Figure 2
Figure 2. Fluorescence-based confocal imaging analysis of CHD2 mutations in COS-7 cells. (A) Nuclear distribution of CHD2wt and CHD2L1270F. Recombinant CHD2wt shows a finely granulated homogeneous distribution within the cell nucleus, whereas the CHD2L1270F mutation induces a remarkably speckled distribution of the protein in large punctated bodies. (B-C) Association of CHD2wt and CHD2L1270F with active chromatin. CHD2wt shows a strong colocalization with the transcriptionally active chromatin markers H4Ac and H3K4me3. Strong functional impact can be predicted from the complete loss of colocalization of the mutant form CHD2L1270F with the gene-expressing chromatin regions. tM is expressed as mean ± standard deviation. n, number of nuclei analyzed per sample.

Fluorescence-based confocal imaging analysis of CHD2 mutations in COS-7 cells. (A) Nuclear distribution of CHD2wt and CHD2L1270F. Recombinant CHD2wt shows a finely granulated homogeneous distribution within the cell nucleus, whereas the CHD2L1270F mutation induces a remarkably speckled distribution of the protein in large punctated bodies. (B-C) Association of CHD2wt and CHD2L1270F with active chromatin. CHD2wt shows a strong colocalization with the transcriptionally active chromatin markers H4Ac and H3K4me3. Strong functional impact can be predicted from the complete loss of colocalization of the mutant form CHD2L1270F with the gene-expressing chromatin regions. tM is expressed as mean ± standard deviation. n, number of nuclei analyzed per sample.

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