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Redundant or compensatory mechanisms have also been shown to be present in bacteria and eukaryotes, indicating a degree of similarity between the three domains of life.
Thus, noise plasticity coupling observed in yeast may also be present in bacteria.
The glyoxylate cycle is thought to be present in bacteria, protists, plants, fungi, and nematodes but not in other Metazoa [ 68].
PAMPs include, for example, characteristic cell wall components of bacteria, double-stranded RNA, which is found in some viruses, and CpG-rich DNA, which can be present in bacteria and viruses.
All protein domains were divided into four groups according to the definition proposed by Staub et al. (2004): 1) ancient domain, to present in all the three domains of life; 2) archaeal domain, found in archaea and eukaryotes but not in bacteria; 3) bacterial domain, to be present in bacteria and eukaryotes but absent from archaea; 4) eukaryotic domains, to be specific to eukaryotes.
Similar(55)
This involves extended families whose members are present in bacteria and archeae.
Sequence search analysis revealed that the proteins containing terpene fold are present in bacteria, fungi and plants.
Proteolytic enzymes are present in bacteria, archaea, certain types of algae, some viruses, and plants; they are most abundant, however, in animals.
In fact cnidarians, and especially anthozoans (sea anemones and corals), retain some genes that are present in bacteria, protists, plants and fungi but not in bilaterians.
All of these enzyme complexes are present in bacteria, and those in eukaryotes are located in mitochondria and plastids.
The trehalose synthetic pathway is present in bacteria, fungi, plants and invertebrate animals, but is absent in vertebrates.
More suggestions(17)
be present in cultures
be present in strains
be present in fungi
be present in microorganisms
be present in cells
be ubiquitous in bacteria
be stable in bacteria
be unstable in bacteria
be present in states
be different in bacteria
be present in nuclei
be redundant in bacteria
be functional in bacteria
be common in bacteria
be rare in bacteria
be effective in bacteria
be similar in bacteria
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