… Our work demonstrates the power of combining GWAS and reverse genetics to identify novel
seed longevity genes. We have described 12 novel genes involved in seed longevity. They …

… responsible for seed longevity, namely protection and repair. Although seed longevity is …
globulin genes showed severe phenotypes for seed longevity, suggesting a role for SSPs in …

… Thus, we also propose that the seed longevity genes identified and discussed in the preceding
paragraphs in a range of plant species can be a useful target for CRISPR/Cas9 scientists …

… available on the genetics of seed longevity. Using Arabidopsis … as those affected in seed
coat composition, seed dormancy, … genes and mechanisms controlling viability of stored seeds. …

… seed ageing and longevity, with a particular focus on their hormonal regulation. We also
provide gene … to help visualize their integration into seed longevity and ageing. We believe that …

… , we identified candidate genes relevant to known seed longevity mechanisms, in particular
… multi-gene functionality of the QTL challenges established wisdom of a cardinal gene …

… Next to longevity, developing seeds acquire dormancy, a … genetic links have been established
between both longevity and … a conserved gene module related to seed longevity (Figure 3…

… seeds. In this article, we discuss the genetic bases for desiccation tolerance and longevity
in seeds and the differences in gene expression profiles between the mentioned types of …

… Some key genes related to the control of seed longevity have been dissected, greatly
improving our understanding of the molecular mechanisms underlying the regulation of …

… the HSP genes that are controlled in seeds by … seed longevity (ie of HSFA9 only), but rather
that HSFA9 and additional, related HSFs control the HSP genetic program of seed longevity …