New Research Debunks Myth That Brain Cells Stop Growing After Childhood

You probably heard the old Canara, who stopped the formation of new brain cells as they become adults. But the investigation is the latest today to show that this is not really true.

Scientists in Sweden have taken an investigation, published Thursday in Science. They found abundant signs of nervous stem cells growing in the hippocampus of adults. The findings are more about the human brain, as they grow, researchers say and point out the potential new ways of treatment of neurological diseases.

“We found an obvious evidence that the human brain prevents new nervous cells to be well reduced to maturity.”

This is not the first paper in the opinion of new neurons, which stops forming a minor mince At the age of 30). In 2013, researcher Jonas Frisén and his team at the Karolinska Institute final The growth of original neural, known as neurogenesis, is experiencing with a slight reduction in the process of being old. But there are still some disputes between scientists. In the spring of 2018, for example, two different neurogenesis in a month came a month in a month, two different examination exact reflection The result.

The researchers hoped to solve a certain aspect of the human neyezis in adults. As we age, we need to continue to grow new neurons, as a result, we need to see neurons, neuronsekitail cells, growing and adult brain. To look for these cells, the team used the relatively new advanced methods and analyzed samples of brain texture from people between 0 and 78 years. These methods allowed them to identify the features of brain cells at an individual level and watch genes expressed by a cell core.

All, researchers have investigated more than 400,000 individual cell nucleus from these examples. He hoped that in the brains of adults, including these generation cells in the separate stages of development in the divised cells. Also, the visible hippocampus in which new cells appeared: Dentate Gyrus is a critical brain region to help create a particular memory species.

“In the same spots in the same spots in which animal studies live, we distributed a group sitting next to a number of nervous cells sitting at the same points.”

Findings often ask more questions in need of response as in science. Compared to other mammals in our precursor cells, pigs, mice and other mice and other mousers, there are different samples of various genes in different gene activities compared to other mammals.

Researchers also found that some adult brains are full of these growing precursors, and the others are relatively small. These differences indicate that the team’s previous research is slowed down and slowing down in the time of adult neurogenesis, and help people explain the various risk of neurological or psychological conditions. In the same way, finding a reliable way to improve the ability to grow new cells of adults can help improve people’s recovery from these conditions or serious head injuries.

“Although accurate therapeutic strategies are also investigated, the adult brains can create a new neuron, the recovery of injury and neuronal plasticity changes in the same way.

There are many things to learn how our brains have changed over time. The team plans to investigate the warm parts of the neurogenesis in the larger brain in the wall of the lateral ventricular wall (coded cavities found in each of the brain hemisphere) and nearby areas. However, we can be sure to grow our neurons and to the age of maturity, and at least for some of us and change themselves instead.