The image illustrates the endosymbiotic theory of eukaryotic cell evolution. An ancestral eukaryotic cell engulfs a bacterium, leading to the formation of mitochondria. This cell also developed an endomembrane system, creating the nucleus, ER, and Golgi apparatus. A second endosymbiotic event involving a cyanobacterium resulted in the formation of chloroplasts. This process led to different eukaryotic cells, including animal and fungal cells, and eukaryotic cells like plants.

B.Y.C

Nov 26, 2021, 10:19 PM

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endosymbiosis

eukaryotes

mitochondria

chloroplasts

cell biology

The image illustrates the endosymbiotic theory of eukaryotic cell evolution. An ancestral eukaryotic cell engulfs a bacterium, leading to the formation of mitochondria. This cell also developed an endomembrane system, creating the nucleus, ER, and Golgi apparatus. A second endosymbiotic event involving a cyanobacterium resulted in the formation of chloroplasts. This process led to different eukaryotic cells, including animal and fungal cells, and eukaryotic cells like plants.

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