The Hope and Challenge of Synthetic Biology

J. Schnitzer, Peter L. Levin
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Abstract

Mankind’s newfound ability to edit germline codes will soon be widely available. We will also be able to extend the palette of naturally available amino acids for molecular assembly. The opportunity to heal disease, improve memory, increase strength, and extend lifetime is exciting. The threat that an ideological enemy could insert malfeasant and irreversible mutations is frightening. The United States, at least, needs a policy framework that defines and addresses the five key decisions that will determine whether we can leverage the benefits and simultaneously defend against attacks.
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合成生物学的希望与挑战
人类新发现的编辑生殖细胞密码的能力将很快得到广泛应用。我们还将能够扩展天然可用氨基酸的调色板,用于分子组装。治疗疾病、改善记忆、增强力量和延长寿命的机会是令人兴奋的。意识形态上的敌人可能会带来渎职和不可逆转的突变,这种威胁令人恐惧。至少,美国需要一个政策框架来定义和解决五个关键决策,这些决策将决定我们是否能够利用这些利益,同时防御攻击。
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