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Regulation of animal biotechnology: research needs

机译:动物生物技术法规:研究需求

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Livestock that result from biotechnology have been a part of agricultural science for over 30 years but have not entered the market place as food or fiber. Two biotechnologies are at the forefront as challenges to the world's systems for regulating the market place: animal clones and transgenic animals. Both technologies have come before the Food and Drug Administration in the United States and it appears that action is imminent for clones. The FDA has asserted principles for evaluation of clones and asserts that "... remaining hazard(s) from cloning are likely to be subtle in nature." The science-based principles recognize that in some areas related to developmental biology and gene expression in clones, additional scientific information would be useful. The role of science then is to use the genomic tools that we have available to answer questions about epigenetic regulation of development and reprogramming of genes to the state found in germ cells. Transgenics pose additional challenges to regulators. If the transgenics are produced using cloning from modified cells then the additional scientific information needed will be related to the effects of insertion and expression of the transgenes. Other approaches such as retrovirally vectored transgenesis will elicit additional questions. These questions will be challenging because the science will have to be related to the expression and function of each gene or class of genes. For the promises of animal biotechnology to be fulfilled, scientists will have to resolve many questions for regulators and the public but tools to answer those questions are rapidly becoming available.
机译:生物技术产生的畜牧业已成为农业科学的一部分,已有30多年的历史,但尚未作为食品或纤维进入市场。作为对全球市场调节系统的挑战,两种生物技术处于最前沿:动物克隆和转基因动物。两种技术都已经在美国食品药品监督管理局(FDA)面前提出,并且克隆技术的行动迫在眉睫。 FDA宣称了评估克隆的原则,并宣称“……克隆产生的剩余危害可能本质上是微妙的”。基于科学的原理认识到,在与克隆中的发育生物学和基因表达有关的某些领域,更多的科学信息将很有用。然后,科学的作用是利用我们提供的基因组工具来回答有关表观遗传调控发育和将基因重编程为生殖细胞中状态的问题。转基因给监管者带来了额外的挑战。如果转基因是使用修饰细胞的克隆产生的,那么所需的其他科学信息将与转基因的插入和表达的作用有关。诸如逆转录病毒载体转基因的其他方法将引发其他问题。这些问题将具有挑战性,因为科学必须与每个基因或基因类别的表达和功能相关。为了实现动物生物技术的诺言,科学家将不得不为监管机构和公众解决许多问题,但是回答这些问题的工具正在迅速可用。

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