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There are many mitochondria within one single eukaryotic cell. Plants (also EUkaryotes) have taken up chloroplasts (which also used to be free-living prokaryotes) as well as mitochondira. Chloroplasts turn photons into energy. Archaea don't have mitochondrions in them-they make energy in other ways.here are currently 3 domains-Prokaryota, Eukaryota and Archaea. The prokaryotes are best known as bacteria. The Eukaryotes are what you and I are made of, what every mammal, bird, fish, insect, fungus, plant...(I'm no zoologist but the list does go on!) is made of. Don't worry about the Archea 'til you get to Uni!
Differences Â¥Unlike bacteria, archaea cell walls do not contain peptidoglycan. Â¥Archaea have different membrane lipid bonding from bacteria and eukarya. Â¥There are genetic differences. Â¥Archaea have different metabolic pathways. Metabolic differences: Â¥ Archaea are very metabolically diverse, so they are hard to generalize. Â¥ Archaea do not use glycolysis pathway to break down glucose (though they do use similar pathways). Â¥ Many archaea do not have functional KrebÃs cycle pathways (but some do). The Taxonomy of Archaea The domain Archaea is divided into 2 main divisions (or kingdoms): Â¥ Crenarchaeota Â¥ Euryarchaeota Archaea: major metabolic groups =