Not exact matches
The method involves tagging a molecular drug
delivery vehicle with synthetic DNA that can then be
used to see how cancerous tumors are responding to specific treatments (the drugs themselves are placed into these tagged
nanoparticles).
Phase I funding — which allows up to $ 250,000 for an academic idea, such as decoding the genetic sequence of a protein or studying targeted drug
delivery by
using magnetic
nanoparticles — is available from federal funding and foundations.
«We envision that these photo - responsive polymer - capped gold
nanoparticles could one day serve as nano - carriers for drug
delivery into the body
using our robust and reversible process for assembly and disassembly,» said Zhiqun Lin, a professor in the Georgia Tech School of Materials Science and Engineering.
«The ability to identify useful drug
delivery nanoparticles using this miniaturized system holds great potential for accelerating our discovery process,» Anderson says.
The technique can be applied in myriad ways, some of which include droplet - based microreactors (devices
used in chemical synthesis),
nanoparticle synthesis, tissue engineering, drug discovery and drug
delivery monitoring.
Magnet - directed
nanoparticles have previously been
used for targeted
delivery of chemotherapy drugs.
Khizroev
used the tail - to - head trick to spread the
nanoparticles through the brain and mimic IV drug
delivery in humans.
«We then evaluated the system in rats with glioma and found that by
using a method called intracranial convection - enhanced
delivery, our
nanoparticles could penetrate completely throughout the tumor following a single injection,» says Jordan Green, Ph.D, associate professor of biomedical engineering and ophthalmology at Johns Hopkins.
Using nanoparticles designed and screened for endothelial
delivery of short strands of RNA called siRNA, the researchers were able to target RNAi to endothelial cells, which form the linings of most organs.
His research group will also work on targeted
delivery of the drug
using their patent pending «nanobowls,» which are magnetically guided
nanoparticles that can be packed with drugs and diagnostic molecules, deliver them to particular sites in the body and release them on demand.
While on one hand, there is significant potential in the application of
nanoparticles in enhancing heat transfer for tumor ablation and targeted drug
delivery, there is also much promise in improving imaging and diagnostic protocols
using them.
«Breakthrough antimalarial drug
delivery system
using mesoporous silica
nanoparticles.»
One of the hopes is that once nanotechnology is proved safe and effective as a drug
delivery system, highly concentrated
nanoparticles carrying drugs could be injected directly into the body where they are needed most and
use their shape to get to work quickly.
Using chloroquine, the researchers not only increased the circulation of
nanoparticles in the body, but also reduced the body's filtration of
nanoparticles, as well as improved drug
delivery to breast tumors.
«Age - old malaria treatment found to improve
nanoparticle delivery to tumors: Nanomedicine researchers find new
use for 70 - year - old drug.»
The growing trend to
use other types of
nanoparticles has revolutionized the food industry by enhancing flavors, improving supplement
delivery, keeping food fresh longer and brightening the colors of food.
«Furthermore, the
use of particles to create these microswimmers will synergize well with other micro - and
nanoparticle based technologies such as
nanoparticle drug
delivery systems.»
The HZI will develop a vaccination protocol for mucosal administration based on three novel strategies: (i) development and optimization of a vaccination protocol in which parenterally - primed T and B cells are subsequently pulled into the mucosa by the local
delivery of the cognate antigen to the requested effector site, (ii) testing the co-administration of antigens with novel mucosal adjuvants
using different mucosal immunisation routes and schedules, and (iii) testing various
nanoparticles co-administered with different immunomodulators for their ability to generate both systemic and mucosal immune responses following transcutaneous / trans - follicular vaccination.
Nanoparticles for the sole
use of imaging agents have a much lower return on investment and higher safety requirements than drug
delivery systems... -LSB-...]
Nanoparticles conjugated with two active ligands, one for its effective uptake and the other for it's binding or
use to gene
delivery agents to deliver drug inside cells.
Because of their unique properties such as monodispersity, large surface area and high drug loading efficiency, silica
nanoparticles (SiNPs) have been developed for a vast array of biomedical
uses such as optical imaging, cancer therapy, targeted drug
delivery and controlled drug release for genes and proteins.
Using nanoparticles, Yale researchers have developed a drug -
delivery system that could reduce organ transplant complications by hiding the donated tissue from the recipient's immune system....
The award will support graduate students working on the project, and also help offset other costs, such as producing sufficient quantities of the compound analogs, optimization of the
nanoparticle delivery system, and the cost of the mice
used to model leukemia.
A new method, which makes
use of innovative
nanoparticles, could change that, providing a less harmful «cluster bomb» approach to
delivery.
«The question now is, can the
nanoparticles be effective
delivery vehicles for vaccines or be
used for for co-
delivery of antigens and adjuvants?
But administering curcumin
using a different pharmaceutical
delivery system, solid lipid
nanoparticles (SLN), improves its stability and lengthens its time of release, resulting in better skin penetration.