Sentence examples for morphological analyses suggest from inspiring English sources

However, preliminary morphological analyses suggest that all the different populations included in the present study are very homogeneous (unpublished data).

Previous morphological analyses suggest that the sepioid orders are likely monophyletic (e.g. [ 26, 27, 55, 56]), but molecular data has been unable to recover consistent monophyly (e.g. [ 22- 247 49, 49, 51, 53, 57]).

Morphological analyses suggested that the eight Alternaria strains, though they all carried the AM toxin genes, probably belong to different but closely related un-described Alternaria taxa in the A. tenuissima species-group based on morphological and chemical differences.

Fourier transform infrared spectroscopy confirmed an adequate physical interaction between bitumen and wPET/GTR blend, while morphological analyses suggested deterioration of interaction upon increase of GTR content, which can be ascribed to the cross-linked structure of GTR.

Most recent morphological analyses suggested a common origin with either the equally enigmatic Rhodopemorpha [ 10], the diaphanid cephalaspidean Toledonia [ 25], or with runcinid or philinoid cephalaspideans [ 22, 33].

Together, the fine morphological analyses suggested that in the CAG-Dkk1 embryos, the medial SE region, which is derived from the neural plate border, possessed the characteristics of NE.

These molecular results (and the results of combined morphological and molecular analyses) suggest that some estimates of squamate phylogeny based on morphology may have been misled, especially by convergence associated with adaptations to burrowing [ 19].

The results in combination with karyomorphological, rDNA FISH patterns, morphological and phylogenetic analyses suggest a new section Laosianum to accommodate this species in the current sectional circumscription of subgenus Paphiopedilum.

The results of our morphological and ultrastructural analyses suggest that the epidermis in queens of E. tuberculatum is an exocrine gland of type I according the classification of Noirot and Quennedey [31], representing therefore a glandular epithelium.

Overall, the morphological and behavioral analyses suggest that (i) unc-104 bris is a hypomorphic allele and (ii) defects are solely caused by loss of neuronal Unc-104 function.

Regardless, although morphological and phylogenetic analyses suggest that aplastidic (osmotrophic, bacteriovorous and eukaryovorous) euglenids are paraphyletic in euglenid phylogenies, Peranema-like eukaryovores are sister to phototrophic euglenophytes and possibly form a monophyletic group with them [ 49].