It is reported that NF- κB, partially induced by LPS, supervises the transformation of non-resolving inflammation.
It is also possible that Gr-1dim/Ly-6Gdim cells represent cells developed from mature neutrophils as a result of their transformation at the site of inflammation.
There are a number of links between NF-κβ and carcinogenesis including upregulation of inflammation, cell transformation, proliferation and migration, and enhancement of the production of MMPs and angiogenic factors [111].
This study addressed the relationship of inflammation and oncogenic transformation of lung epithelial cells.
In recent years, the contribution of chronic inflammation to cell transformation has been revisited, although the mechanism of inflammation and its importance have yet to be elucidated [ 20].
Progression to CKD results from an inadequate resolution of the acute insult following AKI, with persistent inflammation, increased transformation of pericytes into myofibroblasts in response to tubular injury, and consequent build-up of extracellular matrix and vascular rarefaction, leading to permanent scarring in renal structure and changes in renal function [102].
Following latency, a late cytolytic phase causes inflammation and transformation of latently infected lymphocytes into tumor cells and is triggered between 14-21dpi [ 8, 9].
Given the dramatic effects of Ptf1a deletion on transformation and inflammation, it will be important to determine which genes in our RNA-seq data set are directly suppressed or activated by PTF1A.
CKD is a state of chronic inflammation, leading to transformation of normal cells to tumor cells, tumor proliferation, and angiogenesis.
Owing to these qualities, the presence of inflammation and activated NF- κB signaling are risk factors in malignant transformation [ 60].
