The prl1 mutation localized by T-DNA tagging onArabidopsis chromosome 4-44 confers
hypersensitivity to glucose and sucrose. The prl1 mutation results in transcriptional …

Mutation of the PRL1 gene, encoding a regulatory WD protein, results in glucose hypersensitivity
and derepression of glucose-regulated genes in Arabidopsis. The yeast SNF1 protein …

Similar to other higher eukaryotic organisms, in flowering plants, embryo development is the
consequence of fertilization events. Union of gametes as the male sperm nucleus and the …

Post‐embryonic growth in plants depends on the continuous supply of undifferentiated cells
within meristems. Proliferating cells maintain their competence for division by active …

The eukaryotic cell division cycle is coordinated by cyclin-dependent kinases (CDKs),
represented by a single major serine/threonine kinase in yeasts (Cdc2/CDC28) and a family of …

The molecular mechanisms by which the phytohormone auxin coordinates cell division with
cell growth and differentiation are largely unknown. Here, we show that in Arabidopsis …

Plant organ size shows remarkable uniformity within species indicating strong endogenous
control. We have identified a plant growth regulatory gene, functionally and structurally …

The cambium of woody plants cycles between active and dormant states. Dormancy can be
subdivided into eco‐ and endodormant stages. Ecodormant trees resume growth upon …

The Arabidopsis LEAFY ( LFY ) transcription factor is a key regulator of floral meristem
emergence and identity. LFY interacts genetically and physically with UNUSUAL FLORAL …

In plants, where cells cannot migrate, asymmetric cell divisions (ACDs) must be confined to
the appropriate spatial context. We investigate tissue-generating asymmetric divisions in a …