Sentence examples for molecular data provides from inspiring English sources
Optimizing morphological character state transformations onto topology derived from the analysis of molecular data provides means to discern putative homologies and instances of homoplasy.
Next-generation sequencing, allowing massive de novo acquisition of molecular data, provides a range of new potential applications for evolutionary and ecological-genetic studies in non-model species.
Recently, the accumulation of different kinds of molecular data provides invaluable information on the biology of F. graminearum, which can help to develop effective strategies to fight this fungus.
Recently, the accumulation of different types of molecular data provides insights into the pathogenic mechanism of F. graminearum, and might help develop efficient strategies to combat this destructive fungus.
For example, consider three taxa A, B, and C where A and B are sister taxa and C is sister to A and B. The root is dated to 10 million years (myr) from fossil evidence, and independent molecular data provides estimates of divergence based on the number of substitutions per site.
Maximum likelihood and parsimony analyses of the molecular data provide robust support for an association of H. gigas and D. dugon to the exclusion of living trichechids (manatees).
However, molecular data provide contrasting results and it is far from clear to what extent dispersal limitation determines geographic structuring of microbial populations.
Our molecular data provide suggestive evidence for the mushroom bodies being an integration or "association" area in the honey bee CNS [58].
Because the genome is the same in different life history stages of any given species, molecular data provide another tool that can help elucidate medusozoan life cycles by tying together different life stages.
America was the last continent to be colonized by humans, and molecular data provided by different genetic systems [1], [2] have been extensively employed to shed light on the routes and times of human arrival and dispersion into the New World.
We thank Zhenzhen Zhang for molecular data providing.
