In this system, all cell types are necessary for the adequate localization of TJs and transporter functions [ 12].
CD1d samples the endosomal system of all cells and thereby is crucial for early surveillance by NKT cells.
In our culture system, almost all cells are NPCs of ES cell-derived glutamatergic neurons just after thawing and plating.
Inconsistent with this hypothesis, mRNAs encoding protein chaperones are expressed at approximately equal levels across the adult mouse brain (Tebbenkamp and Borchelt, 2010), suggesting that there is little cell-type specificity for this critical system, and all cells should be equally capable of detoxifying a misfolded protein.
One key challenge will be to understand how the basic machinery of organelles and cytoskeletal systems that all cells share is then regulated and enhanced to achieve this astonishing diversity.
Together, the current results show that 4 days after a single injection of ouabain, a substance that was expected to severely impair the energetic systems of all cells, the transepithelial potential had been abolished and fluid movement had been altered, apparently preventing the retina from detecting and responding to signed defocus.
Using a transwell system, all chondrosarcoma cell lines showed migratory properties, and started migrating ∼30 min after plating, except for JJ012 cells, which started migrating only 4 h after plating (results not shown).
At 48h after activation, IL-2 was added (17 ng/ml, #202-IL, R&D Systems) to all the cells and the polarizing conditions were maintained throughout the culture.
Normalization with respect to the network energy consumption for a fully loaded system (ρ=1) when all cells are active.
By contrast, the in vitro TE differentiation system, in which all cells progress sequentially towards TE differentiation, can be defined as a "discontinuous cambium".
