The study of the Queensland Institute has the ability to attribute why vitamin D is important for the well-being of the brain and how deficiency leads to disorders, covering depression and schizophrenia.

Associate Professor Thomas Byrne of the Queensland brain University UQ has led studies that provide a framework for studies in the field of best prevention and healing.

"More than a billion people in the world are suffering from vitamin D deficiency, and there is an established Association between vitamin D deficiency and sclerosis," doctor Bern said.

"Unfortunately, it is not absolutely clear how vitamin D affects the structure and functions of the brain, as a result, it remains unclear why the deficiency causes difficulties."

Dr. Byrne's team noticed that the degree of vitamin D actually affects the image of' forests ' in the brain, called perineural grids.

"These networks form a strong, supportive grid around specific neurons, and that they most stabilize the contacts of these cells with other neurons," he said.

Scientists removed vitamin D from the menu of a group of healthy Mature mice, and after 20 months noticed an important decrease in their ability to remember and learn compared to the control group.

Doctor Byrne stated the defect in the vitamin group was incarnate decrease in perineuronal nets in the hippocampus region of the brain crucial meaning for the formation of memory.

"There was a sharp decrease in the number and strength of connections between neurons in this area."

The team of doctor Berne implies, in fact, that vitamin D plays a significant role in maintaining the strength of perineuronal nets, and in fact that when the degree of vitamin D falls, these "forests" easier to carry enzymes.

"As neurons in the hippocampus lose their own supporting perineal networks, they have difficulty maintaining connections, and this ultimately leads to a loss of cognitive function."

Adjunct Professor Burne stated the hippocampus has the capability to be more hard affected by vitamin D deficiency owing to the fact that it is quite more active than other areas of the brain.

"This is similar to the Canary in the coal mine-it has the ability to suffer misfortune, due to the fact that its highest energy need prepares it more sensitive to the depletion of leading caloric drugs, these as vitamin D.

"It is interesting that the right side of the hippocampus was more affected by the lack of vitamin D than the left."

Adjunct Professor Byrne said that the loss of function in this area has the ability to be a necessary moment, contributing to the symptoms of schizophrenia, covering a serious lack of memory and distorted perception of reality.

"The next step is to check this fresh guess about the connection between the lack of vitamin D, perineuronal nets and knowledge," he said.

"We are even more happy, actually noticed that these networks have all the chances to change in Mature mice.

"I assume that because they are animated, there is a chance that we will actually be able to renew them, and this has the ability to make the basis for fresh ways of healing."