What does the mind think just before dying?

Our mind has been working continuously since we were born. Your body also relaxes at bedtime, but the brain never rests, it thinks even when you dream. Inc. The brain does a lot of things like thinking, memorizing numbers, giving words to write, etc. It is very important for the brain to be stable for doing many things. In today's run-of-the-mill life, it is necessary to give the right response at the right time to Divya to do more work in less time.

What happens in someone's mind at the time of death?

Nobody has exact information about this. Scientists do have some information, but this question ultimately remains a secret.

However recently some scientists have done a study which has given interesting changes about the neuroscience of death. The study has been conducted by scientists at Cherit University in Berlin and University of Cincinnati, Ohio, led by Jens Dreyer.

Its scientists closely monitored the nervous system of some patients. For this, he took prior permission from his family.

These people were either injured in horrific road accidents or were victims of stroke and cardiac arrest. Scientists found that both animals and humans work in the same manner at the time of brain death. Also, there comes a time when there may be a 'virtual' exhibition of the activities of the brain.

And this was the final aim of this study. Not only to monitor the minds at the time of death, but to understand how much success one is getting from death at the last moment of his life.

What we already knew ...

Much of what we know about the 'brain death' prior to the research of these scientists has come from the protocols made by animals.

We know that at the time of death:

The flow of blood in the body stops and hence there is a lack of oxygen in the brain.
In this condition called cerebral ischemia, the essential chemical components are reduced and the 'liter activity' in the brain is completely eliminated.
It is believed that this process of calming the mind comes into effect because starved neurons conserve their energy. But conserving their energy does not work because death is bound to come.
All vital elements are isolated except in the brain cells, thereby weakening the supply of adenosine triphosphate. It is this complex biological chemical that stores energy throughout the body and carries it from one place to another.
Tissue recovery is then impossible.
In humans….

But the team of scientists wanted to understand this process more deeply in relation to humans. He therefore monitored the neurological activities of some patients' brains. Instructions were given by doctors not to try to bring these patients back unconsciously using electrode strips etc.

Scientists found that the brain cells of eight of the nine patients were trying to avert death. They found that the brain cells and neurons were still functioning even after the heartbeat stopped.

The process of working a neuron is that it replenishes itself with charged ions and creates an electrical imbalance between itself and its environment. This enables them to produce small shock. According to scientists, this is a continuous effort to maintain electrical imbalance.

He said that the government has taken several steps to prevent such incidents.

For this, these cells use flowing blood and take oxygen and chemical energy. According to scientists, when the body dies and the blood flow to the brain stops, oxygen-deprivedurons try to accumulate those abandoned resources.

Since it occurs simultaneously in the entire brain without slowly spreading, it is called 'undiscussed depression'. The situation after this is called the 'depolarization of diffusion', which is colloquially called the 'cerebral tsunami'.

Due to electrochemical balance, brain cells are destroyed, due to which a large amount of thermal energy is released. After this, the person dies.

But the study says that death is not as important as it is today, it is not necessary in future.

Says Jens Dreyer, "Expressive depolarization leads to cellular changes and then death, but is not a moment of death in itself. Because depolarisation can be an obstacle to restoring energy supply."

However, much research is still needed to implement this. Dreyer says that this neurological aspect, like death, is a complex phenomenon, with no easy answers to the associated questions.