Custers René, Casacuberta Josep M, Eriksson Dennis, Sági László, Schiemann Joachim
VIB, Ghent, Belgium.
Centre for Research in Agricultural Genomics (CRAG), Barcelona, Spain.
Front Bioeng Biotechnol. 2019 Jan 16;6:213. doi: 10.3389/fbioe.2018.00213. eCollection 2018.
The ability to successfully exploit genome edited organisms for the benefit of food security and the environment will essentially be determined by the extent to which these organisms fall under specific regulatory provisions. In many jurisdictions the answer to this question is considered to depend on the genetic characteristics of the edited organism, and whether the changes introduced in its genome do (or do not) occur naturally. We provide here a number of key considerations to assist with this evaluation as well as a guide of concrete examples of genetic alterations with an assessment of their natural occurrence. These examples support the conclusion that for many of the common types of alterations introduced by means of genome editing, the resulting organisms would not be subject to specific biosafety regulatory provisions whenever novelty of the genetic combination is a crucial determinant.
成功利用基因组编辑生物以促进粮食安全和环境保护的能力,将主要取决于这些生物受特定监管规定约束的程度。在许多司法管辖区,这个问题的答案被认为取决于编辑生物的遗传特征,以及其基因组中引入的变化是否自然发生。我们在此提供一些关键考量因素,以协助进行此项评估,并给出基因改变的具体示例指南,同时对其自然发生情况进行评估。这些示例支持这样一个结论:对于通过基因组编辑引入的许多常见类型的改变,只要基因组合的新颖性是关键决定因素,那么由此产生的生物就无需遵循特定的生物安全监管规定。