Navigable Nanotransport

To accurately transport pharmaceutical agents to their specific target organs or cell types, you need a good carrier: nanoscopic capsules with surface elements that can “recognize” the target in question could do the trick. To date, all methods for the production of such tiny capsules require preorganized structures or “molds” to shape hollow spheres and most methods require a lengthy, tedious synthetic or purification procedure.

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<p><a href="http://www.physorg.com/news89889721.html">Navigable Nanotransport</a></p> <p>To accurately transport pharmaceutical agents to their specific target organs or cell types, you need a good carrier: nanoscopic capsules with surface elements that can “recognize” the target in question could do the trick. To date, all methods for the production of such tiny capsules require preorganized structures or “molds” to shape hollow spheres and most methods require a lengthy, tedious synthetic or purification procedure.</p>