This is a relatively complicated question as the exact origins of mitochondria and how they came to be included in eukaryotic cells is still under investigation and therefore open to debate.
Everyone seems to agree though, that they originally come from bacterium and that they were assimilated into eukaryotic cells either because they were useful or through some form of symbiosis.
As mitochondria are common to both plant and animal cells it could therefore be argued that they shared a common ancestor at some point in evolution.
The inclusion of the chloroplast came later, and a separate line of mitochondrial and chloroplast carrying cells evolved - eventually becoming plants. The line without the chloroplast becoming animals.
No. As far as many scientists are concerned, mitochondria have no colour. Chloroplast, the organelle which creates glucose in plants, is green.
No,it is not the only organelle. Many other organelles have double membranes. Ex: Chloroplast,lysosoem,vacuole etc
Chloroplast Cilia Flagella Endoplasmic Reticulum Lysosome Golgi body Cytoskeleton Nucleus Nucleoli Ribosomes Mitochondria Vacuoles Cell Wall Chromosomes Cell Membrain
Chloroplasts consist of a double membrane, thylakoid membranes arranged in stacks called grana, stroma (fluid inside the chloroplast), and contain their own genetic material in the form of circular DNA.
100 times larger
Both of them have to membranes. those are inner and outer.
Enzymes present in many organells.As examples lysosomes,cytoplasm,mitochondria,chloroplast.
No. As far as many scientists are concerned, mitochondria have no colour. Chloroplast, the organelle which creates glucose in plants, is green.
No,it is not the only organelle. Many other organelles have double membranes. Ex: Chloroplast,lysosoem,vacuole etc
About 4 times larger
It is 100 times larger
There is a theory that chloroplast and mitochondria were independent organisms. Since they were, they would have their own DNA. And it is true that they do. It is interesting that you get your mitochondria from only your mother. There are many studies have used mtDNA to trace the evolution and migration of human species, including when the common ancestor to modern humans and Neanderthals lived.
It is approx 344 times larger (which is not the same as how many times as large).
10 times larger.
100 times larger.
It is 10 times larger.
7 times larger