Multiple cellular transformation indicators ensured selection of the correct dosage and duration of exposure.
Furthermore, we provide an explicit account of how aberrant functioning of lncRNAs through multiple mechanisms drives cellular transformation and tumor progression and thereby causes enrichment of a cancer stem cell (CSC) population.
The small Rho (p21) GTPases (Rho, Rac, and Cdc42) have been implicated in multiple steps during cellular transformation, including regulation of cytoskeletal reorganization and gene expression [ 1].
In this regard, the PKC family is attractive for targeting, because it is comprised of a family of isoforms that play key roles in multiple cellular processes and can contribute to cellular transformation.
Retinoids have been shown to modulate multiple cellular processes, including proliferation, differentiation, homeostasis, malignant transformation and apoptosis [ 16- 18].
Extensive preclinical studies have shown that these signalling cascades regulate multiple cellular processes such as proliferation, differentiation, survival and transformation.
In addition, because pH alterations ultimately affect multiple cellular processes, it is unclear what process is required for tissue transformation.
miRNAs-mediated silencing machinery executes important regulatory functions in multiple cellular processes, including immune responses, cellular proliferation, differentiation, apoptosis, and oncogenic transformation [ 10– 10].
Multiple cellular and molecular alterations such as amplification or overexpression of oncogenes, hypermethylation or mutation of tumor suppressor genes, activation of cancer stem cells, and infiltration of immune cells, contribute to the malignant transformation of HCC.
First, we identified significant global changes across multiple cellular pathways.
