The prevention of programed cell death by FN- or type I collagen-enforced cell anchorage indicates that the topography-induced apoptosis-like abnormality could be overridden by receptor-mediated cell adhesion.
Approximately 20% of the cells were observed to show positive propidium iodide (PI) staining 48 h after the loss of anchorage, indicating that a fraction of cells died with concomitant loss of plasma membrane integrity.
Maximum anchorage is indicated to prevent mesial movement of the posterior segments.
Relative to the control, depletion of either KLF4 or KLF5 in M6 cells significantly impacted anchorage-independent growth, as indicated by reduced colony-forming ability.
Our results showed that repeated long-term exposure of HaCat cells to arsenite caused cell transformation, as indicated by anchorage-independent growth in soft agar.
The local bond stress-slip curves near the loaded end are generally stiffer than those close to the anchorage end, which indicates that it might not be reasonable to do finite element modelling using an unified bond-slip law.
Moreover, ectopically expressing miR-96 in MCF-7 and ZR-75-30 ZR-75-30 ZR-75-30ls significantly enhanced their anchorage-independent growth abreast, as indicancerby the incellse in colony numbersignificantlyFigurenhanceduggestheirthat upregulation of miR-96 could augment the tumorigenicity of breast cancer cells in vitro.
In contrast to the transformation of HMEC-DD cells, one oncogenic event is sufficient to transform Rat1-DD cells, indicated by both anchorage-independent growth in vitro and tumor formation in vivo (Ni et al., 2012).
In contrast to the transformation of HMEC-DD cells, one oncogenic event is sufficient to transform Rat1 rodent fibroblasts expressing p53DD (Rat1-DD) cells, as indicated by both anchorage-independent growth in vitro and tumor formation in vivo (Ni et al., 2012).
Restoration of FBP1 expression suppressed anchorage-independent growth, indicating the relevance of FBP1 down-regulation in Carcinogenesis [97].
