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Yes, although it's an obligate intracellular parasite, it has the morphological charactestics of bacteria.
Hyperthermophiles are organisms that thrive in extremely hot temperatures (>100 degrees Celsius) and are commonly found at hydrothermal vents where they obtain their energy through chemosynthesis, a process whereby hydrogen sulfide reacts with oxygen to yield water and sulfur. Because these organisms feed on hydrogen, they are classified in the Archaea domain.
Coliform bacteria is associated with fecal matter, and since rain does not come in contact with fecal matter before hitting the ground, it should not contain coliform bacteria.
Certain bacteria such as thermophiles and hyperthermophiles are capable of surviving and thriving in high temperatures, especially those beneath 100C (the temperature water boils at). Thus, boiling instruments would not be sterile as certain microorganisms would still be present.
No, mitochondria are only present in eukaryotic cells. Bacteria are prokaryotic cells.
Hyperthermophiles is defined as a creature that does well in extremely hot temperatures.
becouse we have bacteria that called hyperthermophiles organism thar can live at very high temp (80 c ) also we have thermophiles ...organism are heat lover they can live at temp (50-60)
anaerobic
staph
In the stomach they are associated, in greater than 90% of all cases, with the bacteria called Helicobacter pylori (H. pylori).
engulfing bacteria
NO chloroplast has to do with plants (I think)
carbon dioxide<3
Certain bacteria such as thermophiles and hyperthermophiles are capable of surviving and thriving in high temperatures, especially those beneath 100C (the temperature water boils at). Thus, boiling instruments would not be sterile as certain microorganisms would still be present.
Yes, although chlamydia is an obligate intracellular parasite, it has the morphological characteristics of bacteria.
Yes, although it's an obligate intracellular parasite, it has the morphological charactestics of bacteria.
Hyperthermophiles are organisms that thrive in extremely hot temperatures (>100 degrees Celsius) and are commonly found at hydrothermal vents where they obtain their energy through chemosynthesis, a process whereby hydrogen sulfide reacts with oxygen to yield water and sulfur. Because these organisms feed on hydrogen, they are classified in the Archaea domain.