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This time, we will discuss something special. The entire Neuron team decided that this 10th video will be dedicated to explaining what is a Neuron. We all know that a Neuron is a cell that transmits electrical impulses to our bodies. Our brain consists of 86 billion Neuron cells that work together to receive and transmit impulses between the brain and all other parts of the body. But, how does it work? Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neuron Neur
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First, we start with its structure. One of them is called an axon. This part is responsible for transmitting electric impulses from one cell to the next cell, which will end up at the end target, which is an organ or
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After that, we also have dendrites. Dendrites are structures responsible for receiving impulses from other cells, organs, and muscles, or from the brain. These electrical impulses will move from dendrites through the cells, which are other structures in cells containing nucleoluses, an organelle containing genetic material that regulates growth and movement
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from the Sharaf cell. In addition, there are many Sharaf cells that have structures called the Myelin Cells, which help in the speed of the conduction of electrical impulses that pass through the Sharaf cell.
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Do you know that the electrical conduction in our body can reach 120 meters per second in a syringe that has a myelin cell? Okay, we have got an image of the structure of a syringe cell. But what about the transmission of its impulse? How does our brain ask our thumb, for example, to move? Initially, through a complex mechanism, our brain forms something called action potential and continues it throughout the responsible syringe to move the thumb.
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There are several cables in the syringe, and in these cables there are syringe cells. Among the next syringe cells, there is a cell called synapse. So, the potential action of the syringe will be received by the dendrite in the first syringe, continued through the body, and reach the axon.
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In some neurons or the first cell, there is something called neurotransmitters, a chemical substance that plays a role in the conduction of electricity from one cell to the next cell. Neurotransmitters are released into the synapse and produce a potential action in the second cell. Here, the electricity will be operated from one cell to the next cell. Until finally, the last cell of the cell transmits the electricity to the responsible muscle in the movement of the thumb.
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As a result, our thumbs were successfully moved. Through this process of understanding, the name Neuron was born with the hope that we can receive information, share information, and convey it to all of you with the purpose of educating. We want to say thank you to all of you who have always supported us all this time and we also want to say welcome to all of you who have just arrived in this long journey. So, have your brains already waved your hands to click the subscribe and like button?
