Sentence examples for evolution of organisms and from inspiring English sources

Circadian rhythms are important to the evolution of organisms and human health, and recent studies proved that post-translational circadian clocks widely exist in all phyla.

It simulates the genetic evolution of orGAnisms, and its generic usage is as an optimization method.

They acquired knowledge of the origin of the Earth, through the first plants and animals and the evolution of organisms, and were introduced to human evolution.

Nevertheless, an increasing consensus has appeared during the last decades on the critical importance of changes in the physical environment, rather than biotic interactions themselves, for the evolution of organisms and ecosystems at large spatial and time scales [ 8- 11].

As such, robust measures of species delimitation and boundaries are crucial to understanding the evolution of organisms and how best to manage biodiversity in the face of increased anthropogenic pressure.

The analogy between evolution of organisms and evolution of cell populations is compelling: in both cases what drives change is mutation, but it is Darwinian selection that enables clones that have a growth advantage to expand, thus providing a larger target size for the next mutation to hit.

It also publishes studies on the evolution of organisms, ecosystems, and the biosphere and provides invaluable information on global biostratigraphy with an emphasis on Eastern Europe and Asia.

DNA sequencing uncovered whole genome duplications at key transition points in evolution of organisms from bacteria and yeasts to flowering plants and vertebrates.

Detailed analyses of algal genomes not only provide important information for research into functional genomics, but also increase our understanding of the physiology, environmental adaptation mechanisms, morphogenesis and evolution of organisms (especially the origin of photosynthetic organisms) and their evolution into land plants.

Consider the relationship between protein fold and function, cellular polarity and development, the geographic distribution of organisms and evolution, and the interactions between each of these scopes.

These interests span field and laboratory studies that are key to understanding the evolution of organisms, how biodiversity is generated and maintained, how organisms work, and how organisms interact with their environment.