A series of seven carboxy-terminal deletion mutants of oat phytochrome A were stably
expressed in transgenic tobacco to localize phytochrome domains involved in chromophore …

Photometric analysis of chloroplast movements in various phytochrome (phy) mutants of
Arabidopsis showed that phyA, B, and D are not required for chloroplast movements …

Previous genetic analysis identified a component, RED1, that is required for normal de-
etiolation of Arabidopsis thaliana (L.) Heynh. seedlings in continuous red light (Rc). red1 …

Abstract TANDEM ZINC-FINGER/PLUS3 (TZP) is a transcriptional regulator that acts at the
crossroads of light and photoperiodic signaling. Here, we unveil a role for TZP in fine-tuning …

Plant survival necessitates constant monitoring of fluctuating light and balancing growth
demands with adaptive responses, tasks mediated via interconnected sensing and signaling …

This chapter attempts to summarize the main findings about the dwarfing genes in different
plant species with emphasis on their breeding and genetics aspects. Most of the examples …

The adaptation of microorganisms to different temperatures is an advantage in habitats with
steadily changing conditions and raises the question about temperature sensing. Here we …

The amplitude of phototropic curvature to blue light is enhanced by a prior exposure of
seedlings to red light. This enhancement is mediated by phytochrome. Fluence-response …

Although phytochrome B (phyB) plays a particularly important role throughout the life cycle
of a plant, it has not been studied in detail at the molecular level due to its low abundance …

Phytochrome wild-type gene-[beta]-glucuronidase (PHY-GUS) gene fusions were used in
transgenic Arabidopsis to compare the activity levels and light regulation of the PHYA and …