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首页> 外文期刊>Greenhouse Canada >Progress with 'reverse1 genetics: New drought-tolerant petunia variety proves the value of genomics research
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Progress with 'reverse1 genetics: New drought-tolerant petunia variety proves the value of genomics research

机译:“反向1”遗传学的进展:新型耐旱矮牵牛品种证明了基因组学研究的价值

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A new petunia has been developed at the Vineland Research and Innovation Centre that can survive without water for longer than traditional petunias. The plant was produced using an exciting new reverse genetics technology that Vineland researchers are now applying to other horticultural crops such as tomatoes and peppers, with the potential for many more. The science of genetics is rooted in the observations of Gregor Mendel, a 19th century Austrian monk who recorded how certain traits were inherited in pea plants. This classical or "forward" approach to genetics starts with observing traits or characteristics in order to identify the genes or DNA sequences that are responsible. Reverse genetics works in the opposite direction, using DNA sequence information to understand or influence characteristics of the whole plant.
机译:Vineland研究与创新中心开发了一种新的矮牵牛,如果没有水,这种矮牵牛的存活时间可以比传统矮牵牛更长。该植物是使用令人兴奋的新反向遗传学技术生产的,Vineland研究人员现在正在将其应用于其他园艺作物,例如西红柿和辣椒,并且具有更多的潜力。遗传学起源于19世纪的奥地利僧侣Gregor Mendel的观察,他记录了豌豆植物中某些性状的遗传方式。这种遗传学的经典方法或“向前”方法始于观察性状或特征,以鉴定出负责的基因或DNA序列。反向遗传学以相反的方向起作用,利用DNA序列信息来了解或影响整个植物的特性。

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