Project description:Open chromatin is implicated in regulatory processes, and thus variation in chromatin structure may contribute to variation in gene expression and other molecular phenotypes. In this work, we performed a targeted deep sequencing to identify somatic mutations and genetic polymorphisms underlying accessible chromatin in the genomes of 72 monozygotic twins.
Project description:Open chromatin is implicated in regulatory processes, and thus variation in chromatin structure may contribute to variation in gene expression and other molecular phenotypes. In this work, we performed a targeted deep sequencing to identify somatic mutations and genetic polymorphisms underlying accessible chromatin in the genomes of 72 monozygotic twins.
Project description:Open chromatin is implicated in regulatory processes, and thus variation in chromatin structure may contribute to variation in gene expression and other molecular phenotypes. In this work, we performed a targeted deep sequencing to identify somatic mutations and genetic polymorphisms underlying accessible chromatin in the genomes of 72 monozygotic twins. Open chromatin sequencing based on FAIRE assay for 36 pairs of monozygotic twins
Project description:Open chromatin is implicated in regulatory processes, and thus variation in chromatin structure may contribute to variation in gene expression and other molecular phenotypes. In this work, we performed a targeted deep sequencing to identify somatic mutations and genetic polymorphisms underlying accessible chromatin in the genomes of 72 monozygotic twins. Expression profiling by illumina beads array for 36 pairs of monozygotic twins