حل عقدة العضلات لتالتة ثانوى - العضلات كاملةً 🤩🖤

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In the name of Allah, the Most Gracious, the Most Merciful. Peace be upon you and the mercy of Allah and His blessings. How are you, guys? I hope you are fine. Students of the third and secondary class, the beautiful flowers, the most beautiful and beautiful doctors in the future, inshallah. Students of today, the students of tomorrow, say inshallah. In the name of Allah, the Most Gracious, the Most Merciful. Praise be to Allah, the re-inviter, the creator.

"Praise be to Allah, the Most Gracious, and He is the Most Gracious." "Then the prayer, first and last, on the Prophet, in the inner and outer space." "Praise be to Allah, the Most Gracious, and the Most Merciful." "And increase and bless our master Muhammad, peace be upon him." "O Lord, explain to me my chest and ease my matter." "And dissolve the knots of the tongue that make my speech clear." "In the name of Allah, the Most-Faciliting, the Most-Knowing." "O Allah, there is nothing easy except what You have made easy." "And You make the sorrow, if You will, easy." Guys, we came to the library today, me and Asmaa, to film the lecture. Asmaa sat for a while, and she found herself in a mess.

So I asked her why she called me Barberi? She told me because I hear Arima Barberi. I'm sorry. I swear I'm sorry.

I don't know how to say it. I don't know how to say it. Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop! Stop!

First of all, I feel a lot of confusion in all the substances, which is not much like before. Doctor, we have 5 substances instead of 7. No, I also feel confusion and feel that I don't know how to solve physics or chemistry. The problems of resistance are very tiring and I don't know how to calculate them. If I ask you a question now, if the intensity of the force of the weak is increased, then the resistance is reduced by half. That's it, I'm done with it, guys. It's a physical problem.

I feel that the topic is difficult and I can't solve it. I can't deal with it. What is this? What is this story? Leave me alone. Pray for me to the Prophet. Guys, the nonsense right now is not your fault. I'm serious. I'm telling you, I'm talking to my sister. It's okay. Guys, the topic is difficult and difficult for everyone. Why? Because this is a new system.

and a new system and new materials that are completely different from the previous one. The situation is completely different than before, guys. What happens to you happens to everyone. But who is the smart one, guys? The smart one who doesn't have to work hard.

I heard that when you have a problem with your memory, you can sleep for an hour or two and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it. You can sleep for an hour and pass it.

Neither these grades are important, nor these exams are important, nor the graduation is important, nor the marriage is important, nor the first exam of the month is important. They have nothing to do with it. Doctor, these exams are not important to us. What do we do? We compensate you.

For example, you take a quiz exam on a platform, for example, 20 questions, 15 questions after the lecture. Why do you take the exam? To get used to the questions, to start reading the questions, to solve them with yourself, and to start training yourself on how to solve the question. That's it. You closed it, good and blessing. You didn't close it, you learned. Okay? So, guys, the mess is normal for all people. So, guys, no one is going to find anything. The important thing is that when you fall and feel yourself down,

or you have problems, solve it quickly. Don't let yourself be lost behind the devil. The depression in sadness and depression

Satan's things are very bad. Satan loves you with sadness. He loves you with sadness without any reason to be sad. I'm good, my father is good, my mother is good, my health is good, I pray, I do a lot of good things, thank God, my life is good, but there are a lot of problems. Satan makes all these problems great and in front of you, he makes you have problems.

Life is not good, even though you are good in the beginning. So, guys, the small problems, such as a good grade in my exam, such as a place in the curriculum that I do not understand, I will look for it and ask people about it, such as a problem with my friend, a problem with a friend, a small problem with my father, a small problem with money, all these things are not much. So, the smart one who skips quickly, okay? So, my friend, skip quickly.

By the way, children, because we talked about a problem that happens to people now I said that the danger must be expressing the problem that we will talk about today The danger is as follows, listen to me "O youth, be merciful to yourselves. It is not for the day that you be always perfect."

It's not your decision to be a loser every time You don't have to choose the right one every time It's normal to go to the teacher and get his recommendation

Or your brother or your friend's doctor used to visit him and you don't rest. The teacher himself as a personality is a human being, children. At first and at the end, the human being must be your first-class person. Okay? It doesn't mean that you are sitting in front of someone in class right now and you are not a good person as a personality. It doesn't work.

We must have a mutual agreement first, then you will receive information from me. Your decision will not be wrong every time. It's okay, my children. We do something wrong, and we change it. There is no problem at all. So, my dear friend, it's not about your decisions to be always wrong every time. There is no harm in making a mistake once, getting a level 10 in the exam of the month, getting upset, making a problem twice, or three times.

