Title: Why are archaea in a separate domain from bacteria | Do You Know
Headings: Why are archaea in a separate domain from bacteria
Why are archaea in a separate domain from bacteria
Why are archaea in a separate domain from bacteria
Al-Arkia Group is distinguished by the following:
There are three main types of archaic bacteria.
Among these main groups there are some under the groups, and they include:
Why are archaea in a separate domain from bacteria?

Content: However, it is now found in all environments such as soil, oceans, marshes and swamps, and it is present in large numbers in the oceans. Plankton or plankton may be one of the most abundant groups on this planet and it is now a part On the one hand, there are no clear examples that show that Archaea are pathological or parasitic creatures that often take on the relationship of coexistence or habituation, but there is an example. One of them, which is the methanogens that live in the intestines of humans and ruminants, where easy access to digested materials, and methane generators are used in the biological production of gas and in wastewater treatment, in addition to the enzymes taken from the Extremophile that bear high temperatures or organic solvents can be exploited In biotechnology. The taxonomy of Archaea and prokaryotes is a continuous and rapidly developing field. The current classification systems aim to organize Archaea into groups of organisms that share common compositional traits and common ancestors. These classifications rely heavily on the use of rRNA genes to find the relationship between these organisms. Most of the cultivated species and the well-studied species from Archaea are members of two major divisions, Crenarchaeota and Euryarchaeota, and other groups have experimentally created, for example, exotic species such as equitans Nanoarchaeum, which was discovered in the year 2003 and was given a division of itself known as Nanoarchaeota. There is a new phylum. Korarchaeota, which includes a small group of thermophiles that have characteristics in common with the two main phyla, suggested that they are more closely related to “Crenarchaeota.” There are newly known species of Archaea that are not related to any of these groups, such as ARMAN, which was discovered in 2006 and is among the smaller known organisms, Archaeal Richmond Mine Acidophilic Nano organisms.