Nanoparticle Enhanced Gel Electrophoresis - Zarei, Mohammad
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Nanomaterials address one of the most challenging issues facing separation science, i.e., improvements in speed of separation and resolution in gel electrophoresis. Nanomaterials act as heat sink and lower the Joule heating and band broadening. It provides the opportunity to apply higher voltages to speed up the separation and also to improve the resolution. The novel idea presented by using nanoparticles is the reclaim of high throughput capability of slab gel electrophoresis that was lost to capillary gel electrophoresis at the expense of faster separation time.

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Produktbeschreibung
Nanomaterials address one of the most challenging issues facing separation science, i.e., improvements in speed of separation and resolution in gel electrophoresis. Nanomaterials act as heat sink and lower the Joule heating and band broadening. It provides the opportunity to apply higher voltages to speed up the separation and also to improve the resolution. The novel idea presented by using nanoparticles is the reclaim of high throughput capability of slab gel electrophoresis that was lost to capillary gel electrophoresis at the expense of faster separation time.
Autorenporträt
Mohammad Zarei received his B.Sc. and M.Sc. degrees in physical chemistry from Bu-Ali Sina Universit y, Iran. He has continued his researches at Ferdowsi University of Mashhad on processing, properties, and sensing application of polymer nanocomposites in electrophoresis and protein-DNA sensing. He is a member of Iran's National Elites Foundation.