The evolution of eukaryotic cells has probably involved:
endosymbiosis of an oxygen-depleting bacterium in a
largest host cell – endosymbiont evolved into lysosomes.
endosymbiosis of an oxygen-depleting bacterium in a
largest host cell – endosymbiont evolved into lysosomes.
endosymbiosis of an oxygen-depleting bacterium in a
largest host cell – endosymbiont evolved into lysosomes.
endosymbiosis of an oxygen-depleting bacterium in a
largest host cell – endosymbiont evolved into lysosomes.
B-
the evolution of an endomembrane system and the subsequent evolution of
mitochondria of part of the Golgi apparatus.
B-
the evolution of an endomembrane system and the subsequent evolution of
mitochondria of part of the Golgi apparatus.
B-
the evolution of an endomembrane system and the subsequent evolution of
mitochondria of part of the Golgi apparatus.
B-
the evolution of an endomembrane system and the subsequent evolution of
mitochondria of part of the Golgi apparatus.
vs-
endosymbiosis of a photosynthetic oxygen-consuming bacterium in a
largest host cell – endosymbiont evolved into mitochondria.
vs-
endosymbiosis of a photosynthetic oxygen-consuming bacterium in a
largest host cell – endosymbiont evolved into mitochondria.
vs-
endosymbiosis of a photosynthetic oxygen-consuming bacterium in a
largest host cell – endosymbiont evolved into mitochondria.
vs-
endosymbiosis of a photosynthetic oxygen-consuming bacterium in a
largest host cell – endosymbiont evolved into mitochondria.
D-
endosymbiosis of an oxygen-using bacterium into a larger host
cell – the endosymbiont evolved into mitochondria.
D-
endosymbiosis of an oxygen-using bacterium into a larger host
cell – the endosymbiont evolved into mitochondria.
D-
endosymbiosis of an oxygen-using bacterium into a larger host
cell – the endosymbiont evolved into mitochondria.
d- endosymbiosis of an oxygen-consuming bacterium in a larger host
cell – the endosymbiont evolved into mitochondria.
The evolution of eukaryotic cells probably involves:
The evolution of eukaryotes has been explained by the
endosymbiotic theory. Evidence suggests that mitochondria and
Chloroplasts were bacterial cells. They began to live as symbiotes
(endosymbiosis means that one organism lives inside another
body). Mitochondria were bacteria that breathed oxygen while
The chloroplast was an earlier photosynthetic bacterium. so both
originated from bacterial cells that eventually began to live inside
larger host cells. other membrane-bound organelles, such as the
nucleus, Golgi body and ER from the folds of the
plasma membrane.
d-endosymbiosis of a bacterium that uses oxygen in a larger host
cell – endosymbiont evolved into mitochondria.eLatest Answer Prime posts (see all)