Review Article
Mechanical Cues Regulate Histone Modifications and Cell Behavior
Table 4
Examples of nanotopography-regulated histone modifications.
| Cell type | Nanotopography | Epigenetic modification | Function | Ref |
| hASC | Nanotube array | HDAC | Promote osteogenic differentiation | [51] | Fibroblast | Microgroove | HDAC | Facilitate IPSC reprogramming | [53] | BMSC | Microgroove | HDAC | Not tested in research | [55] | Fibroblast | Microgroove | H3K4me3 | Promote induced dopaminergic neuron reprogramming | [54] | MSC | Micropatterning | H3K9ac, H3K9me3, H3K36me3 | Increase MSC proangiogenic activity and increase angiogenesis | [57] | MCF7 | Micropatterning | H3K9ac, H3K4me3, K27me3 | Induce transcriptome change and nuclear reprogramming, increase cell stemness | [58] | Fibroblast | Tissue 3D constraints | HDAC and H3K9ac | Increase cell sensitivity to mechanostimulation, promote essential processes for cell rejuvenation | [52] | MIC | Micropatterning | H3K4me2 and H3K9ac | Upregulate PRDM14 gene and influence melanoma heterogeneity | [59] | Cardiac progenitors | Microgroove | Histone acetylation | Increase myocardin, tbx5, and mef2c expression | [56] |
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hASC: human adipose tissue-derived stem cell; BMSC: bone marrow mesenchymal stem cells; MIC: malignant melanoma-initiating cell.
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