… of the regulatory mechanisms underlying seed longevity is … recent research into the regulation
of seed longevity and the … -of-play regarding seed longevity regulatory networks will be …

… This section aims to explore the impact of hormonal regulation and signalling pathways
on seed longevity and provide detailed information on the specific experimental conditions to …

… A genetic link with DOG1 and ABI3 in the regulation of seed longevity is supported by the
observations that in Arabidopsis, the dog1–1 mutant enhances abi3–1 phenotypes and …

… We also describe available evidence indicating the involvement of plant hormones in the
regulation of seed longevity as they are key factors that control many other aspects of …

… the interactions between regulatory mechanisms of genetic and environmental cues, which
result in positive or negative relationships between seed dormancy and longevity. Finally, we …

… regulate proteins such as HSP and LEA besides storage proteins which were linked with
seed longevity. … splicing of ABI3 mRNA is expected to be associated with acquisition of seed …

… , which led them to conclude that ASPG1 is an important player in seed longevity,
dormancy, and germination, and acts via SSPs degradation and regulation of GA signaling. …

… regulatory networks associated with seed longevity, as well as molecular dissection of traits
linked to longevity … highlighting the molecular basis of seed longevity, with special emphasis …

… Characterization of abi5 mutants in a second legume species, pea (Pisum sativum), confirmed
a role for ABI5 in the regulation of longevity, seed degreening, and RFO accumulation, …

… Moreover, repair processes are programmed to be ready to operate to maximize
germination success and seed longevity. This review focuses on the physiology of the …