Sentence examples for morphological analyses that from inspiring English sources

Sauer & Hausdorf [ 16, 38] noted an oversplitting in all different species delineation approaches when these are compared to morphological analyses that include characters directly involved in speciation patters (i.e., morphology of genitalia).

The hominoid wrist has been a focus of numerous morphological analyses that aim to better understand long-standing questions about the evolution of human and hominoid hand use.

This pattern is supported by morphological analyses that show similarities in cranial characters among North African and Asian lions, and separate these two populations from sub-Saharan African lions [ 25, 26].

Here we discuss recent molecular and morphological analyses that highlight possible themes of gamete interaction with the female reproductive tract and draw comparison of sperm storage organ design in Drosophila and other animals, particularly mammals.

For example, the mitochondrial sister relationships of Capra sibirica to Hemitragus jemlahicus and Bos (Bison) bonasus to Bos taurus, which result in the polyphyly of Capra and the bisons, are contradicted by both nuclear genomic and morphological analyses that both support the monophyly of these two taxa [ 97- 102].

Post-hoc morphological analyses revealed that the recorded cells (n = 42) had the characteristic morphology of NG2-expressing glial cells.

Morphological analyses showed that C. albicans changed from a blastospore to a hyphal form at later infection periods.

Morphological analyses revealed that pre-vascular networks composing of HUVECs were formed in all the triple layer constructs.

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.

Morphological analyses showed that the PPC scaffolds treated with 0.05 mg/ml chitosan solution provided the best micro and nanofiber structure with abundant chitosan nanofibers but without the formation of films.

Morphological analyses indicate that the articular surfaces of the unguals are inclined, suggesting mobility in vertical and horizontal planes [78], [79], [81] [83].