Archarbacteria. Prokaryote and extremeophiles. And Archarbacteria
Organisms that live in extreme environments are often found in domains Archaea and Bacteria. These extremophiles thrive in conditions such as high temperatures, acidic environments, high salinity, or high pressure, where most other organisms cannot survive.
well if you mean by distinguish as diff rent archaebacteria can live in extreme environment and it is an ancient bacteria but eubacteria cant live in extreme environment but it can live in food , air , and also in living things .
Eubacteria are true bacteria found in diverse environments, while archaebacteria are a separate group of single-celled microorganisms that often live in extreme environments. Archaebacteria have unique cell membranes and genetic makeup compared to eubacteria.
Extremophiles, such as Thermus aquaticus and Deinococcus radiodurans, are bacteria that thrive in extreme environments like hot springs and radioactive waste sites. These bacteria have adapted to survive in conditions that would be lethal to most other organisms.
Ancient bacteria can live in very extreme environments. often with little or no oxygen. true bacteria can not do this. Ancient bacteria are often found in hot sulfur springs, muddy environments such as mudflats and swamps, and places deep in the ocean where lava and hot water seep through cracks on the ocean floor. But true bacteria are found EVERYWHERE except extreme environments.
Archea
Archea Bacteria are a domain of organisms that live in extreme environments.
The first cells to evolve in primitive Earth were most likely members of the domain Bacteria. These cells were prokaryotic, lacking a true nucleus, and could survive in extreme environments. Their simple structure and ability to adapt to various conditions allowed them to thrive and serve as the foundation for life on Earth.
Archaebacteria
Organisms that live in extreme environments are often found in domains Archaea and Bacteria. These extremophiles thrive in conditions such as high temperatures, acidic environments, high salinity, or high pressure, where most other organisms cannot survive.
The kingdom Archaebacteria, now known as Archaea, is a group of single-celled microorganisms that are prokaryotes and usually live in extreme environments such as hot springs, salty environments, and acidic conditions. They are distinct from true bacteria and share characteristics with both bacteria and eukaryotes.
Bacteria that can thrive in harsh or extreme conditions are often categorized as extremophiles. These include thermophiles that live in high temperatures, psychrophiles in cold temperatures, acidophiles in acidic environments, alkaliphiles in alkaline environments, and halophiles in high-salt environments. These bacteria have developed specialized adaptations that allow them to survive and function in such challenging conditions.
They're from a more primitive cellular lineage, and usually extremophiles (bacteria that live in extreme conditions) arearcheabacteria.
Archaea live in extreme environments, while bacteria are found in various habitats. Archaea have unique cell wall composition and membrane lipids not found in bacteria. Additionally, archaea have simpler RNA polymerases compared to bacteria.
well if you mean by distinguish as diff rent archaebacteria can live in extreme environment and it is an ancient bacteria but eubacteria cant live in extreme environment but it can live in food , air , and also in living things .
Extremophile is a term used to describe organisms that thrive in extreme environments, such as high temperatures, acidic conditions, or high pressure. Both bacteria and fungi can be extremophiles, depending on the specific conditions in which they flourish.
Most extremophiles are simple, single-celled life forms, yet many are not. Extremophiles occur in all three domains of life: bacteria, archaea, and eukaryotes. ... However, archaea aren't restricted to extreme environments; they live in most of the same places as bacteria