All three WBM leaf extracts did not significantly modulate cell viability of HaCaT cells during 30 min incubation (Figure 2B).
We also find that a specific class of these exosome associated non-coding RNAs functionally modulate cell viability by direct interactions with l-lactate dehydrogenase B (LDHB), high-mobility group protein 17 (HMG-17), and CSF2RB, proteins involved in metabolism, nucleosomal architecture and cell signalling respectively.
In Oryza sativa L., OsSKIPa could positively modulate cell viability and stress tolerance [ 22].
In order to determine whether attenuation of Rac1 expression using siRNA-Rac1 can, similarly to Rac1 inhibitor, modulate cell viability and clonogenic survival in reponse to radiation or cisplatin exposure, parental and IRR HNSCC cells were transfected with specific siRNA-Rac1 and scrambled control siRNA (siRNA-A) (Supplementary Figure S4).
Therefore, miR-34a-HNF4G axis is an important pathway modulating cell viability, proliferation, and invasion of bladder cancer cells.
Other studies on other cell types, however, describe a contradictory role of HIF-1α in modulating cell viability and apoptosis, which may depend on multitude factors including the cell type or the physico-chemical environment [ 30- 32].
However, considering the significant effect of miR-34a-HNF4G axin in modulating cell viability, proliferation, and invasion of bladder cancer cells, this axis at least is one of the most important regulative paths.
FRAX1036 and docetaxel order-of-addition modulates cell viability in vitro.
PTEN has phosphatase, C2, and PDZ-binding domains and has recently been shown to shuttle between the nucleus and cytoplasm in response to its phosphorylation status, which may contribute to its ability to modulate cell growth and viability.
In addition, we also found target genes that are part of a recently described AS transcriptome database [29] such as Wsb1, a SHH regulated E3 ubiquitin ligase, which modulates cell proliferation, viability and stress responses [30] and may be involved in mediating the increased proliferative activity observed in activated ASs [31].
The nanofibrous topography itself, independent of the fiber material, has demonstrated the potential to modulate cell behaviors desirable in tissue engineering such as: unidirectional alignment; increased viability, attachment, and ECM production; guided migration; and controlled differentiation.