To learn This is the most important thing Your mistakes teach you, my friend If you learn, I'm happy If your mistakes teach you, I'm happy I have no problem at all If we make mistakes

and we got a bad grade because we didn't memorize it, so I learned the lesson that even if I was good at the subject and I went to the exam without memorizing it, I learned the lesson, it's enough. I will learn it now better than at the end of the year. Look, how much you might feel at the end of the year, I'm very good at English, God bless her, I don't have to go to a unit 1, or unit 10, or unit 11, or unit 9, I don't have to memorize it. No, it's very normal, it may be very short, but because you didn't finish it,

And that his effort will be seen in your effort, your work. You didn't work hard, you didn't work hard, you didn't work hard. You will see something. Okay? So, learn this lesson well. Okay, Asma? Okay? Okay. You must not be perfect. I mean, you will not always be perfect. You must always know that you will be on a curve. Up, down. Up, down. Like the do'aama.

Physiology, okay? The important thing is that when you get a blister, you can get up again You can absorb water again Come on, sir, advice from the guide In the name of God, the Most Gracious, the Most Merciful, and God's blessings We start, children, after the prayer of the reminder O Lord, we ask you to understand the prophets and preserve the messengers and the angels who are near In the name of God, O Allah, there is no easy thing except what you have made easy And you make the sad If you want easily, you can be sad And the doctor will be happy Okay, in the name of God

We will quickly get back to the combination of muscles and the movement unity In the name of God, the Most Merciful, the Most Merciful The muscle system in humans Then, we will go to today's lecture on something called Muscle constriction After we do a lot of constriction, we will get tired So, we will start with something called muscle fatigue The second name is Dr. Muscle fatigue

Then the muscle strain When we finish these, we finished the whole chain by the grace of God Let's go in the name of God, the most merciful The muscular device in man If I ask you, Doctor, a question, how many muscles is the muscular device in man? You tell me, by God, 620 muscles or more I mean, the exact number of the exact number, we do not know, okay, nice, this is a lot, or on our level, I mean, why? Okay, my son, I always love

Look at the large muscle, for example, the bi-muscle The upper muscle is called the bi-muscle or the same head muscle The lower muscle is called the tri-muscle or the same muscle, the three heads So, doctor, this is the same muscle as the head muscle, for example, my son So, doctor, this is the same muscle, okay, son? The muscle, my son, focus now It is a group of muscle ligaments So, doctor, this is a muscle ligament

Muscle ligament and so on. A lot of them. Muscle ligament. So, Doctor, the muscle is a group of the muscle ligament. Okay? Okay, Doctor, this is a muscle ligament. You've grown it up, kid. Okay? Good job. Now, my question, guys. Is every muscle size bigger? I mean, guys, for example, what is the size of the big muscle? Is it bigger or is the muscle smaller? This is a person who has muscles, right?

No doctor, any big muscles, the big rami, you know the big rami? You know? No problem, these are people who have muscles of muscles, so any person who has a good body from body building or from muscles or from the perfection of the body, his muscles are bigger or yours? Of course his muscles are bigger, nice. Doctor, the bigger the muscle size, the bigger the number of the ligaments, and the number of the limbs is also bigger.

The cell is bigger, doctor. What about the muscle? Is it bigger? Does it have more fibers or is it your own muscle? It has more fibers. So, guys, the bigger the size, the more fibers, focus now, the less precision.

Second, the small, thin, and thin muscle is a small one. But the big one has many fibers, but it is not a small one. Do you agree? Ok, that's it. Let's go, doctor. The muscle is a group of the muscle ligaments. Very nice. Doctor, this ligament is surrounded by a bandage, my children. This is called the bandage bandage. And keep in mind,

This is mentioned in the curriculum, but it is not mentioned in the curriculum that the muscle itself is a muscle surrounded by the muscle membrane. It is a muscular membrane that closes on it. So, this is called the muscle membrane. Then, the muscle membrane contains the muscle tissue, the muscle tissue contains the muscle tissue, and the muscle tissue contains the muscle tissue. So, the muscle membrane contains the cells or muscle fibers.

The cells or the muscles. So, doctor, the muscle is a group of the ligaments and the ligaments are a group of the muscles. Supposedly, my children, the muscle is the muscle cell. And the muscle cell, doctor, is the muscle cell. And the cell, my children, is the structure in the muscle that is called sarco.

Sarco is the name of the muscle cell or the muscle lipa. Is this very nice? Ok, let's go doctor. So, the muscle is called the ligament and the ligament is called the lipa or the cell. Ok, let's take the cell or the lipa. Focus with me. It looks like a cylinder in this way. This is the cell or the muscle lipa. And the muscle cell is the muscle lipa. It is called Sarco.

