The entrapment of magnetic nanoparticles in the lumen of vesicles appears to be the most popular method currently, and has been used to release 5/6-CF within rat forearm skeletal muscle or deliver doxorubicin to cancer cells; in both the latter cases, the vesicles were folate-labeled to target cells that overexpressed the folate receptor.
In both cases, the budding rate of vesicles determines the rate of transport across the Golgi [7].
In both cases, the data show endothermic peaks as observed for other vesicles, although it has not been possible to discriminate the end of the endothermic process.
In both cases, the G3Mcs1 accumulation at the growth region was abrogated and vesicle motility was significantly reduced.
In both cases the biosynthetic reactions involving 4-hydroxybenzoate are localized in the ER and Golgi apparatus [75], [76] or in small vesicle derived from the ER [73], [77], [78].
(In both cases the paintings were recovered).
In both cases, the peacekeepers did nothing.
In each case, the vesicles have been correlated to an ouabain-resistant mechanism of isoosmotic cell volume control.
A similar distribution pattern occurred also at 1 week of MCD diet, although in this case the vesicles were brighter, more numerous, and unevenly distributed in the tissue.
In the case of the micelles, the PS core was radiolabelled, and in the case of the vesicles, the hydrophobic part of the bi-layered membrane was used to retain the radiolabel.
