By Stefano Bellucci
The first quantity in a chain on chosen themes in nanoscale technology and know-how, this publication is predicated on lectures given on the recognized INFN colleges. the purpose of the gathering is to supply a reference corpus of introductory fabric to suitable subfields.
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Additional info for Nanoparticles and Nanodevices in Biological Applications 3540709436
The aggregates of gold dots that were ejected from the cells at the basal membrane (Fig. 23C), were never seen to build up within the cells in vacuoles, endosome or became associated with organelles such as the nucleus or mitochondria within the 3-hour incubation period. The incorporation and transport of the DNA-covered Au nanoparticles did not follow usual cellular mechanisms for particulate incorporation and intracellular processing in these epithelial cells. This unique type of nanoparticle cellular processing is summarized in the schematic Fig.
2(8), 1 (2005) 10. D. : Toxicol. Lett. 155(1), 73 (2005) 11. C. M. : Biomaterials. 26(36), 7587 (2005) 12. C. M. : Toxicol. Lett. 161(2), 135 (2006) 13. N. : Toxicol. Lett. 004 14. B. Qualman and M. Kessels. Int. Rev. Cytol. 220, 93 (2002) 15. G. Oberdorster, E. Oberdorster and J. Oberdorster.
Typically non-phagocytic cells will incorporate microorganisms, biomolecules and foreign material by a process called endocytosis. Traditionally, materials attach to receptor sites (in blue) on the apical plasma membrane. In this diagram, the red nanoparticles adsorb biomolecules (in green) such as serum proteins or surface glycoproteins, which then bind to the receptor sites on the membrane. The plasma membrane with the attached nanoparticle-receptor complexes invaginates to form the endosomal vesicle.