Sentence examples for uncontrollable proliferation from inspiring English sources

He stopped climbing because he lost his nerve: "I experienced an uncontrollable proliferation of possible negative outcomes, which is to say… fear".

The acute or chronic inflammation and the ensuing regeneration processes might carry the possibility of promoting the subsequent uncontrollable proliferation and neoplasm formation [ 50].

Collectively, the increase of miR-200c in MCF-7 could result from the stemness loss of BCSCs and their uncontrollable proliferation and differentiation.

Alongside its role in the UPR, Xbp1 controls plasma cell differentiation, and when misregulated, causes uncontrollable proliferation in myeloma cells (Davies et al, 2003; Iwakoshi et al, 2003; Carrasco et al, 2007; Davenport et al, 2007; Todd et al, 2008).

The results suggest that the loss of functioning genes and the subsequent failure to maintain the mature state of the cells is what leads to the loss of differentiation and uncontrollable proliferation during cancer progression.

Wee suggests that, while the EBV infection in the "1st hit" is innocuous, the inability to mount an HLA-based effective immune response would result in an uncontrollable proliferation of EBV-infected cells, initiating the carcinogenic cascade that results in NPC.

The tumor microenvironment which usually shows the features of hypoxia, accumulation of acidic metabolites and interstitial fluid pressure, provides a suitable microenvironment for uncontrollable cell proliferation and increases the risks of cancer generation.

Furthermore, other pathways such as MAPK, PI3K/PTEN/AKT, and NF- κB pathway are also overactivated in glioma and contribute to the uncontrollable cellular proliferation [ 5– 7].

This implies that significantly more extensive BMDC recruitment contributes to the uncontrollable SC proliferation in chronic, rather than acute, H. pylori infection [ 13].

Pterygium is an inflammatory and degenerative process resulting from an uncontrollable cellular proliferation of the subconjunctival and fibrovascular connecting tissue on the cornea.

Such information will be crucial for constructing predictive and descriptive models of cell decision processes and identifying how pathological conditions such as uncontrollable cellular proliferation arise from abnormalities in signaling networks.