Moscow, August 27 Edward's creatures found an unusual channel between the bone marrow of the skull and the brain mass, which explains this, As immune cells enter his inflammatory attack. Their conclusions have been submitted to the journal Nature new century.

"We plan to study how these pathways contribute to the development of Alzheimer's disease, stroke, high blood pressure and other burning related diseases. In addition, they can also be used for direct transportation of drugs to Moscow suburb University（

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Our brain is isolated from the rest of the organism, the so-called blood cell barrier（ All the blood vessels around the brain don't let anything enter it except oxygen and nutrients.

Scientists explained that the barrier is a small channel between an integral wall and an anabor composed of unique cells, so-called close contact. Recently, biologists have found that these exposures may expand under prescribed conditions, allowing the brain to remove waste. "

Narendorf and his colleagues stumbled upon another possible backdoor "to infiltrate infected or immune cells in people around the world, studying, The immune response in mice is a neurological stroke caused by a surgical or chemical pathway.

Surprisingly, narendorf, the first blood vessel in the mouse brain, is made up of a giant Taurus, the main plant "similar cells, "Formed in the skull."

"The service portal of the brain."

"We looked at possible angles of possible skulls, trying to figure out how neuter can penetrate the brain. All of a sudden, we found a lot of microscopic channels that connect directly to the bone marrow and the needle brain, "continued narendorf.

Further observation of these channels suggests that cells move through both channels only in the event of an infection in the world health organization or damage to blood vessels in the event of a stroke. In other cases, neutrophils infiltrate the brain and in other parts of the organ to support the blood vessels of the skull's bones.

A similar structure, about twice the size, exists in the human skull. According to scientists' recommendations, they can not only penetrate neutrophils, but also other types of cells that have not yet been opened and tested.

The observation of science, the hope of Harvard biologists, will help us understand, Various kinds of inflammation are produced by ICAC, they may be caused by congenital and immune diseases.