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ACIDOPHILES is a classifiction given to microorganisms that ve optimum growth between pH0 - 5.5
examples:
Sulfolobus, Ferroplasma and Picrophilus
ACIDOPHILES is a classifiction given to microorganisms that ve optimum growth between pH0 - 5.5
examples:
Sulfolobus, Ferroplasma and Picrophilus
Wiki User
∙ 12y ago
Wiki User
∙ 9y agoA thermoacidophile is an extreme archaeon that thrives in acidous, sulfur rich, high temperature environments. Some examples of thermoacidophiles are: thermoplasma; picrophilus; thermococci; paleococcus; pyrococcus; and sulfolobus.
Wiki User
∙ 10y agoThermophiles are organisms that thrive in high temperatures and some are found in hot springs. Plants and bacteria that live in very high temperatures are examples of thermophiles and many of them are archaea.
Wiki User
∙ 11y agoAn example of a thermophilic organism is Candidatus Chlorobacteriumwhich was discovered in Yellow Stone National Park. It has a PH of 8.5 and can survive up to 151 degrees F
Wiki User
∙ 9y agoThere are several examples of acidophilic bacteria in daily life. A couple of the most common examples include thiobacillus ferrooxidans and ferroplasma.
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∙ 11y agoI couldn't fine one anywhere, but i don't have any time, please improve my answer.
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∙ 15y agoT. acidophilus
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Is bacillus cereus a thermophile?
because it doesn't live in extreme hot environments.
How many kingdoms are there in domain archaea?
1
What conditions do thermophiles live in?
The term thermophile means heat loving. It is applied to certain types of bacteria that live in the hot water of a volcanic spring (such as the famous Old Faithful of Yellowstone Park).
What Temperature required for growth of thermophilic bacteria is?
Thermophiles can grow at 55oC or higher, optimum often between 55 and 65oC. A few thermophile can grow at 90oC or above and some have maxima above 100oC. Procaryotes that have growth optim between 80oC and about 113oC are called hyperthermophiles. They usually do not grow well below 55oC.
What are heat loving bacteria?
A thermophile likes high temperature, and for bacteria it is 45-100 °C. Some bacteria even resist temperatures close to 121°C.The bacterialike archae Pyrolobus fumarii can grow in water at a maximum temperature of 113 °C and Strain 121 at 121°C, surviving at 130°C.
What eats a thermophile?
A thermophile is an organism that flourishes in temperatures that range between 113F and 252F. They feed on other microorganisms.
How can you use the word thermophile in a sentence?
A thermophile is a bacterium or other microorganism that grows best at higher than normal temperatures.
Is bacillus cereus a thermophile?
because it doesn't live in extreme hot environments.
How Do you use thermophile in a sentence?
I need this answer too! Sorry, I don't know. It's one of my vocabulary words, thanks a lot Mrs. Burkhart! So, anyone knows what thermophile means? I have a sentence: Mrs. Burkhart gave me thermophile for my vocabulary words!" Yes!
What is the name of an organism that has a high tolerance for heat?
A thermophile.
What kind of environment can bacteria can live in?
Extremeophile. Specificly, a Thermophile.
How many kingdoms are there in domain archaea?
1
What are synonyms of thermophile?
There are several classifications of thermophiles. However, there are no known synonyms for the word.
What is thermosphile?
A thermophile is a bacteria or other organism that thrives at relatively high temperatures.
What do helophile and thermophile have in common?
A thermophile is a bacterium or other microorganism that grows best at higher than normal temperatures. A heliophile is an aquatic alga adapted to attain maximum exposure to sunlight. An attraction to heat is the common factor.
What can be found in Yellowstone thermal pools that has proven to be very beneficial to humans?
Thermophile Bacteria
The relationship between Pompeii worms and thermophile bacteria?
Pompeii worms have a symbiotic relationship with thermophile bacteria that live in their tissues. The bacteria provide nutrients to the worms through chemosynthesis, converting chemicals from hydrothermal vents into usable energy. In return, the worms provide a habitat and protection for the bacteria.
