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Author(s) : SEIDEL C.

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In vitro cell transformation induced by amorphous silica nanoparticles NOETUDE/C2016-085 | 2016

Worldwide production of silica nanoparticles is estimated to be one million tons per year. Unlike crystalline silica, silica nanoparticles which have an amorphous structure are so far not considered as carcinogen to humans by IARC. However…
Epigenetic mechanisms involvement in in vitro cell transformation induced by micro- and nano-silica particles NOETUDE/C2016-087 | 2016

Epigenetic mechanisms that are essential in normal cell growth have been found disrupted in several human diseases such as cancer. Epigenetic mechanisms include histone post-translational modifications, DNA methylation and non-coding…
Epigenetic mechanisms involvement in in vitro cell transformation induced by micro- and nano-silica particles NOETUDE/C2016-089 | 2016

Epigenetic mechanisms that are essential in normal cell growth have been found disrupted in several human diseases such as cancer. Epigenetic mechanisms include histone post-translational modifications, DNA methylation and non-coding…
ET2016-005 | 2016

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