Sentence examples for have contributed to evolutionary from inspiring English sources

An outstanding question remains how, if at all, transposable element proliferation may have contributed to evolutionary events that took place in this group of sunflowers.

Many works have contributed to evolutionary knowledge by manually inspecting species from the same lineage based on gene distribution [ 24, 26- 29].

Data from LGN and mInsc mutants suggest that oblique oriented divisions give rise to oRGs [ 40,41,57 ], pointing to the intriguing possibility that oblique spindle orientation may have contributed to evolutionary expansion of the human cerebral cortex.

This is an example of allopolyploidization, the combination of the genomes from two different species that has contributed to evolutionary innovation, adaptation, speciation and domestication.

Inhibition of IGF-I signaling is (at present) the only known genetic manipulation that extends lifespan in multiple species, so it is tempting to ask whether this pathway has contributed to evolutionary extension of lifespan within the mammalian lineage.

Because of SOC1's diverse roles in environmental control of flowering, the expansion and subfunctionalization of the SOC1 subfamily may have contributed to the evolutionary diversification of Eucalyptus by integrating multiple signals into flowering responses relevant to different geographical zones.

The true placenta of the placentals allows for a longer developmental period within the protection of the womb, a factor considered to have contributed to the evolutionary success of the group.

It is obviously becoming harder and harder to keep up and to formulate a synthetic comprehension of evolution, both for ourselves and for our students, yet what a great example of the cumulative nature of science that we now understand something of how all these various factors have contributed to the evolutionary process.

This protective shield provided by local CD11c+ cells may have contributed to the evolutionary adaptation of other infectious agents to survive within granulomatous lesions.

As a result, the WGD might have contributed to the evolutionary and pathogenic success of Phytophthora.

It is possible that the expansion of plant group I might have contributed to the evolutionary success of flowering plants.