a cell, but need to be
compacted into
nanostructures (
polyplexes) that can
enter cells.
Reineke designs polymer-based
transportation systems...
-
nanoparticles currently used in
experimental trials are
usually nanoplexes,
polyplexes, lipoplexes, or micelles.
These four
major types of
nanoparticles are...
-
polymers can
designed that
interact with DNA. They form
lipoplexes and
polyplexes respectively,
which are then up-taken by the cells.
Other techniques include...
-
copolymers for the
delivery of
nucleic acids into a cell (known
today as "
polyplexes") and
developed core-s****
polyelectrolyte complexes for the therapeutic...
-
complexes being evaluated to
enhance cytokine delivery include lipoplexes,
polyplexes, and lipopolyplexes,
which are
complexes of lipids, polymers, and lipids...
