The Blood Molecule Found on the Humans When the Wolves Embraced the Appetite!
In the research, the molecule called E2D, which is in the blood, caused some creatures to bloom and some creatures to fear.
While the light scent of a blood molecule, known as the E2D, infused the appetite of some animals, some animals, including humans, were frightened.
There was no information to date that this blood molecule, which was published in Scientific Reports and pointed to profound evolutionary roots, provoked opposite behaviors on various organisms ranging from horse flies to humans.
Animals, and especially mammals, use the sense of smell to find food, choose a partner, and sense danger.
Many of these chemical triggers function with a species of the disease, or with other odors.
But it seems that the E2D is said to have added metallic flavor to the blood and has a unique structure.
In a previous study, researchers separated the E2D molecule from swine fluids and showed that wild dogs and tigers were as tired as they were to the blood, and that they were tasteless.
The team that doubled these experiments and tested them on the wings had the same result: the wolves licked, bitten and protected a piece of wood that had been found in the synthetic version of the molecule, like a newly dead animal.
The blood-sucking noses behaved similarly, demonstrating an equivalent desire for E2D and animal blood.
What is the status of your prey, not the hunter?
According to scientists, if this molecule maintains its existence for tens of millions, even hundreds of millions of years, living creatures in hunting may also have reacted to molecular. Of course, hunters are not responding in a similar way.
"We have developed a hypothesis that evolutionist species of hunting creatures have to be sensitive to E2D to stay away from the areas where the blood is being taken by the body," says Lundstrom.
We can give an example of this situation as mice reacting to this molecule as well as the reactions they show in red blood.
With regard to people, researchers were not sure what to expect. Would they be interested in blood or would they scare them?
And how would they detect it?
"How could you feel" by smelling people "could not ask. We should have objective measures that are not based on personal feelings, "says Lundstrom.
Mouse-like response
They performed this test in three stages.
In a standard test, bending forward for consciousness while standing in consciousness, while partial bending toward back showed a sense of danger.
None of the 40 volunteers who smelled of three kinds of odor had ever heard of the spread of the molecule, the work done, or the blood of the work.
Only a small amount of the E2D molecule was enough for people to turn back on their heels.
Matthias Laska, a zoologist and researcher at Linkoping University in Switzerland, says: "People can perceive E2D concentrations in less than one trillion. This is an unusual situation. In most of the odorants tested with humans, the level of perception is in the range of a million or a billion, "he says.
The researchers also measured the micropulsation rates and measured response times in a visual test where fast and precise responses were assumed to be a threat perception.
In all three experiments, subjects exposed to E2D smell showed evidence of tension and fear.
Researchers say that people are not surprised that they react more than wings, like mice.
"Although people are considered opportunistic hunters, paleontological (fossil science) shows that the first primates are small-sized, insect eaters," the study published on Friday said.
It is said that large animal hunts such as mammoths and sharp-edged tigers are seen in the very near term of human history.
E2D molecules are released as byproducts as a result of the precipitation of oils or lipids in the blood by exposure to oxygen.
While the light scent of a blood molecule, known as the E2D, infused the appetite of some animals, some animals, including humans, were frightened.
There was no information to date that this blood molecule, which was published in Scientific Reports and pointed to profound evolutionary roots, provoked opposite behaviors on various organisms ranging from horse flies to humans.
Animals, and especially mammals, use the sense of smell to find food, choose a partner, and sense danger.
Many of these chemical triggers function with a species of the disease, or with other odors.
But it seems that the E2D is said to have added metallic flavor to the blood and has a unique structure.
In a previous study, researchers separated the E2D molecule from swine fluids and showed that wild dogs and tigers were as tired as they were to the blood, and that they were tasteless.
The team that doubled these experiments and tested them on the wings had the same result: the wolves licked, bitten and protected a piece of wood that had been found in the synthetic version of the molecule, like a newly dead animal.
The blood-sucking noses behaved similarly, demonstrating an equivalent desire for E2D and animal blood.
What is the status of your prey, not the hunter?
According to scientists, if this molecule maintains its existence for tens of millions, even hundreds of millions of years, living creatures in hunting may also have reacted to molecular. Of course, hunters are not responding in a similar way.
"We have developed a hypothesis that evolutionist species of hunting creatures have to be sensitive to E2D to stay away from the areas where the blood is being taken by the body," says Lundstrom.
We can give an example of this situation as mice reacting to this molecule as well as the reactions they show in red blood.
With regard to people, researchers were not sure what to expect. Would they be interested in blood or would they scare them?
And how would they detect it?
"How could you feel" by smelling people "could not ask. We should have objective measures that are not based on personal feelings, "says Lundstrom.
Mouse-like response
They performed this test in three stages.
In a standard test, bending forward for consciousness while standing in consciousness, while partial bending toward back showed a sense of danger.
None of the 40 volunteers who smelled of three kinds of odor had ever heard of the spread of the molecule, the work done, or the blood of the work.
Only a small amount of the E2D molecule was enough for people to turn back on their heels.
Matthias Laska, a zoologist and researcher at Linkoping University in Switzerland, says: "People can perceive E2D concentrations in less than one trillion. This is an unusual situation. In most of the odorants tested with humans, the level of perception is in the range of a million or a billion, "he says.
The researchers also measured the micropulsation rates and measured response times in a visual test where fast and precise responses were assumed to be a threat perception.
In all three experiments, subjects exposed to E2D smell showed evidence of tension and fear.
Researchers say that people are not surprised that they react more than wings, like mice.
"Although people are considered opportunistic hunters, paleontological (fossil science) shows that the first primates are small-sized, insect eaters," the study published on Friday said.
It is said that large animal hunts such as mammoths and sharp-edged tigers are seen in the very near term of human history.
E2D molecules are released as byproducts as a result of the precipitation of oils or lipids in the blood by exposure to oxygen.
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