Sentence examples for these recombinants from inspiring English sources

Take cluster 1 for example, these results indicated the following: (1) The 33 recombinant sequences in this cluster were closely related to each other and shared a common ancestor; (2) all 33 recombinants in the cluster shared a common recombination event (recombination event number 19); (3) all these recombinants exhibited the same recombination pattern.

One common feature of these recombinants was that recombination crossover sites contained a stretch of sequence that was identical in both parental molecules.

Of these recombinants, line #060501 had a recombination point between marker 3 and marker 4. Another line, #060120, generated a recombination between marker 4 and marker 5. Markers 3 and 5 originated from the end sequences of MiB300H01 (Table 1).

Therefore, there is no drug selective pressure associated with generation of recombinants in China, and these recombinants represent the occurrence of natural recombination.

Analysis of these recombinants has suggested that the majority of recombination points are located near or within the ORF1/ORF2 overlap [ 2, 3].

These recombinants were detected for their ability to inhibit papain activity as well as to arrest fungal growth.

These recombinants can be grouped into six genotypes (G1 to G6) according to their positions of recombinant breakpoints and allelic composition (Fig. 3).

Then, these recombinants were analyzed for the genotypes of the DNA markers encompassed by C11112 and C1016 to localize the HWC2 locus.

Using a vector of this design, we found (a) that correctly targeted recombinant cells lacking the 180 kb DNA segment occurred at a low but usable frequency, (b) that these recombinants expressed the modified IgH locus at the same rate as the original hybridoma and (c) that IgH expression in these cell lines was stable.

These recombinants represented a remarkable amount of genetic variability (Fig. 3c).

These recombinants could represent the minor genotypes detected by the resequencing microarray.