you can find methanobacterium in warm soggy places like marches or in busy mucky places like in an office
Archaebacteria are single cell microbes that have no nucleus nor any organelles bound by a membrane. More commonly known as archaea, 20 examples of this organism include methanobrevibacter smithii, thermococcus celer, fervidicoccus, aeropyrum pernix, cenarchaeum symbiosum, halorubrum salsolis, pyrococcus woesei, haloquadratum walsbyi, gemmatimonas aurantiaca, methanococcoides burtonii, pyrolobus fumarii, thermoleophilum album, haloferax volcanii, methanothrix soehngenii, nanoarchaeum equitans, thermococcus alcaliphilus, methylosphaera hansonii, picrophilus torridus, thermococcus hydrothermalis, and acidianus hospitalis.
Yes. The word "classification" is singular.
The plural of "classification" is "classifications."
Madalynne Braseltonstellar classification is the classification of stars based on their spectral characteristics
Archaebacteria often thrive in little to no oxygen and in unfavorable conditions. Three organisms that is found to be archaebacteria are Thermus aquaticus, Pyrococcus furiosus, and Deinococcus radiodurans.
The scientific name would be Acmena smithii.
The bacterium that produces methane gas in the gut is called Methanobrevibacter smithii. It is a type of archaea that resides in the human digestive system and plays a role in methane production during the breakdown of food.
The scientific or taxonomic name would be Agropyron smithii.
One example of a species under the kingdom Archaea is Methanobrevibacter smithii, a methane-producing microorganism found in the gut of humans and other animals. Archaea are single-celled microorganisms often known for their ability to thrive in extreme environments.
Wyeomyia smithii was created in 1901.
Mylothris smithii was created in 1879.
Rhodeus smithii was created in 1908.
Gonodactylus smithii was created in 1893.
Thermophiles (heat-loving bacteria)Halophiles (salt-loving bacteria)Methanogens (methane producing bacteria)
Microbes are prokaryotic organisms, meaning they have no cell nucleus and they have the ability to replicate themselves. Microbes can be classified into 5 categories, namely: archaea, bacteria, fungi, protest, viruses, and prions.
AnswerOf the 10 trillion cells in the human body, only about 1 trillion of them are Homo sapiens. The other 9 trillion are microbes living in every nook and cranny in and on the body. Nearly all of them are symbiotic, producing what nutritionists call "non-essential" amino acids and fatty acids (which we don't need in our food because microbes make them for us), important co-factors and vitamins, and crowding out or even fighting away pathogens.The most common microbe by far is an intestinal Archaeon named Methanobrevibacter smithii, the main source of methane in human flatulence (necessary to keep the large intestinal contents moving; a lack of M. smithii can cause fatal levels of constipation). At numbers greater than 1 trillion, there are more M. smithii cells in the human body than there are H. sapiens cells.I read a quote that was titled "Cheaney's Second Law": "We are not so much human as we are walking, talking bacterial ecosystems."
Archaebacteria are actually not animals. Animals are multicellular organisms comprised of eukaryotic cells (having a nucleus). Archaebacteria are single celled prokaryotes. They are not considered bacteria and are considered a separate domain in the three domain system (the other two are bacteria and eukarya).Archaebacteria tend to live in extreme environments. One example is methanopyrus kandleri which can live at temperatures above 100 degrees celsius (above the boiling temperature of water) and was discovered living in sea vents on the ocean floor. Another example is methanobrevibacter smithii which is found in the human digestive system.