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THE IMPORTANCE OF BEING AN INTRON, BY WILD....TYPE TUBULIN GENES

机译:成为野生动物的重要性,野生....

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Introns of plant tubulin genes are important regulatory elements for supporting gene expression. Introns can either increase the level of expression through intron-mediated enhancement (IME), or they can change the actual site of gene expression. The molecular basis of both IME and intron dependent spatial expression (IDSE) remains largely unknown. IME and IDSE seem to be regulatory traits common to many cytoskeletal genes. Introns of tubulin genes are also useful tools for genotyping plant species and varieties, for parental assessment and for assisting breeding programs. This can be done with Tubulin-Based Polymorphism (TBP), a specific intron length polymorphism-based method that exploits both length variation and positional conservation of the introns of the plant beta-tubulin gene family.
机译:植物微管蛋白基因的内含子是支持基因表达的重要调控元件。内含子可以通过内含子介导的增强(IME)来提高表达水平,或者可以改变基因表达的实际位点。 IME和内含子依赖性空间表达(IDSE)的分子基础仍是未知之数。 IME和IDSE似乎是许多细胞骨架基因共有的调节性状。微管蛋白基因的内含子也是用于对植物物种和品种进行基因分型,父母亲评估和辅助育种程序的有用工具。这可以通过基于微管蛋白的多态性(TBP)来完成,TBP是基于内含子长度多态性的一种特定方法,该方法利用了植物β-微管蛋白基因家族的内含子的长度变异和位置保守性。

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