Examples of using Archaea in English and their translations into Vietnamese
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absent in~99.9% of databased Eukaryota, Archaea, and Bacteria, suggests a conformational change that might decouple electron transport from proton pumping.
animals, archaea, or bacteria.
Researchers found some archaea that are well known to live in areas of high salt concentration and some that the scientists had no idea could survive in even the relatively less-salty ponds.
Archaea and bacteria have different evolutionary histories, as well as significant differences in genetics,
Classifying the Archaea is still difficult, since the vast majority of these organisms have
Archaea survive in an oxygen-free environment and are often extremophiles,
Recently, several studies have shown that archaea exist not only in mesophilic and thermophilic environments but are also present,
To emphasize this difference, these two domains were later renamed Archaea and Bacteria.[6] The word archaea comes from the Ancient Greek ἀρχαῖα, meaning"ancient things".
However, the archaea that do this, such as Sulfolobus,
The results show that 70% of the Earth's bacteria and archaea are beneath the surface, including thorny Altiarchaeals living in sulfur springs and Geogemma barossii, unicellular organisms found
At first, only the methanogens were placed in this new domain, and the archaea were seen as extremophiles that exist only in habitats such as hot springs
Towards a natural system of organisms: proposal for the domains Archaea, Bacteria, and Eucarya" by C. R. Woese,
Classifying Archaea remains difficult, since the vast majority of these organisms have
Woese began to characterize bacterial rRNA and discovered a second group of prokaryotic organisms called archaea.
The scientists did detect a small hint of DNA from single-celled organisms called archaea if they"forced the conditions" in those samples, López-García said.
it was believed that the domains Bacteria, Archaea, and Eukaryota were equally old
all human proteins and 68% in yeast are acetylated at their Nα-terminus.[6] Several proteins from prokaryotes and archaea are also modified by N-terminal acetylation.
billion bacteria per gram, but that same gram of healthy poo also contains approximately 100 million viruses and archaea(a type of single-celled organism that were once classified as bacteria).
Archaea usually live in extreme, often very hot
This new appreciation of the importance and ubiquity of archaea came from using the polymerase chain reaction to detect prokaryotes in samples of water or soil from their nucleic acids alone.