对于苹果来说,建立一套高效基因转化技术体系和平台,将植物基因工程技术更为有效地应用到苹果遗传改良中去,具有重要的理论和现实意义。
It was significance of theory and reality that a high efficient transferring system was established and plant genetic engineering technology was applied to apple genetic improvement.
数年前,他提炼出一种技术,可以将基因网络“毛团”——对基因交互作用密集纠结的描绘——转化成分层图。
Several years ago, he refined a technique for turning gene-network "hairballs" - densely tangled depictions of gene interaction - into hierarchical maps.
不过现在有一种新技术,通过一种特殊的基因修复这些受损的肺脏,使得这些肺脏能够应用于器官移植。这一技术的详细信息刊载于这周出版的《科学—转化医学》杂志上。
But a new approach, detailed this week in the new journal Science Translational Medicine, describes a novel gene therapy that can repair these damaged lungs-and make them available for transplant.
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