Ok, good. Doctor, first of all, if we come to look at the special tumor in the muscle tissue, we will say that it is sarco-lema. Ok, isn't this a living cell? Yes, it has a protoplasm inside it, and the protoplasm is a cell and a cytoplasm. Doctor, the muscle cell or the muscle tissue is not a cell, but a cell.

Especially the structure, the heredity, okay? Multiple types, multiple groups of types. Okay? This is very nice, like the phlegm. So, this is the sarcolemma. Here, the doctor tried the cytoplasm, and he said, "No, we will call it sarcoplasm." Sarcoplasm. Okay? Very nice. Okay, so, doctor, this is the cell. The tumor, doctor, is called sarcolemma.

The plasma cell with its own structure. The cytoplasm is called the sarcoplasm. The multiple cell. The multiple cell. This is the muscle cell or the sarcoplasm. Okay? This is a good thing. Okay. He said, "Grow, grow, grow, grow, grow, and expand, expand, expand, expand." You will find it very beautiful. The cell or the lymph. Inside it, there are many things smaller than it. Smaller, my son, the lymph.

It's called "Loyafa" It means "Dr. Two Yaks" "Loyafa" is a muscle What does it do? It's equivalent to the vertical axis of the hip

This is the lymph node, and the lymph nodes are in the same place. The lymph node has a length of 1000 to 2000 lymph nodes.

that you have a cell with 1000 to 2000 cells inside it. This is very important. I will tell you, "Dr. Adela, you have 50 cells. Calculate the largest number of cells." You will say, "Dr. Sahla, the largest number of cells? I will multiply each cell or each cell by 2000."

The smallest number is 1000, which is easy and simple. What's next? The doctor said, "Come under the electron microscope and enlarge it, enlarge it, enlarge it, and look at the structure of the gluteus maximus, doctor." He said, "Doctor, the gluteus maximus is made up of muscle parts." Look, doctor, look at the gluteus maximus. You will find that it is a small area.

and narrow areas. It has thin and thick protein fibers. What does that mean? Focus with me. Look, my dear. The muscle tissue, guys, each tissue is the distance between two parallel lines. "Dr. Zed, what's the meaning of Zed?" He said Zed because it's a zigzag. A zigzag line, guys. This is a Zed line, okay? "Dr. Zed, what's the meaning of Zed?" Exactly, it's a zigzag.

Ok? Is this good? So, this is a Z-line, Doctor. This is a Z-line. Doctor, I want to draw it straight. It's ok. It's not a problem. I told you that it's a Z-line, Doctor. I have two types of protein fibers. Doctor, two types of protein fibers. Who are they, Doctor? There are two types. First, the thin fibers are called "Belactin". Second, the thick fibers are called

Myosin Ok, so what is the face of the guy between the actin and the myosin? Yes, Dr. Kilauma says they are proteins Dr. Kilauma's face is that they are made of amino acids. Dr. C has a carboxyl COOH and an Amine NH2

Alkyl R and H are in it. So, this is the actin and this is the myosin. He said that actin is a thin protein thread. It's thin. It's thin, doctor. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's thin. It's

with a Z-line, right? Dr. why do you say that? Because myosin is a thick protein thread, it cannot be connected with a Z-line. It cannot be connected with a Z-line. I have only one thing to be sure. It cannot be connected with a Z-line. The one who holds the thread with a Z-line and the one who pulls the thread with a Z-line at the lymph nodes, which we will say today, is the thread of the actin.

Doctor, these are the Z lines, and these red lines are the actin lines. And the lines connected to them are the Z lines. Okay, Zalful, what about the myosin? Focus with me. He told you that myosin is a thick protein line that connects to the Z line. Look, here. Here. Here. Here. The myosin. Focus with me. He told you, doctor,

The muscle is the distance between two parallel lines of Z The distance between two parallel lines of Z is like this, guys. Okay? What's next? The doctor said, "Come here, doctor. Look at the Z line and the Z line. You will find that there are areas that are bright and others that are dark and others that are half and half. That means that you will be exposed.

You will find that the area with only actin is very bright That's why doctors called it the bright area And we marked it with the symbol "I" So, doctor, the bright area consists of only actin lines, very bright Ok, guys

If the lighted area is on the side of the Z line, it means that the group of people who drew the actin inside did not draw it outside, so it is called a lighted area and we are quiet. But if it is drawn on the side of the Z line of the actin, we will call it the complete lighted area. Okay? Okay, so this is complete and this is complete. This is a complete lighted area. This is a complete lighted area. This is a complete lighted area. Okay? Okay.

Look doctor, I told you that I have a job in an area where kids are cutting off all of the actin and myosin. These are kids. Look at this. The area where the actin and myosin are cutting off. See the names? This is it.

