In November 2018, signatories of a UN Convention on biodiversity noted uncertainties regarding engineered gene drives.

2018年十一月，联合国生物多样性公约的签署方指出了工程基因驱动的不确定性。

Next, splice that engineered gene into the genome of a bacterium designed to constantly pump it out, which makes the protein a lot cheaper to produce.

接下来，将该工程基因拼接到细菌的基因组中， 该细菌旨在不断将其泵出，从而使生产蛋白质的成本大大降低。

Then, genetically engineer that gene so that its binding to pathogens is reversible, it doesn’t cause blood clotting, and it’s more stable than the original form.

然后，对该基因进行基因工程改造， 使其与病原体的结合是可逆的，不会引起血液凝固， 并且比原始形式更稳定。