通过基因组编辑实现非褐变茄子高产

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摘要

最近的技术进步使迅速培育出数量丰富、令人满意的作物成为可能。哈利法基因工程与生物技术中心(KCGEB)的Martin Kottackal博士及其同事正在这一领域取得进展。KCGEB是阿拉伯联合酋长国的领先研究所,隶属于总统法院。在未切开的茄子中,PPO酶和多酚不会相互作用,水果内部仍然是白色的。但当水果被切开或损坏时,细胞隔间被破坏,释放出多酚和PPO,然后被氧化。当水果在收获和运输过程中受到物理损伤时,酶促褐变也会增加,从而导致食物浪费。因此,植物育种家的目标是生产不经过酶促褐变的茄子。
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Cut of the crop High-yields of non-browning eggplant via genome editing
Recent technological advances are making it possible to quickly breed bountiful and desirable crops. Dr Martin Kottackal and colleagues at the Khalifa Center for Genetic Engineering and Biotechnology (KCGEB) are making strides in this area. A leading institute in the United Arab Emirates, the KCGEB is under The Presidential Court and In an uncut eggplant, the PPO enzyme and polyphenols do not interact, and the fruit remains white on the inside. But when the fruit is cut or damaged, cell compartments are disrupted and release the polyphenols and PPO, which then undergo oxidation. Enzymatic browning can also increase when the fruit has been physically damaged, for example, during harvest and transportation, resulting in food wastage. Plant breeders have therefore aimed to produce eggplants that do not undergo enzymatic browning.
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