Sentence examples for morphological data we from inspiring English sources

Based on this and the phylogenetic and morphological data, we propose three new species of Pseudotrichonympha as detailed below.

Based on EEF2 and some morphological data, we propose an alternative eukaryotic supergroup that includes cryptophytes, katablepharids, haptophytes, rhodophytes, and Viridiplantae.

In summary, the genetic, physiological and morphological data we gathered in this study support the idea that larval melanism in insects arises through different molecular mechanisms in different species.

Based on molecular and morphological data, we show that D. endobranchia is a member of the Neotropical canalinea species group (within the repleta radiation, sensu Throckmorton [4]) and, contrary to what was first assumed, actually quite closely related to the other Caribbean crab fly, D. carcinophila.

To determine if gene flow between rabai and albigula was primarily occurring on Mt. Kanga as suggested by the STRUCTURE assignments and morphological data, we conducted a separate IMa analysis with the individuals from Mt. Kanga excluded.

With this multilocus data set and with references to recently collected morphological data, we aim to provide the best estimate of diversity in the genus Cheirogaleus currently possible and test the exclusivity of the seven recognized species.

To confirm the morphological spine data, we determined whether A β also affects the levels of pre- and postsynaptic proteins and analyzed PSD-95 (postsynaptic) and synaptophysin (presynaptic) levels in lysates of non-transgenic and arcA β-transgenic cultures.

By combining these morphological data with equation (5), we can calculate the hydrodynamic differences between the ecotypes (Fig. 5).

Although previous studies of mouse lemur evolutionary diversity have included morphological data [28], [37], here we focus primarily on genetic data sampled from mtDNA and four independent nuclear loci.

Finally, we suggest that the lack of concordance between molecular evidence and morphological data could be explained if we take into consideration that craniofacial variation among human populations could mainly result from the action of non-random factors such as directional selection and phenotypic plasticity.

Using a combination of morphological and genetic data, we aim to establish if the pattern of morphological differentiation in the Tiny Greenbul (Phyllastrephus debilis) is the result of disruptive selection along an altitudinal gradient or a consequence of secondary contact following population expansion of two differentiated lineages.