Sentence examples for more complex eukaryotes from inspiring English sources

Subsequently, ZIP-family transporters that can transport iron and zinc have been identified in essentially all eukaryotic genomes, with more complex eukaryotes expressing many different copies of ZIP-family genes (Lye et al., 2012; Jeong and Eide, 2013).

That will have practical applications, since yeast is both a model for the biochemistry of more complex eukaryotes, including people, and an industrially important organism.

These trends, the team speculates, may reflect broad evolutionary changes between single-celled prokaryotes such as E. coli, more complex eukaryotes such as green algae and simple multicellular organisms such as tiny shrimp.

Since actin is among the most highly conserved proteins known, we long believed that the results we obtain from studies in yeast would be directly transferable to more complex eukaryotes including humans.

These in turn developed into more complex eukaryotes with nuclei--the ancestors of today's plants and animals.

However, they have been unable to decide which prokaryotic group gave rise to the seemingly more complex eukaryotes that evolved into the myriads of multicellular plants and animals.

It includes bacteria with simple cell organization and more complex eukaryote-like compartmentalization. Lifestyles range from free-living organisms to obligate pathogens.

But it took longer to appreciate that gene transcription is far more complex in eukaryotes, higher organisms that include all plants and animals.

Cell cycle and transcriptional processes are more complex in eukaryotes due to DNA packaging in chromosomes and intricate regulation respectively.

Moreover, not only is transcription more complex in eukaryotes and metazoa than in prokaryotes, the same holds for the translation of the message and its regulation.

(E) Nevertheless, on the way to the evolution towards more complex photosynthetic eukaryotes, the 'pre-plant form' eventually acquired a broad number of new introns such as in C. reinhardtii, gymnosperms and angiosperms (e.g., A. thaliana ), but conserving the blue and red introns.