GSE185608
4DNESB7XYI9V - sci-Hi-C on mESCs differentiated to embryoid body
Mammalian development is associated with extensive changes in gene expression, chromatin accessibility, and nuclear structure. Here, we follow such changes associated with mouse embryonic stem cell differentiation and X inactivation by integrating, for the first time, allele-specific data obtained by high-throughput single-cell RNA-seq, ATAC-seq, and Hi-C. In differentiated cells, contact decay profiles, which clearly distinguish the active and inactive X chromosomes, reveal loss of the inactive X-specific structure at mitosis followed by a rapid reappearance, suggesting a bookkeeping mechanism. In differentiating embryonic stem cells, changes in contact decay profiles are detected in parallel on both the X chromosomes and autosomes, suggesting profound simultaneous reorganization. The onset of the inactive X-specific structure in single cells is notably delayed relative to that of gene silencing, consistent with the idea that chromatin compaction is a late event of X inactivation. Novel computational approaches to effectively align single-cell gene expression, chromatin accessibility, and 3D chromosome structure reveal that long-range structural changes to chromosomes appear as discrete events, unlike progressive changes in gene expression and chromatin accessibility. ### Competing Interest Statement The authors have declared no competing interest. Overall design: lab: Christine Disteche, UW award: 1U54DK107979-01 accession: 4DNESB7XYI9V submitted_by: Giancarlo Bonora dataset_label: sci-Hi-C on mESCs differentiated to embryoid body contributing_labs: William Noble, UW, Zhijun Duan, UW, Jay Ashok Shendure, UW experiment_type: sci-Hi-C url: https://data.4dnucleome.org/experiment-sets/4DNESB7XYI9V/ number_of_experiments: 23 experiment: 4DNEXOA4DNR8; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXCDN76F9; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXJ33QCZU; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXLCFXRUP; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEX1BY7H2C; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXU9FJ24U; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXTJOSWTW; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXMYV77X1; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXK2CP3J1; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXXNEYDTM; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXJNGKL32; replicate_number: Biorep 2, Techrep 1 experiment: 4DNEXJAHCEIN; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXLZWN9VH; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXV3C383J; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXB7EWKCM; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXTLVDZQP; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXEE1N4JI; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXPLD13JA; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXVG7LXZE; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXWHKWMSY; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXRMWXOKT; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXMN3ZJ4X; replicate_number: Biorep 1, Techrep 1 experiment: 4DNEXMNAHJPG; replicate_number: Biorep 2, Techrep 1 Series supplementary files: *************** genome_assembly: GRCm38 description: A tarball containing processed sci-Hi-C data. file name: 4DNFIZ8TEE2M.tar file_format: tar *************** file_type: readme description: A text file describing the contents and processing steps for the sci-Hi-C processed data in 4DNFIZ8TEE2M. file name: 4DNFI7QQWLOV.txt file_format: txt *************** file_type: directory tree description: A text file with a directory tree for the sci-Hi-C processed data in 4DNFIZ8TEE2M. file name: 4DNFICOPS6ER.txt file_format: txt