We profiled the global gene expression landscape across the reproductive lifecycle of
Brassica napus. Comparative analysis of this nascent amphidiploid revealed the …

We profiled the gene regulatory landscape of Brassica napus reproductive development
using RNA sequencing. Comparative analysis of this nascent amphidiploid across the plant …

Background An optimal seedling development of Brassica napus plants leads to a higher
yield stability even under suboptimal growing conditions and has therefore a high …

Brassica napus L.(canola) is one of the world's most economically important oilseeds.
Despite our growing knowledge of Brassica genetics, we still know little about the genes and …

Approximately 5,000 plaques derived from a Brassica napus L.(canola) seed-cDNA library
representing 15 days after pollination (DAP) were differentially screened for highly …

The seed in angiosperms is produced through coordinated development of the embryo,
endosperm and seed coat. In dicots, most of the seed mass is taken up by the embryo with …

Background Brassica seeds are important as basic units of plant growth and sources of
vegetable oil. Seed development is regulated by many dynamic metabolic processes …

Polyploidy is a persistent phenomenon in angiosperm genome evolution that is
hypothesized to have contributed to the diversity of extant flowering plants. Brassica napus …

The architecture of the Brassica napus genome is marked by its evolutionary origins. The
genome of B. napus was formed from the hybridization of two closely related diploid …

The economically valuable Brassica species include the six related members of U's
Triangle. Despite the agronomic and economic importance of these Brassicas, the impacts …