… single-cell RNA sequencing has markedly improved transcriptome quantification of rare
human pre-implantation embryo … of gene activation, and genetic programming for early human …

… reveals differences in human and mouse embryo gene … analyses of single-cell RNA-seq
datasets revealed a number of … -specific factors in human and mouse embryos. Our findings …

… the gene regulatory network controlling human embryonic … the transcriptome of human oocytes
and early embryos at … data set and the ones detected in our single-cell RNA-Seq data). (c) …

… scale gene expression landscape covering the entire course … transition (EHT) process in
human early embryos. Different cell … be detected in human embryos, we unexpectedly revealed …

… identified a unique early embryonic-like gene network and epigenetic status as the key
molecular events that led to successful reprogramming. Finally, using the 2C-like program as an …

… based on public single-cell RNA sequencing data. Expression profile analysis revealed that
… profiles and functions of lncRNAs in human early-stage embryos based on single-cell RNA …

… nucleotide polymorphisms (SNPs) in the single-cell RNA-seq reads, we observed that
most male E3 cells contained biallelically derived RNA of X chromosome genes (Figure 1D), …

… 3d; RNA sequencing (RNA-seq) data were from a previous … , except for sperm, early embryos
showed clear species-… effects on gene expression in human early embryonic development. …

… To further elucidate the mechanism underlying the response to lighting across preimplantation
embryonic stages, we performed gene ontology (GO) analysis on DEGs at each stage to …

… blastomeres in early embryos (2-cell or 4-cell stage embryos) … embryo from single-cell RNA
sequencing (RNA-seq) data. … -embryo variation, we clustered all the detected genes. Large …