The archaebacteria kingdom is one of the six kingdoms. Organisms in this kingdom are also called Bacteria; they are unicellular and live in very extreme environments.
The "common bacteria" belongs to another kingdom; the Eubacteria kingdom, bacteria in this kingdom differ from bacteria in the archaebacteria kingdom and they do not live in extreme environments.
Exteremophiles. Not all Archaea are Exteremophiles, and not all extremophile are Archaea. There are examples of mesophilic Arachea species, which are species that thrive at a moderate temperature. There are also examples of bacterial and multicellular extremophiles.
Extremophiles are organisms that live in extreme environments. Some of these environments include areas of high salinity, and extremely hot areas.
Archae also known as extremophiles because they love to live in extreme environment or condition.
EXTREMOPHILES:
philic : loving.
It can survive in extreme conditions, including without sunlight and oxygen, unlike eubacteria
An extremophile is any microbe that thrives in extreme conditions of temperature, pressure, salinity, or concentrations of hostile chemicals. Many extremophiles belong to the kingdom Archaea, also known as Archaebacteria, and most known Archaebacteria are extremophiles. There are also extremophiles to be found outside the kingdom Archaea; for example there are bacteria and eukaryotic prokaryotes that are extremophiles, as well as species of worm, crustacean, and krill.
Another name for extremophiles is Archaea.
extremophiles
most bacteria thrive in heat, multiply faster. But at very high temperature, they stop growing. Some bacteria have the ability to survive at temp of more than 100 degrees Celsius. They are known as extremophiles
Domains: Bacteria Archae Eukarya Kingdoms: Eubacteria Archaebacteria/Archae Protista Animalia Fungi Plantae You're on your own from there.
An extremophile is any microbe that thrives in extreme conditions of temperature, pressure, salinity, or concentrations of hostile chemicals. Many extremophiles belong to the kingdom Archaea, also known as Archaebacteria, and most known Archaebacteria are extremophiles. There are also extremophiles to be found outside the kingdom Archaea; for example there are bacteria and eukaryotic prokaryotes that are extremophiles, as well as species of worm, crustacean, and krill.
Archae are not known to cause disease in human.
Archae is the third major domain of life on earth with similarities to both Eukaryotes and Prokaryotes. Their main differentiating features are that they have different rRNA genes on their 17s small ribosomal subunit, ether linked fatty acids (as opposed to ester links in the other 2 domains), a cell wall similar to gram positive baceria yet lacking peptidoglycan and instead having pseudopeptidoglycan, as well as major differences in the structure of their flagella. Archae are most widely known for their presence in highly inhospitable environments and are known as extremophiles.
Extremophiles are a danger to human health. Extremophiles can be a danger to plants.
If by extremophiles you mean anaerobic extremophiles, the answer is oxygen.
Another name for extremophiles is Archaea.
extremophiles
It is thought that the first organisms were the archae (extremophiles) as they live and thrive in extreme conditions such as extreme heat or acidic areas. These areas mimic the environment of Early Earth and are the only organism we know of that could have possibly survived 4 billon years ago
Archaeology is Greek history and archae means first so, archae means to go back to the first people.
An extremophile or thermophile is a type of organism that thrives on cheese. They are commonly known as little extremophiles as mentioned in Aeyron's "Ride The Comet". As depicted in the song they are own their own, they must find their way home and that they are the future and need to pass on their genes. For further information on Extremophiles please visit Al_Dog.com for discussion on the topic.
no
most bacteria thrive in heat, multiply faster. But at very high temperature, they stop growing. Some bacteria have the ability to survive at temp of more than 100 degrees Celsius. They are known as extremophiles