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The case for decoupling assembly and submission standards to maintain a more flexible registry of biological parts

机译:解耦组装和提交标准以维持更灵活的生物零件注册的理由

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摘要

The Registry of Standard Biological Parts only accepts genetic parts compatible with the RFC 10 BioBrick format. This combined assembly and submission standard requires that four unique restriction enzyme sites must not occur in the DNA sequence encoding a part. We present evidence that this requirement places a nontrivial burden on iGEM teams developing large and novel parts. We further argue that the emergence of inexpensive DNA synthesis and versatile assembly methods reduces the utility of coupling submission and assembly standards and propose a submission standard that is compatible with current quality control strategies while nearly eliminating sequence constraints on submitted parts.
机译:标准生物部件注册处仅接受与RFC 10 BioBrick格式兼容的遗传部件。这种组合的组装和提交标准要求在编码一个部分的DNA序列中不得出现四个独特的限制性酶切位点。我们提供的证据表明,这一要求给iGEM团队开发大型新颖零件带来了不小的负担。我们进一步认为,廉价的DNA合成和通用组装方法的出现降低了耦合提交和组装标准的实用性,并提出了与当前质量控制策略兼容的提交标准,同时几乎消除了对提交零件的序列限制。

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