Sentence examples for molecular sequence analyses from inspiring English sources
Molecular sequence analyses have allowed to partially identify the origins of genes.
Because morphological comparisons and molecular sequence analyses have often led to contradicting hypotheses, there is a need for additional information.
Concerning molecular studies, comparisons of hemocyanin sequences [ 17] and molecular sequence analyses [ 9, 18- 20] added support to this classification.
In traditional classifications, these two taxa are separated from the other Phasianidae, whereas molecular sequence analyses support a position of Tetraoninae and Meleagridinae deeply within a clade including the other Phasianidae [ 8- 11].
Our molecular sequence analyses of M COX2e indicate that both the primary and secondary structures of the M COX2e region are evolving much faster than other regions of the F and M COX2-COX1 gene junction.
Molecular sequence analyses were also used to evaluate the phylogeographical evolutionary history of the taxon as its present distribution, similar to that of other Neotropical organisms [ 14- 22], can contribute to better understand the respective influence of Pleistocene versus Miocene biogeographical events in generating diversity in the Neotropics.
AKS was responsible for the majority of the molecular methods, sequence analyses and drafting of the manuscript.
In contrast, molecular sequence-based analyses suggest Alligatoridae (alligators and caimans) as sister to all other crocodilians and support a gharial + false gharial clade (e.g., Gatesy et al. 2003; Harshman et al. 2003; Janke et al. 2005; Meganathan et al. 2011; Oaks 2011).
Brinkworth et al have made use of the available crystal structures, molecular modelling and sequence analyses of kinases and substrates to predict the optimal substrate peptides [7].
TS carried out the molecular sequence alignments and analyses, and the fossil review.
In conclusion, our results from genetic, molecular, and promoter sequence analyses show that c1 and r1 are required for pr1 expression in the anthocyanin biosynthetic pathway and suggest a direct binding of C1 to the Pr1 promoter region.
