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In contrast, both analyses suggested that no (or minimal) spatial genetic structure was present for S. o. caurina and P. monticola (Fig. 2).
Both analyses suggested that the SNP mutation IFABP-a-SNP1245 IFABP-a-SNP1245 IFABP-a-SNP1245th growas.
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Both analyses suggest that climate affected the location of an activity, not type of activity.
Both analyses suggest that the wedges are stable and that all the half tunnels analyzed are safe.
More importantly, both analyses suggest that all three sub-Saharan African populations have not maintained constant population size, but have instead experienced some amount of growth.
Both analyses suggest that upon infection, host cells are responding to accumulation of small molecules, such as reactive oxygen species and polyaromatic hydrocarbons.
Both analyses suggest that the protein conformation was stable at secondary and tertiary structures.
Both analyses suggest that the G/F domain has low structural complexity and contains a single helix that is preceded and followed by unstructured regions.
The fact that not all genes exist in both analyses suggests that multiple regulatory mechanisms are likely to contribute to change of function.
Both analyses suggest that the seasonality of suicides, whatever the underlying mechanism may yet turn out to be, has incorrectly been attributed to sunlight exposure due to the strong correlation between seasons and sunlight.
The results of both analyses suggest that barley grains and peanut shells could be inadequate carbon sources, because they might lead to a significant cross pollution due to the leaching of nitrogen compounds.
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CEO of Professional Science Editing for Scientists @ prosciediting.com