Sentence examples for molecular data confirmed from inspiring English sources
Molecular data confirmed that the hypogeous genus Hymenogaster is linked through secotioid forms to the epigeous mushrooms [8], [10].
1) Molecular data confirmed Aciliini as a monophyletic group.
The molecular data confirmed the identity of the Coliumo strain as Chloroidium saccharophilum based on 18S rDNA and ITS-1 and ITS-2 sequence similarities.
Previous molecular investigations returned similar results [ 7, 9, 10]; molecular data confirmed the placement of the Alaimina and Ironidae within the Enoplida, but other studies were also unable to resolve the exact placement of these taxa.
Epidemiologic and molecular data confirmed a cluster of erythromycin-susceptible, tetracycline- and ciprofloxacin-resistant, C. coli pulsovar 1 infections in MSM in Montreal, Quebec, Canada, during September 2010 November 2011.
Our molecular data confirmed an Australian origin for 13 interceptions, all of them included within the 16 predicted in the MPI database to represent new introductions (a 81.3% success rate; the five equivocal detections were confirmed as local New Zealand origin; Figs 2A and 3A, Tables 1 and S1).
Recent molecular data confirm Adenomera as a natural group with a single common ancestor [ 18, 21].
The present study based on molecular data confirms the distinctiveness of Stathmonotus, but the BI analysis supports its relationship as the sister group of the Paraclinini.
Molecular data confirm the African apes as our closest living relatives and place the CLCA and modern humans recently, perhaps 5 7 Mya (Page & Goodman 2001).
Molecular data confirm the monophyly of the section, although the relationships among the currently recognized species remain poorly understood because phylogenetic analyses suggest that several species are conspecific (Myllys et al., 2011b).
More recent molecular data confirm that the DMelSV type currently found in Europe has recently spread through the host population, with all the viral isolates in Europe sharing a common ancestor ∼200 years ago (C arpenter et al. 2007), which was either due to a selective sweep or due to D. melanogaster acquiring the virus from another species.
