| A small clinical trial using gold nanoparticles that act as tumor-seeking missiles on a mission to remove prostate cancer has begun at The University of Texas Health Science Center at Houston (UTHealth). It is the first trial of its kind in the world. | |
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| This article discusses using nanoparticle movement for real-time imaging of glioblastoma cells | |
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| The small size of silver nanoparticles and ability to induce cell death through multiple mechanisms makes them fantastic candidates for anti-cancer therapies. | |
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| Membrane-coated nanoparticles provide improved retention time and a method of targeting specific cells or tissues within the body. | |
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| Silica nanoparticles of between 1 – 100 nm in diameter are cost-effective and simple to produce, with a highly modifiable surface chemistry, shape, and size. They commonly act as a support scaffold or coating for biomolecules or other nanoparticles and potentially make excellent drug delivery platforms due to their highly biocompatible nature and porous structure. | |
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| Nanoparticles are widely used for fluorescent imaging of cells and tissues. They are safe, modifiable and useful for therapeutic intervention. | |
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| Gold nanoparticles can act as excellent catalysts for biological reactions due to their large surface-to-volume and ability to transfer charge. | |
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