Faculatitive Anaerobe
Anaerobic bacteria are able to survive and grow in environments without oxygen. These bacteria use alternative electron acceptors, such as nitrate or sulfate, for energy production in the absence of oxygen. Examples of anaerobic bacteria include Clostridium species and Methanogens.
The term that best defines a bacteria that can survive without oxygen is "anaerobic." Anaerobic bacteria do not require oxygen for growth and metabolism.
Anaerobic bacteria or facultative anaerobic bacteria.
Facultative anaerobic bacteria can survive with or without oxygen, while obligate aerobes require oxygen to survive and obligate anaerobes cannot survive in the presence of oxygen.
Yes, some bacteria require oxygen for survival, while others can survive in environments without oxygen.
Archaebacteria called extremeophiles have some species that live entirely anaerobically. Bacteria [and other organisms] that respire using O2 as the 'final' electron acceptor are termed to be Aerobic, while bacteria [and the odd organism] that has the biochemical capacity to Live without O2 are termed to be Anaerobic.
Bacteria that need oxygen to survive are called aerobic bacteria.
Bacteria that must have oxygen to survive are called obligate aerobes. Some bacteria can live with or without oxygen and are called facultative anaerobes.Anaerobes = No oxygenAerobes = Oxygen
Obligate aerobes require oxygen to survive. These bacteria rely on oxygen for their energy production and metabolism. Without oxygen, they are unable to grow.
Aerobic bacteria require oxygen to grow and survive, while anaerobic bacteria do not require oxygen and can survive in environments without it. Aerobic bacteria can use oxygen as a final electron acceptor in their metabolic processes, whereas anaerobic bacteria use alternative molecules like nitrate or sulfate.
Anaerobic bacteria are unable to tolerate oxygen. They can only survive in environments without oxygen or in low oxygen conditions.
Yes, some prokaryotes (such as certain bacteria) are anaerobic and can survive and thrive in environments without oxygen. Many eukaryotes, including some unicellular organisms like yeast, can also survive without oxygen through fermentation or other anaerobic metabolic processes.