Sentence examples for numerous epithelial cell from inspiring English sources
The Met tyrosine kinase receptor and its major ligand, HGF, are known to control numerous epithelial cell functions and trigger EMT (Trusolino et al., 2010; Gherardi et al., 2012).
We observed nearly 1 or 2 bronchopulmonary flagellated protozoan cells per 10 microscopic fields (×400) while numerous epithelial cells were seen in each field in direct examination of BALf samples.
In addition, numerous tubular epithelial cells showed membrane injury, nuclear pycnosis and necrosis.
At the cellular level, it is apparent that strand migration and numerous single epithelial cells were visible at the tumor-stromal interface and tumor edges of TβRIIfl/fl tumors.
Histologically, the HT7KO mammary epithelium shows a significant deviation from the normal secretory epithelium in morphological architecture, reduced secretory vesicles, and numerous multinucleated epithelial cells with atypically displaced nuclei, during lactation.
SG-induced OE lesions at 1 day PI consisted of numerous individual epithelial cells with morphologic features characteristic of apoptosis in the OE lining all the ethmoid turbinates and the adjacent lateral walls that border the lateral meatus in the distal regions of both nasal passages (T3 and T4), with the most dorsolateral ethmoid turbinates (1E and 2E) being most severely affected.
Although Dclk1 was non-differentially expressed in transformed clones, staining for the tumour stem cell marker was positive in numerous epithelial and stromal cells of E. faecalis-colonised Il10−/− mice (figure 5E).
EMT is described as a multi-step event that epithelial cells lose numerous epithelial characteristics to assume properties of mesenchymal cells, and the inducers of EMT is complex in tumor microenvironment.
During the multiple step of EMT, epithelial cells lose numerous epithelial characteristics to assume the properties of mesenchymal cells.
Epithelial mesenchymal transition (EMT) is a highly coordinated process and a multi-step event during which epithelial cells lose numerous epithelial characteristics accompanied by acquisition of mesenchymal characteristics (Thiery et al, 2009).
The obligate intracellular bacterial pathogen Chlamydia trachomatis injects numerous effector proteins into the epithelial cell cytoplasm to manipulate host functions important for bacterial survival.
