Sentence examples for most complex organism from inspiring English sources

**What's the most complex organism that has successfully been cryogenically frozen and reanimated (e.g., using methods like those of Alcor Life Extension Foundation)?

One international project is making synthetic chromosomes for yeast - the most complex organism for which this has been attempted.

The more complex and developed its structure, the more sophisticated its spiritual life; from the lowest soul-life of plants, through our own mental life, which is just the inner side of our bodies, through the soul-life of the planets and stars up to the most developed spirit of all, God, the consciousness which corresponds to the most complex organism there is, the cosmos itself.

Pandorina is the largest and most complex organism in the volvocine lineage that still exhibits isogamous sexual reproduction.

Pandorina is moreover the largest and most complex organism in the volvocine lineage that still exhibits isogamous sexual reproduction [ 2, 4].

In the most complex organisms, instinctive behaviors may be "goal-corrected" with continual on-course adjustments (such as a bird of prey adjusting its flight to the movements of the prey).

Most complex organisms have asymmetric bodies, and failure to establish these body asymmetries can result in disease and other disorders in humans.

Multi-level selection theory has proposed that the most complex multicellular organisms likely arose through clonal development rather than by aggregation of genetically diverse cells, since intra-organismal competition in the latter might be expected to be evolutionarily unstable (Grosberg and Strathmann, 2007; Michod, 2007; Newman, 2012).

Many new species pop up in the aftermath of mass extinctions, but not all mass extinctions cause a sea change: A new study finds that like often replaces like, and that only three of history's five big extinctions were drastic enough to give the newest--and often most complex and adaptable organisms--the foothold they needed to dominate the oceans.

In addition to taxonomic implications, this profound reorganization of the archaeal phylogeny has also consequences on our appraisal of the nature of the last archaeal ancestor, which most likely was a complex organism with a gene-rich genome.

This reconstruction clearly indicates that the last common ancestor of the extant Archaea was a complex organism, most likely with over 2,500 genes, and that the principal trend in subsequent evolution of almost all archaeal lineages was gene loss leading to genome streamlining.