Many plants synchronize their life cycles in response to changing seasons and initiate
flowering under favourable environmental conditions to ensure reproductive success. To …

Chromatin is an essential contributor to the regulation of transcription. The two histone post-
translational modifications H3K4me3 and H3K27me3 act as an activator and repressor of …

Hypoxia-inducible factors (HIFs) are key elements for controlling immune cell metabolism
and functions. While HIFs are known to be involved in T cells and macrophages activation …

During their lifespan, plants respond to a multitude of stressful factors. Dynamic changes in
chromatin and concomitant transcriptional variations control stress response and adaptation …

Enhancers are critical for developmental stage-specific gene expression, but their dynamic
regulation in plants remains poorly understood. Here we compare genome-wide localization …

Targeted changes in chromatin state at thousands of genes are central to eukaryotic
development. RELATIVE OF EARLY FLOWERING 6 (REF6) is a Jumonji-type histone …

Responses to environmental cues synchronize reproduction of higher plants to the changing
seasons. The genetic basis of these responses has been intensively studied in the …

Integration of environmental and endogenous cues at plant shoot meristems determines the
timing of flowering and reproductive development. The MADS box transcription factor …

Post-translational covalent modifications of histones play important roles in modulating
chromatin structure and are involved in the control of multiple developmental processes in …

Diel and seasonal oscillations are two major environmental changes in nature. While
organisms cope with the former by the well-characterized mechanism of the circadian clock …