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Eukaryotic genomes can be transcribed to produce large amounts of RNA
Many RNAs combine with chromatin to perform regulatory functions
Based on the GRID-seq (Global RNA interactions with DNA by deep sequencing) technology developed by Fu Xiangdong's group at the University of California, San Diego, Qi Yijun’s group identified and analyzed more than 13,000 pairs of RNA and chromatin interactions in Arabidopsis seedlings
Plants will encounter various environmental changes and stress challenges
Figure 1: RNA-chromatin interactions that change under heat treatment to form a network
In summary, this study reveals the RNA-chromatin interaction in Arabidopsis from the whole genome level, and provides an important basis for studying the regulatory function of RNA
Professor Qi Yijun and Professor Fu Xiangdong are the co-corresponding authors of the paper
Original link: https://