aerotolerant anaerobes are organisms that make use of CO2 for their survival but can tolerate the presence of O2
Aerotolerant anaerobe refers to a bacterium or microorganism that does not require oxygen for growth but will continue to grow in the presence and not become harmed.
Facultative anaerobe-can grow without oxygen presence but may uitilize it if
present
Aerotolerant anaerobe-cannot use oxygen for growth but tolerates its presence
are bacterias does not require oxygen..
both live n the presence of oxygen but facultative require oxygen at low concentrating
An obligate parasite can only live inside a cell. This includes viruses and intracellular bacteria. A facultative parasite can live inside or outside of a cell.
In a shake-tube test, the culture type is distributed throughout the entire medium by rapidly rotating the tube between the palms of your hands and then cooled rapidly by immersion in an iced water bath to ensure that the cells remain dispersed after shaking the test tube. It is then inoculated at appropriate temp for appropriate amount of time. The growth that was more abundant toward the surface was either obligate aerobes, microaerophiles, or facultative anaerobes (further determined by actual presence of the microorganism within the medium) whereas the growth that was equal throughout was most likely an aerotolerant anaerobe.
No, it requires high salt concentrations normally between 15-30% and a facultative holophile requires between 2-15%
What is the difference between herds and packs?
Facultative anaerobes does not need o2 to grow but can also grow with o2. Obligate anaerobe cannot grow at all in the presence of o2.
both live n the presence of oxygen but facultative require oxygen at low concentrating
Aerobes utilize and thrive in oxygen, anaerobes are killed/ fail to thrive in oxygen.
An obligate parasite can only live inside a cell. This includes viruses and intracellular bacteria. A facultative parasite can live inside or outside of a cell.
Capable of switching to fermentation
In a shake-tube test, the culture type is distributed throughout the entire medium by rapidly rotating the tube between the palms of your hands and then cooled rapidly by immersion in an iced water bath to ensure that the cells remain dispersed after shaking the test tube. It is then inoculated at appropriate temp for appropriate amount of time. The growth that was more abundant toward the surface was either obligate aerobes, microaerophiles, or facultative anaerobes (further determined by actual presence of the microorganism within the medium) whereas the growth that was equal throughout was most likely an aerotolerant anaerobe.
aerobes are those which require free molecular oxygen about 21% in air while facultative anaerobes can survive in both conditions presence and absence of oxygen
Aerobes utilize and thrive in oxygen, anaerobes are killed/ fail to thrive in oxygen.
Treaty reinsurance is costlier as it deals with the entire risks involved in the contract between the insurerReinsurance comapny) and insured(primary insurer) whereas facultative reinsurance deals with individual risks involved.
Facultative reinsurance is a form of reinsurance in which the terms, conditions, and reinsurance premium is individually negotiated between the insurer and the reinsurer. There is no obligation on the reinsurer to accept the risk or on the insurer to reinsure it if it is not considered necessary. The main differences between facultative reinsurance and coinsurance is that the policyholder has no indication that reinsurance has been arranged. In coinsurance, the coinsurers and the proportion of the risk they are covering are shown on the policy schedule. Also, coinsurance involves the splitting of the premium charged to the policyholder between the coinsurers, whereas the reinsurers charge entirely separate reinsurance premiums. Regards, Tamer Haddadin
No, it requires high salt concentrations normally between 15-30% and a facultative holophile requires between 2-15%
A faculatative anerobe does NOT require oxygen for growth but may use if available so it can grow in aerobic and anaerobic conditions. Too much oxygen is NOT toxic. A micro-aerofile CAN'T grow without oxygen but too much oxygen is toxic so it must have a low concentration in order to grow.