Sentences with phrase «nanoparticle delivery»
"Nanoparticle delivery" refers to a method of transporting very tiny particles, called nanoparticles, to specific locations in the body. These particles can carry medicines, genes, or other substances to treat diseases or deliver therapies more effectively. Full definition
Other researchers are investigating related nanoparticle delivery systems, also with promising results.
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In cold tumors, iTeos is pioneering a truly original approach with the targeted tumor delivery of STING agonists using nanoparticle delivery, in collaboration with Cristal Therapeutics.
The research team, led by co-first authors Kalina Paunovska and Cory D. Sago, also studied how nanoparticle delivery changes with the microenvironment of specific tissue types.
«Age - old malaria treatment found to improve nanoparticle delivery to tumors: Nanomedicine researchers find new use for 70 - year - old drug.»
«The results suggest that nanoparticle delivery technology overcomes these challenges and might allow for the development of novel, cost - effective mRNA therapeutics.»
We've seen drugs capable of turning white fat - storing tissue into brown, fat - burning tissue, but a new nanoparticle delivery system could significantly improve how such treatments are delivered, avoiding unwanted side effects often associated with such therapy.
Additional studies will be needed to test miR - 182 and the nanoparticle delivery before it becomes an option for patients with glioblastoma mulitforme.
BPTES not encased in the nanoparticle delivery system had little effect on tumor size in 12 human tumor - bearing mice.
«It also is unknown what the ideal gene combinations are that should be delivered using this nanoparticle delivery system,» he says.
Selecta has developed a nanoparticle delivery system in which an immune - modifying compound is contained in biodegradable plastic particles just 150 nanometres across.
A nanoparticle delivery system exploits biochemical and cellular pathways in tumor cells to deliver two different drugs to different locations in the cell.
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 nanoparticle delivery system could improve the situation, with tests showing it to be effective as a non-toxic treatment in experiments with laboratory mice.