Titlebook: Genetics and Genomics of Linum; Christopher A. Cullis Book 2019 Springer Nature Switzerland AG 2019 Flax.genome.transcriptome.breeding.evo

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Genetic Potential and Gene Expression Landscape in Flax,lth-promoting compounds. Flax is one of the earliest domesticated crops, yet progress in genetic, genomic, and transcriptomic analysis of important agricultural traits has been relatively slow. Major gene expression studies have examined bast fiber development, seed development, and stress responses

Invertebrate

Flax Small RNAs,xtensively studied small RNAs in plant species are microRNAs (miRNAs), which regulate gene expression at the post-transcriptional level. In flax, miRNAs were predicted on the basis of genome and transcriptome sequencing data. Moreover, high-throughput sequencing of small RNAs and evaluation of miRNA

NEX

Development of Flax (, L.) Mutant Populations for Forward and Reverse Genetics,te (EMS) has been used to create large mutant populations that can be screened using TILLING to identify mutations in specific genes via a reverse genetics approach. Additionally, forward genetics can be used to identify mutants showing interesting phenotypes. Such approaches have been used to ident

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Lignan and Associated Biochemical Pathways in Human Health and Plant Defense,undamentals of how plants in general biochemically produce their protective seed coats (protecting the embryo until germination) are very poorly understood at the molecular level, in spite of its massive evolutionary importance. Flax is no exception..Herein, we address the natural product molecular

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Flax Transformation via Floral-Dipping,e a transgenic plant. Flax transformation is possible with techniques such as biolistic particles, ultrasound sonication or . infection by wounding and co-cultivation, followed by regeneration. These techniques not only yield low transformed plants but are also long and prone to being accompanied by

Lasting

Disease Resistance Genes in Flax,e development of the gene-for-gene hypothesis of the interaction between a specific gene in the plant and its partner in the pathogen arose from the work on the interaction between flax and its pathogenic rust fungus, .. The genes involved were initially isolated through transposon tagging, but the

foliage

Hla461

,Flax Genome “Edits” in Response to the Growth Environment,e due just to either random mutations or the movement of transposable elements but rather that the genome appears to be able to switch between two well-defined, different sequences at many loci. The genomes of nine lines, the progenitor line (Pl) and eight derived lines (genotrophs), have been compa

AVERT

Transgenic Flax and the Triffid Affair,C (Berglund 2002). Today, there are two types of flax produced, seed flax for oil and fiber flax for the stem fiber. Fiber flax has an average annual global production of 500,000 hectares and is predominantly grown in China, the Russian Federation, and in Western Europe. Approximately 3.5 million he

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