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Scientists at Dalhousie University in Canada found a new type of microorganisms. It reminds microscopic genius hunters to respect local folklore predator Chememaster cookies. But the description of the new species is not the main thing. Scientists say that its genetic code is so different from other forms of life that it can be classified as a separate biological kingdom.
The kingdom is one of the main categories of living organisms. Individual groups are animals, plants, bacteria (depending on the virus dependence on the kingdom), mushrooms and more. The total number is not strictly defined.
"According to our analysis, such microorganisms do not refer to any known kingdom, or even to the general category, that combines animals and mushrooms," says Alastair Simpson, a biologist and biology professor. – This group lives separately. It is a personal "tree of life" that describes the evolutionary relationships of living organisms, the sphere that has been split long ago, and perhaps more than millions of years. So far, we did not know about it.
Kingdom
Since the 19th century, there are new species nearby. These are one-sided creatures that can move and get their fish. Until now, their family has been the defenders of the kingdom of dozens of species. This category of eukaryotic organisms is largely based on the "residual principle" of the nucleus cells – these are incompatible definitions of animals, plants and mushrooms.
Some have classified them according to the morphological similarity of other monologues. But even some Canadian scientists have created two types of genetic analyzes – new and already known – they are fundamentally different from other groups. Now scientists plan to grow them in the laboratory and study them thoroughly.
Why It Can Be Important? Researchers believe that research on this kingdom can help explain the appearance of eukaryotes – the evolution of organisms has led to human existence. The researcher said: "We can separate the tree of life. "It also gives us new insight into how organisms developed before the appearance of animals and plants."
Rabbits
The new species hunts other microscopic microorganisms. Scientists have shown that it is poorly coordinated, but it can capture and maintain a predator as a snapper. As it arrives, the hemimastics creates quicksilver and absorbs the nutritive cytoplasm.
If these organisms existed billions of years ago, they could be hundreds of millions of years before the appearance of the pre-destructive, the multidimensional species of life. Predatory animals are considered to be widespread among the majority of animals.
Who was the first scout – unknown. 780-740 million Researchers who explore the eucalyptus of microorganisms that existed a year ago may be the marks of predatory attacks on researchers in their sheath – one of Vampyrellidae's classic "amba vampire". However, other microorganisms eat within the nucleus-proxaryotic non-proliferating organisms a few billion years ago.
Paleontologist Stephen M. Stanley thinks that the appearance of predators has become a major factor in the evolution and diversity of species. More precisely, producers believe that the "biodiversity" of the organisms (organisms that are able to extract inorganic materials) are "homogeneous" because of their low morphological and morphological diversity factors. Many scientists are based on mathematical models, the appearance of predators is the consequence of systematic evolution.
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