Cell transplantation utilizing different cell types including skeletal myoblasts [1], [2], cardiomyocytes [3], [4], smooth muscle cells [5], [6], bone marrow cells [7] and hematopoietic stem cells [8], has emerged as a promising therapeutic avenue for cardiac regeneration following myocardial infarction damage.
p47phox is phosphorylated by protein kinase C (PKC), with different PKC subtypes utilized in different cell types.
Since then, numerous studies reporting varying degrees of success have utilized an assortment of different cell types ranging from the fate-restricted photoreceptor precursor [5] to the pluripotent embryonic stem (ES) cell [6], [7], [8], [9].
Flaviviruses can utilize multiple receptors for different cell types and host species.
These results showed that NFAT5 activated an osmoprotective program in T cells that included gene products known to be induced by hypertonicity in other cells, indicating that different cell types utilize similar NFAT5-regulated mechanisms to respond to osmotic stress.
It must be highlighted that the impact of AA on cellular routines could be context-dependent, as different cell types utilize CyPs for a variety of processes under diverse conditions.
It appears that malignancies arising from different cell types utilize distinct strategies to survive and progress.
This work demonstrates that it is possible to generate PCL/ECM hybrid scaffolds for cartilage regeneration by utilizing the factors secreted by two different cell types, chondrocytes and MSCs, even in the absence of juxtacrine signaling.
Further, because multiple types of stem cells are normally involved in tissue maintenance and repair, the SRM from different cell types is utilized to form a more potent version of the SRM.
Each of these different cell types appears to utilize 11β-HSD1 to attenuate distinct immune responses in an autocrine fashion [ 37, 38, 40], but the manner in which they are likely to interact in specific tissues remains unclear.
Transcripts that are alternatively spliced as part of tissue- or cell-type specific SRNs do not significantly overlap with transcriptional gene expression programs in the same tissues or cells, indicating that AS and transcriptional regulation are largely independent processes utilized to diversify the transcriptomes that distinguish different cell types (Pan et al., 2008).
