The structure and function of mitochondria are often used as support for the endosymbiotic theory. describe two of these properties and explain how they support the theory.

Mitochondria contains it's own dna. it's structure is a bit different from that of the chromosomes found in the eukaryotic nucleus. from my understanding, it supports the endosymbiotic theory because it contains characteristics similar to single-celled prokaryotic cells despite it being classified as an eukaryotic cell. another function of the mitochondria that supports the endosymbiotic theory is that the mitochondria are responsible for their own reproduction. eukaryotic cells are duplicated by its nucleus, however, despite it being classified as an eukaryotic cell, the mitochondria does all the work on it's own. again, it supports the endosymbiotic theory because it contains characteristics similar to single-celled prokaryotic cells despite it being classified as an eukaryotic cell.

What is the difference between cytokinesis in plant and animal cells? animal cells dived by a cleavage furrow. plant cells divide by a cell plate that eventually becomes the cell wall. cytoplasm and cell membranes are necessary for cytokinesis in both plant and animals.