Dendrimer nanoparticles, made of spherical, highly branched polymers, have shown promise as drug delivery vehicles capable of targeting tumors with large doses of anticancer drugs. Dendrimer nanoparticles have also been ...
Cells possess a variety of ways of dealing with mutations that can cause them to grow uncontrollably and eventually form a tumor. The tumor suppressor gene p53 plays a critical role in these cancer prevention processes, ...
With the race to develop nanoparticle-based therapeutics and imaging agents for cancer applications moving at full speed, a small but growing group of researchers is quietly developing the methods that are needed to full...
A nanocomposite particle can be constructed so that it has a mix of properties that would not otherwise happen in nature. By combining an organic matrix with metallic clusters that can absorb light, it is possible to inc...
One of the basic tenets of targeted nanoparticle drug delivery is putting multiple targeting molecules on a nanoparticle surface will improve the ability of nanoparticles to stick to their targeted cell and deliver their...
A complex molecule and snake venom may provide researchers with a more reliable method of diagnosing human diseases and developing new drugs.
Purdue University researchers bound a complex nanomolecule, called a dendri...
A complex molecule and snake venom may provide researchers with a more reliable method of diagnosing human diseases and developing new drugs.
Purdue University researchers bound a complex nanomolecule, called a dendri...
Dendrimers, highly branched, spherical polymers, have demonstrated their utility as drug and imaging agent delivery vehicles for use in detecting and treating cancer, with several dendrimer-based agents nearing human cli...
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