Thermophilic bacteria thrive in high temperatures and grow optimally at temperatures above 45°C, whereas thermoduric bacteria are able to survive short periods of high temperatures but do not necessarily grow well in these conditions. Thermophilic bacteria are commonly found in environments like hot springs, while thermoduric bacteria may be present in pasteurized dairy products.
Thermophilic bacteria typically grow best at temperatures between 45-80°C (113-176°F), with some species able to survive even higher temperatures. The specific temperature requirements can vary depending on the species of thermophilic bacteria.
Thermobacteriology is the relationship between heat and bacteria. For example: If you have leftovers from dinner it is best to heat the food up before eating. The heat will kill the bacteria, that could potentially be harmful to you.
The enzyme used in PCR to synthesize DNA is called DNA polymerase. The key difference is that the DNA polymerase used in PCR, such as Taq polymerase, is derived from a thermophilic bacterium called Thermus aquaticus and can withstand the high temperatures used in the PCR cycling process. This distinguishes it from the equivalent enzyme in our cells or most bacteria, which would be denatured by the high temperatures of PCR.
Microbe is a broad term that refers to any microscopic organism, including bacteria, viruses, fungi, and protists. Bacteria are a specific type of microbe that are single-celled prokaryotic organisms. In other words, all bacteria are microbes, but not all microbes are bacteria.
Archaea and bacteria are both single-celled microorganisms, but they belong to separate domains of life. Archaea are known for their ability to thrive in extreme environments, such as hot springs or deep-sea vents, while bacteria can be found in a wide range of habitats. Additionally, archaea have unique cell membrane compositions and genetic codes that distinguish them from bacteria.
Thermophilic bacteria typically grow best at temperatures between 45-80°C (113-176°F), with some species able to survive even higher temperatures. The specific temperature requirements can vary depending on the species of thermophilic bacteria.
the difference between bacteria and protoctist is that the protoctist have a necleus while the bacteria don't.... in other words the bacteria is a prokaryotes and the protoctist is a eukaryotes
bacterias have plasmids. but cyno-bacteria haven't plamids.
Whales are big and bacteria are small
There can be several impacts:Bacteria can be more active depending on what their optimal temperature isThe bacteria species can shift between thermophilc and non- thermophilic typesOxygen transfer and DO levels can change impacting bacteria qualityFloc settling can be impacted
bacteria is a prokaryote while algae is a eukaryote
Bacteria are not dependent on a host. :)
anemia,sicke cell anemia
They have different cell walls.
Main difference is Bacteria are prokaryotes.Yeasts are eukaryotes.
they are in different kingdoms
A thermophile is an organism - a type of extremophile - which thrives at relatively high temperatures, between 45 and 80 °C[1] (113 and 176 °F). Many thermophiles are archaea. Thermophilic bacteria is a extreme heat loving bacteria that is a member of the archaebacteria kingdom.