Likewise, patterning cues mediated by mechanical force can propagate from single-cell to multiple-cell levels without the transformation of the patterning information by biochemical cues, such as morphogens.
Here we demonstrate a technique that allows spatial control of multiple cell types at single cell levels on a substrate.
However, in addition to stimulating multiple cell death pathways, high levels of ROS can also sensitize cancer cells to anticancer agents [37], [38].
In particular, membrane-bound ephrins and their Eph receptors are maintained at low homeostatic levels in multiple cell types in adult tissues, but expression patterns and levels can change after CNS injury.
It suggests that these structures are regulated at multiple levels, including the whole cell level, the "regional" level, possibly controlled by short-range diffusible factors (e.g. Rho or Rac), and the local level, most likely involving direct signaling from the matrix or the cytoskeleton.
Here, we use an approach to analyze TF colocalization within a cell type and across multiple cell lines at an unprecedented level.
More importantly, inhibition of endogenous miR-130a by an inhibitor antisense oligomer or microRNA sponge clearly increased VGLL4 protein level in multiple cell lines from different tissue origins.
For example, the cells topic could be taught at a very superficial level (e.g., only a plant cell) or at a more detailed level (e.g., multiple cell types and cell organelles).
RAGE is expressed at low levels on multiple cell types.
Iron elevates LC3-II levels in multiple cell types in an ATG5/ATG7-dependent and beclin-1/hVps34-independent fashion.
