What do astronauts have to do with giraffes

The reason why giraffes are able to carry blood through their long necks to their heads is due to the high blood pressure of giraffes. It was determined that the giraffe.

Blood pressure is 2 times higher than a person's normal blood pressure. Why doesn't such high blood pressure cause giraffes to suffer a cerebral hemorrhage and die? This is related to the giraffe body.

structure. First of all, the muscles around the giraffe's blood vessels are very well developed, which can compress the blood vessels and control blood flow; At the same time giraffe legs and.

The ** and fascia of the whole body are very tight, which is conducive to the upward flow of blood in the lower limbs. Scientists were thus inspired to set up

A special device that astronauts can use to exercise for a few hours a day to prevent the astronauts from degenerating the muscles around their blood vessels; in the universe.

When the spacecraft lifted off, scientists developed the flight suit "anti-load suit" based on the principle that the giraffe can control the pressure of the blood vessels by using the tight **.

The anti-load suit is equipped with an inflatable device, and as the speed of the spacecraft increases, the anti-load suit can be filled with a certain amount of gas, which will produce blood vessels.

A certain amount of pressure keeps the astronaut's blood pressure normal. At the same time, the astronaut is placed below the abdomen in a sealed device that extracts air.

This reduces the blood pressure in the astronaut's legs, which facilitates the flow of blood from the upper part of the body to the lower limbs.

Giraffes use their necks to send astronauts into space.

They're all carbon-based organisms, they're all vertebrate mammals, and they're all oxygen-dependent.

One is always on Earth, and the other can go to space.

Astronaut with giraffe.

Giraffes are able to carry blood through their long necks to their heads due to their high blood pressure. The blood pressure of giraffes is 2 times higher than that of a normal person. Why doesn't such a high blood pressure cause a cerebral hemorrhage?

It has to do with its structure. First of all, the muscles around the blood vessels are very developed, which can compress the blood vessels and control blood flow; At the same time, the legs and the whole body** and fascia are very tight, and the sharp objects are lifted to the lower limbs and the blood flows upward. Scientists were inspired by this and invented the "anti-load suit".

When training astronauts, a special apparatus is set up that allows astronauts to exercise for several hours a day to prevent the degeneration of muscles around blood vessels; When the spacecraft was launched, according to the principle that the giraffe can control the blood vessels and dismantle the pressure, the "anti-load suit" was developedWith the increase of the speed of the spacecraft, the anti-load suit can be filled with a certain amount of gas, which can produce a certain pressure on the blood vessels and keep the astronauts' blood pressure normal. At the same time, the following parts of the astronaut's abdomen are inserted into the dense jujube sealing device that extracts air, which can reduce the blood pressure of the astronaut's legs and facilitate the blood transmission from the upper part of the body to the lower limbs.

Giraffes and astronauts are weightlessThe reason why giraffes are able to carry blood through their long necks to their heads is due to the high blood pressure of giraffes. It has been determined that the blood pressure of giraffes is 2 times higher than the normal blood pressure of a person. Why doesn't such high blood pressure cause giraffes to suffer a cerebral hemorrhage and die?

This has to do with the structure of the giraffe's body. First of all, the muscles around the giraffe's blood vessels are very well developed, which can compress the blood vessels and control blood flow; At the same time, the ** and fascia of the giraffe's legs and whole body are very tight, which is conducive to the upward flow of blood from the lower limbs. Scientists were inspired by this to set up a special equipment for astronauts to exercise for a few hours a day to prevent the astronauts from degenerating the muscles around their blood vessels. When the spacecraft lifted off, scientists developed the flight suit "anti-load suit" based on the principle that the giraffe can control the pressure of the blood vessels by using the tight **.

As the speed of the spacecraft increases, the anti-load suit can be filled with a certain amount of gas, which can produce a certain pressure on the blood vessels and keep the astronaut's blood pressure normal. At the same time, the part below the abdomen of the astronaut is inserted into a sealing device that extracts air, which can reduce the blood pressure in the astronaut's legs and facilitate the blood transfer from the upper part of the body to the lower limbs.

The idea for the spacesuit came from the giraffe's blood circulation.

Tight, in order to prevent blood from backflowing, the giraffe must tighten the ** of the legs, otherwise it will fly red and white...

Astronauts experience weightlessness and overweight, as well as preventing blood from backflowing.

Giraffes have twice the blood pressure of humans, leading to the development of anti-stress clothing "spacesuits".