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The Role of RAP2.4a in Oligomerization and Transcriptional Regulation in Cellular Redox States

This study explores the oligomerization of RAP2.4a, focusing on its binding to the core promoter of 2CPA under varying cellular redox states. By examining the oxidized and reduced forms of GSH and Trx, we reveal how these redox states influence the dimerization of RAP2.4a and its subsequent role in transcriptional regulation during developmental processes. Understanding the interactions between oxidized RAP2.4a and other cellular components enhances our insight into gene regulation mechanisms influenced by redox conditions.

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The Role of RAP2.4a in Oligomerization and Transcriptional Regulation in Cellular Redox States

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  1. Trxox GSSG ROS oxidized RAP2.4a Oligomerization Cellular redox state Transcription RAP2.4a Rap2.4a-Binding site Core promoter 2CPA Dimerization Developmental regulation RAP 2.4a reduced GSH Trxred

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