The complexity of the proteome exceeds that of the genome. Post-translational modifications (PTMs) and conformational changes of proteins trigger new molecular interactions whose systematic elucidation is hampered by the lack of specific tools. PTMs are particularly relevant for epigenetic regulation of gene expression; a field of translational interest. However, state-of-the-art inhibitors used in epigenetic studies and therapies target modifier enzymes such as acetylases and deacetylases, rather than a single PTM protein per se. The systematic development of anti-PTM intrabodies, which allow targeting of intracellular proteins in the context of living cells, will help reaching a new level of precision and specificity in the description of epigenetics, paving the way to new therapeutic opportunities.
Targeting the post-translational proteome with intrabodies
Cattaneo A.;Chirichella M.
2019
Abstract
The complexity of the proteome exceeds that of the genome. Post-translational modifications (PTMs) and conformational changes of proteins trigger new molecular interactions whose systematic elucidation is hampered by the lack of specific tools. PTMs are particularly relevant for epigenetic regulation of gene expression; a field of translational interest. However, state-of-the-art inhibitors used in epigenetic studies and therapies target modifier enzymes such as acetylases and deacetylases, rather than a single PTM protein per se. The systematic development of anti-PTM intrabodies, which allow targeting of intracellular proteins in the context of living cells, will help reaching a new level of precision and specificity in the description of epigenetics, paving the way to new therapeutic opportunities.File | Dimensione | Formato | |
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