At the core are the following processes: Expression of BMP and of sog.
As well as playing a vital role in developmental processes, expression of FGFs and their receptors has also been implicated in a number of cancers including breast, prostate, brain, lung and endometrial tumours (Turner & Grose, 2010).
During this differentiation process, expression of proteins for mechanical and electrical integration is seized, which is a major drawback for the application of skeletal myoblasts in cardiac regenerative cell therapy, because global heart function depends on intercellular communication.
During this process, expression of vascular endothelial growth factor (VEGF165) was upregulated in co-cultured HBMSC.
The raw image and processed expression of our microarray dataset is posted at NCBI's Gene Expression Omnibus database (GSE12826).
First, we find that during the aging process expression of genes are differentially affected in neurons.
During this process, expression of the ventricular gene vmhc decreases, whereas expression of the atrial gene amhc increases, suggesting that Nkx2.5 is necessary for maintenance of ventricular identity.
During this process, expression of the Snail1/2 transcription factors leads to marked repression of VE-cad, allowing the endocardial cells to separate from each other.
Evidence suggests a particularly important role for the voltage-gated channel Kv2.1 in this process: expression of dominant negative Kv2.1 constructs (thus lacking functional Kv2.1 channels) protects against oxidant-induced apoptosis, and over-expression of Kv2.1 increases susceptibility to apoptosis.
A literature review [ 17] described associations among how intercellular communication is involved in the carcinogenesis process, expression of connexin (including Cx26, Cx32, and Cx43), and particular stages of liver cancer progression by in vitro and in vivo data analyses.
Supporting this process, expression of chemokine CCL20 by choroidal epithelial cells is thought to chemotactically draw T cells – bearing the cognate receptor CCR6 – from the CP stroma, across the epithelium and into the CSF [ 8].
