Extensive studies of the reference plant Arabidopsis have enabled deep understandings of
tissues throughout development, yet a census of cell types and states throughout …

During early plant embryogenesis, precursors for all major tissues and stem cells are
formed. While several components of the regulatory framework are known, how cell fates are …

Dynamic cell identities underlie flexible developmental programs. The stomatal lineage in
the Arabidopsis leaf epidermis features asynchronous and indeterminate divisions that can …

Soon after fertilization of egg and sperm, plant genomes become transcriptionally activated
and drive a series of coordinated cell divisions to form the basic body plan during …

Early plant embryogenesis condenses the fundamental processes underlying plant
development into a short sequence of predictable steps. The main tissues, as well as stem …

In Arabidopsis, a zygote undergoes asymmetrical cell division that establishes the first two
distinct cell types of early proembryos, apical and basal cells. However, the genome-wide …

In the early embryo of vascular plants, the different cell types and stem cells of the seedling
are specified as the embryo develops from a zygote towards maturity. How the key steps in …

Embryogenesis represents a critical phase in the life cycle of flowering plants. Here, we
characterize transcriptome landscapes associated with key stages of embryogenesis by …

Understanding the development of tissues, organs and entire organisms through the lens of
single-cell genomics has revolutionized developmental biology. Although single-cell …

Genome-wide gene expression maps with a high spatial resolution have substantially
accelerated plant molecular science. However, the number of characterized tissues and …