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Main conclusion Alternative splicing (AS) events were identified and verified in cabbage by comparative transcriptome analysis. The corresponding markers were developed and the germplasm resources were identified.Alternative splicing (AS) is a central regulatory mechanism that greatly contributes to plant gene expression and transcriptome diversity. A large body of evidence has shown that AS complexity...
Cabbage (Brassica oleracea L.var. capitata), an important crop of the Brassicaceae family, is a highly valued source of anti-cancer compounds, vitamin C and high-quality protein. Glossiness of the leaf surface is an important character that has an important influence on the quality of commercial products. In this study, two heart-shaped glossy cabbage mutants were examined to determine their characteristics...
As a tool in genetic engineering, isolated microspore cultures have the remarkable quality to produce doubled haploids for plant breeding and gene mapping. Protocols were developed for the induction of microspore-derived embryos and generation of doubled haploid plants from isolated microspores of Brussels sprouts. A cytological analysis showed that two modes of Brussels sprouts microspore embryogenesis...
Androgenesis is an efficient method of producing doubled haploids (DHs) in plant breeding programs. DH plants derived from the F 1 (broccoli × white-headed cabbage) are valuable for accelerating the transfer of excellent genes and increasing biodiversity of species via isolated microspore culture (IMC). Therefore, this study investigated the developmental process of embryogenesis...
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