Figures & data
Figure 1. Structure and activation of Estrogen Receptor. (A) Schematic representation of ERα domains and their potential interaction with co-activators/co-repressors and ERE. (B) Mechanisms of ERα activation by estrogens. Recruitment of liganded ERα on DNA is mediated directly on ERE or not directly via SP1 or NFKB interaction.
![Figure 1. Structure and activation of Estrogen Receptor. (A) Schematic representation of ERα domains and their potential interaction with co-activators/co-repressors and ERE. (B) Mechanisms of ERα activation by estrogens. Recruitment of liganded ERα on DNA is mediated directly on ERE or not directly via SP1 or NFKB interaction.](/cms/asset/d5eab451-022b-4571-8610-1eaf2f3e3ff0/kepi_a_10923790_f0001.gif)
Figure 2. Model of epigenetic inactivation of ESR1. Primary methylation and recruitment of ICBP90 on ERα promoter, provoke histone deacetylation and a large secondary methylation and ERα silencing. Ac, acetylation of histones; white circles symbolize unmethylated CpGs and black circles symbolize methylated CpGs.
![Figure 2. Model of epigenetic inactivation of ESR1. Primary methylation and recruitment of ICBP90 on ERα promoter, provoke histone deacetylation and a large secondary methylation and ERα silencing. Ac, acetylation of histones; white circles symbolize unmethylated CpGs and black circles symbolize methylated CpGs.](/cms/asset/04a6f640-b7b7-4dab-8ef7-abb70aabed14/kepi_a_10923790_f0002.gif)