Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

抗生素和原核性核糖体的关系被发现后，马上就使人意识到在某种情况下，氯霉素也制真核细胞。

Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

抗生和原核性核糖体的关系被发现后，马上就使人意识到在某种情况下，氯也许能抑制真核细胞。

Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

抗生素和原核核糖体的关系被发现后，马上就使人意识到在某种情况下，氯霉素也许能抑制真核细胞。

Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

抗生和原核核糖体的关系被发现后，马上就使人意识到在某种情况下，氯霉也许能抑制真核细胞。

Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

抗生和原核性核糖体的关系被发现后，马上就使人意识种情况下，霉也许能抑制真核细胞。

Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

生和原核性核糖体的关系被发现后，马上就使人意识到在某种情况，也许能抑制真核细胞。

Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

抗生素和原核性核糖体关系被发现，就使人意识到在某种情况下，氯霉素也许能抑制真核细胞。

Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

和原核性核糖体的关系被发现后，马上就使人意识到在某种情况下，氯许能抑制真核细胞。

Once the connection between chloramphenicol and the procaryotic ribosome was discerned, it made sense that under certain conditions, chloramphenicol might inhibit eucaryotic cells.

抗生素性糖体关系被发现后，马上就使人意识到在某种情况下，氯霉素也许能抑制真细胞。