Sentence examples for transposition products from inspiring English sources

The increases in the transposition products closely paralleled the increase in the Tetr-labeled transposition products in the R+ cultures and in the R− cultures.

There is no evidence for de novo formation of the transposition products during this period.

The R− transposition products and the R+ transposition products showed the same higher rate of increase in the frequency when added to the R+ culture (Tubes 2 and 3).

In this way, we were able to detect transposition products for the R− cultures (Figure 3B, upper panel, open square).

This suggests that there is restriction-dependent selection for the transposition products (against the R+ parental clones).

One is contribution of restriction enzyme action to generation of transposition products in some way (Figure 1B (ii)).

We picked and marked one R+ Ampr Cmr transposition product clone (and one R− Ampr Cmr transposition product clone) with a tetracycline-resistance gene (Tetr) (Table S1).

The other is relative growth advantage of the preformed transposition product cells over the other cells that is greater in the R+ culture than in the R− culture; in other words, selection of the transposition product cells (Figure 1B (i)).

The R-dependent increase of the transposition product from hour 12 to hour 24 (Figure 3B) was likely due to selection against the cells without transposition through restriction enzyme action on them (Figure 1B (i)).

Transposition reaction products were then electroporated into E. coli DH10B cells, and proper clones were selected on plates containing ampicillin and kanamycin.

Using selection for ampicillin and kanamycin resistance, transposition reaction products were cloned into the targeting vector as a pool, generating a plasmid library of ∼3,100 AmpR/KanR clones.