Sentence examples for difference in transposition from inspiring English sources

The above results strongly suggest that the difference in transposition frequency between the R+ culture and the R− culture at hour 24 (Figure 3B) is mainly ascribed to the difference, in the further growth of the transposition products already present at hour 12, between the two cultures.

This difference in propagation pattern points to a difference in transposition mechanism.

Finally, the solid box shows the difference in transposition rates between two sibling male seed mice, one hemizygous and one homozygous for the transposase transgene.

Moreover the two transposable elements show a different pattern of distribution in populations that might be due to their differences in transposition and copy number regulatory mechanisms.

No differences in transposition rates were observed between the two colonisations, or between the two transposable elements considered in this study.

Many of these changes are either in Ty1 transposons, where copy number changes can be explained by differences in transposition rates, or in tandemly-repeated genes, where gene copy number changes can be explained by unequal cross-overs [ 35, 36].

Despite the differences in transposition mechanism and genomic abundance, both retrotransposons and DNA transposons are capable of introducing genetic variation, and some of these variations may have important effects on the course of plant evolution (Lisch 2013).

The data presented here support the notion that the differences in transposition frequency of the eight Ac elements may be a reflection of variability in Ac transcription or accessibility of the transposase to the Ac element, resulting from differences in the chromatin environments wherein the Ac elements are located.

The data presented here support the notion that the differences in transposition frequency of these eight mapped Ac elements may be a reflection of variability in Ac transcription or accessibility of transposase to the Ac element, resulting from differences in the chromatin environments wherein the Ac elements are located.

This result indicates substantial differences in SB transposition activity based on the experimental conditions utilized.

The differences in Ac transposition frequency reported here might possibly result from structural differences among the Ac elements.