Claim · model-written summary
The authors inferred Mad2 divergence among Metarhizium lineages.
- Taxon
- Metarhizium
Metarhiziume0 - Gene
- Mad2e0
- Outcome
- diverged among Metarhizium lineagese0
Verbatim
e0“Mad2 has diverged among Metarhizium lineages”
Title
Michael Wyrebek Brock University Digital Repository (Brock University) 2013
Other claims from this paper (8)
- Association M. robertsii associated with grass roots, while the other studied species did not.
- Association M. guizhouense associated with wildflower rhizospheres only when M. robertsii co-occurred.
- Association M. brunneum associated with wildflower rhizospheres only when M. robertsii co-occurred.
- Association Outside co-occurrences, M. guizhouense associated exclusively with tree rhizospheres.
- Association Outside co-occurrences, M. brunneum associated exclusively with shrubs and trees.
- Observation Mad2 promoter transcriptional elements varied among Metarhizium isolates.
- Observation The Mad2 phylogeny was more congruent with 5' EF-1a than the Madl phylogeny.
- Mechanism The authors considered plant associations a driver of Metarhizium divergence.