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prove their theory are pure symbiosis—bacteria that live in cows, in termites, or in legumes in gall tumors. Other examples include lichenized fungi (a symbiosis between a green alga or cyanobacterium and a fungus) and other life that exists in a symbiotic relationship. Another problem

prove their theory are pure symbiosis—bacteria that live in cows, in termites, or in legumes in gall tumors. Other examples include lichenized fungi (a symbiosis between a green alga or cyanobacterium and a fungus) and other life that exists in a symbiotic relationship. Another problem

is that life forms most active in exchanging genes are supposedly the most primitive (such as bacteria). We would expect, if the basis of evolution was the exchange of genes, then those life forms most active in exchanging genes would evolve faster. Bacteria are by far the most active known

is that life forms most active in exchanging genes are supposedly the most primitive (such as bacteria). We would expect, if the basis of evolution was the exchange of genes, then those life forms most active in exchanging genes would evolve faster. Bacteria are by far the most active known

gene exchangers, yet are considered by evolutionists among the most primitive, lowest evolved, life forms known. As a result of this problem, symbiogenesis has been widely criticized—even in the introduction to the major recent work on symbiogenesis.<ref>http://creation.com/images/pdfs/tj/j17_2/j17_2_19-25.pdf</ref>}}

gene exchangers, yet are considered by evolutionists among the most primitive, lowest evolved, life forms known. As a result of this problem, symbiogenesis has been widely criticized—even in the introduction to the major recent work on symbiogenesis.<ref>https://creation.com/images/pdfs/tj/j17_2/j17_2_19-25.pdf</ref>}}

An example for Symbiogenesis is the [[Endosymbiotic hypothesis]].

An example for Symbiogenesis is the [[Endosymbiotic hypothesis]].