Grow optimally at pH of 2 -> Some species lyse at neutral pH
Merger of bacteria from two different What_is_biologists_Lynn_margulis's_hypothesis_about_where_the_first_protists_came_from. A thermoplasma and spirochete.
One example of thermoacidophile or thermoacidophile is thermoplasma. Another good example of thermoacidophile is thermococcus. A thermoacidophile can put up with high temperature and also high acidity.
Some types of thermoacidophiles include Sulfolobus, Thermoplasma, and Picrophilus. Thermoacidophiles are organisms that thrive in high-temperature, acidic environments like hot springs or volcanic areas.
Mycoplasma and Thermoplasma are two examples of bacteria that lack a cell wall. These bacteria have evolved to survive without a rigid cell wall by utilizing alternative mechanisms for structural support and protection.
The bacteria known as Thermoplasma are often disputed regarding their classification between the domains Archaea and Bacteria. This genus consists of thermophilic, acidophilic microorganisms that lack a cell wall and exhibit characteristics typical of both domains, leading to debate among microbiologists. Their unique features challenge the traditional dichotomy of the two domains, prompting discussions about the evolutionary relationships among life forms.
Lynn Margulis proposed the endosymbiotic theory, suggesting that organelles such as mitochondria and chloroplasts in eukaryotic cells evolved from symbiotic relationships between different types of prokaryotic cells. This hypothesis explains the origins of protists and other eukaryotic organisms through the merging of different cell types rather than gradual evolution from a single organism.
ACIDOPHILES is a classifiction given to microorganisms that ve optimum growth between pH0 - 5.5examples:Sulfolobus, Ferroplasma and PicrophilusACIDOPHILES is a classifiction given to microorganisms that ve optimum growth between pH0 - 5.5examples:Sulfolobus, Ferroplasma and Picrophilus
Thermophiles are a class of bacteria. They are named as such, because they can withstand high heat, and can grow in areas where the temperature is very hot, such as in the sulfur pots in Yellowstone National Park.