Sentence examples for morphological resemblance to from inspiring English sources

Hybrid genital morphology was not intermediate between parental species and the morphological resemblance to parental strains was cross-dependent.

Interestingly, the recently uncovered pithoviruses are phylogenetically closer to the mimivirus/marseillevirus group despite a morphological resemblance to pandoraviruses that have ovoid rather than icosahedral morphology [[ 3]].

Thus, not only have the naturalized plants in North America retained their morphological resemblance to their counterparts in Europe, but their seed ecophysiology also closely resembles them.

Leaf and cone fossil fragments stretching back to the Jurassic Period (200 to 145 million years ago) also bear a strong morphological resemblance to Wollemia.

Although the images clearly showed that the organic matter discovered had no morphological resemblance to microbes, it is also clear form the Raman spectra that this organic matter must have been microbial in origin.

Some Exmoor fanciers claim that the breed has been purebred since the ice age, a claim unsupported by modern DNA research, although a close morphological resemblance to the primitive wild horse has been noted.

DPC 17624 shows some occlusal morphological resemblances to G. hylaeus in having a relatively high crown, a short and labially interrupted metalophulid I, and a relatively straight diagonal crest, and in lacking an anterior arm of the hypoconid and an anterior arm of the entoconid.

Tumors belonging to the clear cell subtype not only show morphological resemblances to clear cell carcinomas of the kidneys, but also their gene expression profile has been reported to share similarities with that of these tumors (Zorn et al., 2005).

Fischer and Tassy [ 15] take the position that alleged hyracoid morphological resemblances to tethytheres are either convergences or misconstrued, on the argument that hyraxes are in fact perissodactyls or closely allied to them.

Meanwhile, the engineered joint condyle cartilage demonstrated rudimentary morphological and structural resemblance to native cartilage.

The morphological resemblance of WAT to that of BAT, and the increased mitochondrial activity in WAT of Fsp27−/− mice, suggest that Fsp27−/− WAT might have acquired BAT-like properties.