iRGD is therefore potentially useful to optimize the delivery of cancer
drugs by the nanoparticle to the tumor.
Not exact matches
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.
• Oculis, an Iceland - based developer of a solubilizing
nanoparticle drug delivery platform, has raised an undisclosed amount of Series A funding co-led
by Brunner Ventures and Silfuberg.
And
by absorbing the same light that triggers the
drug release, the gold
nanoparticles could also heat the cancer cells, providing a double punch.
While researchers have long worked with
nanoparticles for
drug delivery, the findings put forth
by He and his team represent a crucial breakthrough in addressing multidrug resistance in cancer cells.
Researchers at Penn State have combined the two approaches
by taking biodegradable polymer
nanoparticles encapsulated with cancer - fighting
drugs and incorporating them into immune cells to create a smart, targeted system to attack cancers of specific types.
Now, in a new study using laboratory - grown cells and mice, Johns Hopkins scientists report that a method they used to track metabolic pathways heavily favored
by cancer cells provides scientific evidence for combining anti-cancer
drugs, including one in a
nanoparticle format developed at Johns Hopkins, that specifically target those pathways.
The authors conclude «in summary, the development of chitosan
nanoparticles loaded with current trypanocidal
drugs coated
by a specific nanobody against trypanosomes can reduce the minimal curative dose of these
drugs, enhancing their efficacy, minimizing the toxicity and circumventing resistance mechanisms caused
by mutations in surface transporters.»
Eventually scientists may be able to «force feed» cells with whatever they want, such as
drugs or
nanoparticles that are not actively taken up
by cells.
And a few different techniques have since emerged to improve
drug delivery, and,
by extension, safety — such as Alnylam's approach of binding the RNAi therapeutic to a lipid
nanoparticle, or fat, to help it settle in the liver.
By synthesizing a
nanoparticle that releases its siRNA cargo only after it enters targeted cells, Dr. Tariq M. Rana and colleagues showed in mice that they could deliver
drugs that silenced the genes they wanted.
The research team tested the TaOx / SiO2 core / shell
nanoparticle (TSN) glue and found that it is clearly visualized
by real - time imaging modalities and exhibits adhesive properties similar to that of the U.S. Food and
Drug Administration (FDA)- approved cyanoacrylate and Lipiodol (CA - Lp), a mixture of a tissue adhesive and radiopaque oil used in the clinical practice.
He is hoping to have U.S. Food and
Drug Administration — approved equipment in place
by the middle of 2009 to produce these
nanoparticles and move into clinical trials shortly thereafter.
A new study shows that a 70 - year - old malaria
drug can block immune cells in the liver so
nanoparticles can arrive at their intended tumor site, overcoming a significant hurdle of targeted
drug delivery, according to a team of researchers led
by Houston Methodist.
Even in nanomedicine, which is one of the best new methods for delivering
drugs to a tumor, only about one percent of a dose of
nanoparticles will successfully arrive at the intended tumor site, while the rest are filtered out
by the immune cells of the liver and spleen.
Nanoparticles capable of delivering
drugs to specifically targeted cancer cells have been created
by a group of researchers from China.
Prior studies suggested that
nanoparticle drug delivery might improve the therapeutic response to anticancer
drugs and allow the simultaneous monitoring of
drug uptake
by tumors.
It's the result of an effort
by Paula Hammond, who heads MIT's chemical engineering department, to perfect a process of layer -
by - layer assembly that enables
nanoparticles to carry several
drugs between their strata.
«We can attach different
drugs to the
nanoparticles, and
by changing the chemistry of the bond linking the
drug to the
nanoparticle, we can alter the release rate of the
drug to be faster or slower,» says Andrew Clark, a graduate student in Davis's lab and the study's first author.
The modular nature of Hammond's
nanoparticles might also benefit either Belcher's light - responsive nanotubes or Bhatia's fragment - shedding nanosensors,
by packing them into a layered particle that contains a chemo
drug at its core.
Research Paper Placenta - specific
drug delivery
by trophoblast - targeted
nanoparticles in mice Baozhen Zhang, Lunbo Tan, Yan Yu, Baobei Wang, Zhilong Chen, Jinyu Han, Mengxia Li, Jie Chen, Tianxia Xiao, Balamurali K Ambati, Lintao Cai, Qing Yang, Nihar R Nayak, Jian Zhang, Xiujun Fan Theranostics 2018; 8 (10): 2765 - 2781.
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....
By making use of
nanoparticle - based carriers, researchers at North Carolina State University are able to transport multiple
drugs into cancerous cells optimally and precisely, in maneuvers that any field commander would be proud of.
Farokhzad and colleagues have considerable expertise with bench - to - bedside translation of nanotechnologies for medical applications, and foundational work done in part
by his team has led to the development and first in human testing of a targeted
nanoparticle capable of controlling
drug release for treatment of cancers, and the first in human testing of a targeted
nanoparticle vaccine capable of orchestrating an immune response to facilitate smoking cessation and relapse prevention.
A new,
nanoparticle - based
drug delivery system being developed
by health physics professor Steen Madsen offers new treatment for glioblastoma.