The Evolution of Eukaryotic Cells Most Likely Involved:

As shown in the Figure below endosymbiosis came about when large cells engulfed small cells. A cell with a greater surface area is more efficient at exchanging nutrients and waste with its environment.

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The first eukaryotic cells - cells with a nucleus an internal membrane-bound organelles - probably evolved about 2 billion years ago.

. Then this smaller bacteria must remain in symbiotic association with the larger bacteria and it must evolve in organelles like chloroplast or mitochondria and the larger prokaryotic cell must be evolved in an Eukaryota cell. The evolution of eukaryotic cells most likely involved. The evolution of eukaryotic cells most likely involved _____.

B anaerobic archaea taking up residence inside a larger bacterial host cell to escape toxic oxygenthe anaerobic bacterium evolved into chloroplasts. Endosymbiosis of an oxygen-using bacterium in a larger host cellthe endosymbiont evolved into mitochondria. The organelles are thought to have been acquired as a result of the association of prokaryotic cells with the ancestor of eukaryotes.

Eukaryotes are much larger than the more primitive prokaryotic cells. The evolution of the Eukaryote cell is most likely involves the endosymbiosis of an smaller bacteria that might be aerobic bacteria by a larger bacteria. Asked Aug 23 2015 in Biology Microbiology by MontREALady.

The small cells were not digested by the large cells. A critical step in the evolution of eukaryotic cells was the acquisition of membrane-enclosed subcellular organelles allowing the development of the complexity characteristic of these cells. B anaerobic archaea taking up residence inside a larger bacterial host cell to escape toxic oxygen-the anaerobic bacterium evolved into chloroplasts.

A endosymbiosis of an aerobic bacterium in a larger host cellâthe endosymbiont evolved into mitochondria. The evolution of eukaryotic cells most likely involved A endosymbiosis of an aerobic bacterium in a larger host cellthe endosymbiont evolved into mitochondria. This is explained by the endosymbiotic theory.

Evolution of an endomembrane system and subsequent evolution of mitochondria from a portion of the Golgi. A flexible outer boundary on a cell allows it to expand more. Flexible cell boundaries can also bend and fold to create more surface area.

Endosymbiosis of an oxygen-using photosynthetic bacterium in a larger host. 14 The evolution of eukaryotic cells most likely involved A endosymbiosis of an aerobic bacterium in a larger host cell-the endosymbiont evolved into mitochondria. B anaerobic archaea taking up residence inside a larger bacterial host cell to escape toxic oxygenâthe anaerobic bacterium evolved.

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