Sentence examples for formation expression from inspiring English sources

These hES-ATIICs show the biological features and morphological characteristics of normal ATIICs, including lamellar body formation, expression of surfactant proteins, and the ability to proliferate and differentiate into ATICs in vitro.

Here we studied the effect of sub-inhibitory concentrations of penicillin, oxacillin, vancomycin, daptomycin, linezolid and tigecycline on S. epidermidis 1585 biofilm formation, expression of extracellular matrix binding protein (Embp) and potential implications for S. epidermidis − macrophage interactions.

To characterize these cell lines, several assays including an assessment of intensive alkaline phosphatase activity, karyotyping, embryoid body formation, expression analysis of the pluripotency-associated markers, and the three germ layerassociated markers were performed.

Furthermore, the angiogenic cell experiments showed that the ionic products from NAGEL scaffolds promoted tube formation, expression of pro-angiogenic factors and their receptors on human umbilical vein endothelial (HUVECs) compared with β-TCP scaffolds, indicating that NAGEL scaffolds possessed improved angiogenesis capacity.

The two cell types showed all known hallmarks of TICs, including tumor growth from very low cell numbers, sphere formation, expression of a panel of markers and, in one case, of ALDH activity.

During early stages of ectopic SG formation, expression of some bulge markers including K15, NFATc1 and Sox9 was transiently increased when compared with wild-type skin samples.

In the present study, we found in the epileptogenic hippocampal formation increased expression of p75NTR, decreased TrkA expression, and complex alterations involving TrkB expression.

To identify the genes that were differentially expressed during wild type nodule formation, the expression levels of the genes were compared, pair-wise, with a t-test.

This is further evidenced by the cortex and coat formation protein expression patterns, both of which are also expressed in the later stages of sporulation.

Whereas formation and expression of sweet-taste-reinforced STM is insensitive to satiety state, artificial formation and expression of nutrient-relevant memory require flies to be hungry.

After neocentromere formation gene expression remains low, even after nitrogen depletion, suggesting that CenH3 nucleosomes and perhaps silencing histone marks reduce gene expression.