-
Because of
their small size,
nanocarriers can
deliver drugs to
otherwise inaccessible sites around the body.
Since nanocarriers are so small, it is oftentimes...
-
aspect to
consider when
choosing the
appropriate nanoparticle chemistry.
Nanocarriers composed of
biodegradable polymers undergo hydrolysis in the body, producing...
- neurotransmitters,
peptides and proteins, antibodies,
nanoparticles and
nanocarriers,
enzymes and vesicles. "Catheter" (from Gr**** καθετήρ kathetḗr) comes...
- ****ociated
targeting vector onto
nanocarrier to
achieve recognition and binding; the size
scale of the
nanocarriers will also be
engineered to
reach the...
- drugs. In
particular permeation enhancers,
ionic liquids, lipid-based
nanocarriers,
enzyme inhibitors and
microneedles have
shown potential. Oral administration...
-
marrow and
nerve cells would help
myelin recovery. Currently,
several nanocarriers strategies are
being developed for
improving vitamin B12
delivery to...
- of
polyaspartic acid has been
exploited for
targeting of drug-loaded
nanocarriers to bone.
Preparation of
hydrogels based on
polyaspartic acid, in a variety...
-
chemical or
enzymatic inactivation, etc.) Lipid-based, ligand-coated
nanocarriers can
store their payload in the
hydrophobic s**** or the
hydrophilic interior...
- HW, Mi FL (October 2014). "FRET-based dual-emission and pH-responsive
nanocarriers for
enhanced delivery of
protein across intestinal epithelial cell barrier"...
-
Upadhyay SC,
Asati D,
Ahmad FJ,
Mukherjee R, et al. (2012). "Lipidic
Nanocarrier for Oral
Bioavailability Enhancement of an
Anticancer Agent: Formulation...
