Seed germination is a crucial plant-life process whose success depends largely on the
seed's ability to germinate under favourable environmental conditions. Through molecular …

Reactive Oxygen Species (ROS) play a key role in various events of seed life. In orthodox
seeds, ROS are produced from embryogenesis to germination, ie in metabolically active …

Reactive oxygen species (ROS) are versatile compounds which can have toxic or signalling
effects in a wide range living organisms, including seeds. They have been reported to play a …

Seed germination is a critical event in higher plant life because its success ensures the
establishment of a new generation and survival of the species. It is regulated by a myriad of …

Seed dormancy and germination are two closely linked physiological traits that have great
impacts on adaptation and survival of seed plants. Seed dormancy strengthen and …

While authors have traditionally emphasized the deleterious effects of reactive oxygen
species (ROS) on seed biology, their role as signaling molecules during seed dormancy …

Oxygen is a major factor of seed germination since it allows resumption of respiration and
subsequent metabolism reactivation during seed imbibition, thus leading to the production of …

Recent advances in plant physiology signaling pathways have led to consider reactive
oxygen species (ROS) as being key actors in the regulation of germination and dormancy …

Reactive oxygen species have been suggested to play a signaling role in seed dormancy
alleviation. When sunflower seeds become able to fully germinate during dry after-ripening …

In higher plants, seed is a propagule which ensures dissemination and survival of species.
Developmental phases of a seed comprise embryogenesis, maturation and germination …