Sentence examples for cellular organisations from inspiring English sources

Tumours in vivo represent complex three-dimensional cellular organisations with a characteristically harsh microenvironment comprising high cell density, low pH, toxic metabolites, low oxygenation and elevated interstitial pressure.

Within the GI tract GLP2 has significant intestinotrophic effects involving diverse cellular organisations despite the finding that GLP2 receptors are mainly localized on enteric neurons, endocrine cells and subepithelial myofibroblasts [ 39].

Although the repair tissue was not hyaline cartilage, it did show cellular organisation and proteoglycan deposition similar to hyaline cartilage without any evidence of angiogenesis.

Even though these results suggest that specific targeting of the CSC population might not be a useful therapeutic strategy, research into the hierarchical cellular organisation of malignancies has provided many important new insights in the biology of tumours.

Co-culture of Calu-3 cells with Wi38 lung fibroblasts was achieved on the scaffold to create a submucosal tissue analogue of the upper respiratory tract, validating CHyA-B as a platform to support co-culture and cellular organisation reminiscent of in vivo tissue architecture.

A number of studies using more modern techniques (such as immunohistochemistry, in situ hybridisation, axonal tracing, single cell labelling, heterotopic and orthotopic grafting, and the manipulation of gene expression by electroporation) have shown that the hindbrain has a truly metameric cellular organisation.

No obvious changes in morphology or cellular organisation occurred in these organisms over the next few billion years.

It has been proposed that FC would impose positioning of the new flagellum on the pattern of the existing flagellum, thereby defining cellular organisation [15].

Specifically in the knee joint, histological sections showed a general reduction in the separation of the rudiments, altered cellular organisation in the interzone with no clear definition of chondrogenous layers and no sign of cavitation in the altered mechanical environment of immobilised specimens (Figure 1A D and K,L).

Computational analysis suggest that, on the average, proteins in the bacterial cytosol are more aggregation prone than those in the human cytosol [30], which is in agreement with the hypothesis that organisms with simpler cellular organisation and shorter life span have, as a trend, higher aggregation propensities [24].

Cell adhesion is key to cellular organisation within a tissue.