Sentence examples for demonstrated sequence divergence from inspiring English sources

In the case of T. sessile, recent but limited molecular evidence presented in a poster by Smith et al. [56] demonstrated sequence divergence of 9% and preliminary morphological evidence by Hamm [57] together suggest that T. sessile may represent multiple cryptic species.

PLA2 transcripts also demonstrated less sequence divergence among clusters relative to 3FTx sequences.

Previous comparative studies of development between C. elegans and P. pacificus have also demonstrated that sequence divergence is correlated with divergence in a number of developmental processes [ 8– 10].

However, genetic studies have demonstrated high sequence divergence at mitochondrial (Ji et al. 2009; Silbermayr et al. 2010a) and nuclear loci (Jirimutu et al. 2012), excluding the wild camel as the direct ancestor of modern domestic populations.

These results demonstrate that sequence divergence in the short loop region of Bub1 and BubR1 has strong functional consequences.

Comparison of MEAM1 and MED transcriptomes demonstrated that the sequence divergence of pesticide resistance genes may cause functional differences in corresponding enzymes and result in the biological variations [ 37].

Chromosomes 4 and 5 demonstrated more regions of sequence divergence within and outside LCBs but no inversions.

Using comprehensive simulations and a real dataset of ITS2 sequences the authors demonstrated that for higher sequence divergence trees constructed with the help of secondary structure information improve accuracy and robustness.

This analysis demonstrated that mitochondrial sequence divergences were sufficiently high to reconstruct the whole mitogenome of each species without formation of chimerae.

We especially focused on A. barbouri samples (JPB34337, JPB34342, JPB34343, JPB34356) that demonstrated distinctly different sequence divergences to the unisexuals in the two studies [ 5, 19].

By contrast sympatric speciation, that allows a certain level of continuous gene flow between populations, leads to a mosaic genome structure with disparate sequence divergence, as demonstrated in whole genome approaches between closely related animal species [12], [13].