If you come to light it, will you light it? No, you won't light it. Why? Because, doctor, in what region is it located? The line is connected to each other, so the light won't pass. This is the actin and this is the myosin. They are connected. And beware, they are cutting each other. So, doctor, what is the name of the old region? Okay. I told you, but there is something that caught my attention. Doctor, what is the name of the old region in the middle? I will find an area. An area, son? What is this? It has only myosin. That's it. So, doctor, what is the name of the region?

The area of the light is H Why? Because it contains only the light of the season So I ask you, Doctor, is it the area that contains only thick threads? What is the name of the area? You say, "The area of the light is H" So, Doctor, the area of the light is called H, the area of the light is H And this is the most important thing in the description box, we will see this today, God willing What is it, Doctor? I have my area, the area of the light is I The area of the light is H

That's it. Very nice. This is the doctor's muscle structure to the smallest structure. Focus now. This is the distance between the two vertical lines. What is it called? It's called the muscle section. And this is a very important group. It is the smallest

The unification of the muscles. What does that mean? It means that this is the smallest structure that is enclosed in the muscle. Isn't that right? It's nice to say that. The smallest unification of the muscles. It's the muscle tissue. Isn't that right? It's nice to say that. Okay. Guys, we said that the structure that is enclosed in the muscles is called Sarco. Sarco. And guys, the word "Mir" means "Cut". Do you remember the name we took it before in the "Sanoy" episode? Remember when I told you that the chromosome has edges?

It protects you It's called telomere I was telling you that telomere comes from the word "tel" which means "del" "del" means the part in the "del" It's called telomere isosceles part Anyway, sir, come here The muscle part The muscle, doctor, described it as sarco Sarco And the part, doctor, means "mer" So the muscle part is called sarcomere The sarcomere So, you're very good at distinguishing between Sarcomere, my son

Sarcolemma and sarcoplasm Sarcomere is the muscle structure between two lines of the metatarsus Sarcolemma is the plasma membrane of the cell Sarcoplasm is the cell's cytoplasm Ok? This is the structure of the muscles Let's get to the most important thing

The motion unit And here we will start from it, God willing, today's lesson, which is the nervous system The motion unit We all agreed at the beginning of the movement that The movement of man, animal or living being, children Is done by the intercourse between three devices First, doctor, the nervous system This is the purpose of his goal Or his job is to send the nervous commands Electricity, children The second one is called the circuits

Neurotransmitters. Ok? Very nice. Ok. Now, the second device that receives electricity and converts it into motion, converts the electricity into a moving energy called the muscle. What do muscles do? Dr. D, you are answering the question. You are answering the question. Neurotransmitters. What are they? The muscular doctor told you in general. He has two special children. First, the muscular doctor has a string of

The shape is general. What does it mean? It looks like a thread. Do you know the meat's shape? This is the doctor with us. Two kids have the ability to start late on the grip and the relaxation. So this is a cataract. The one who receives electricity, makes a grip and then a relaxation is the muscles. So the whole of the muscular system responds to the nervous system through the operation of the grip and the relaxation.

Finally, the skeletal system is pulled by the muscles at the spine to move at the joints

Now the doctor is done with the operation. He said to the doctor, "Let's talk about how to connect the nervous system to the muscular system." He said, "Focus, we will connect the nervous system to the muscular system." The doctor said, "It's easy. We will connect the nervous system to the muscular system." He said, "We will do something called nerve connection."

The nervous system and the muscle system We will connect the two and connect the two So the doctor told you that we should take something called the motion unit The motion unit Focus from the fire, children The motion unit You know very well from the second grade that the nervous cell is divided into three parts What are the names? The nervous cell is divided into three parts First of all, it is not important now that the nervous cell is a sensory doctor

These are the cells that transfer the feeling from our skin or from the sensory organs to the brain and the spinal cord. It doesn't matter now. Secondly, the nervous cells are connected. Thirdly, the nervous cells are moving. We said the sensory organs. The moving cells do the opposite. They transfer the orders or the nervous cells from the brain and the spinal cord to the response organs, which are the muscles or the joints.

Ok, what is the doctor saying? He said that this doctor is connected to the two at the spinal cord, which is not important, but the very important thing is the nervous system. So, doctor, let's take a nervous system. He said that simply, as we finished in the second year, the structure of the nervous system, let's go back to it very quickly. He said that it is a

Something called the body of the nerve cell. Do this, son, different from any other cell in our body. Okay? Nice. It has a nuclear doctor. And like the names we used to say, the nature of the muscle is called Sarco. The nature of the muscle is called Sarco. So, son, the nature of the nerves is called Neurochakra. Neuro. So, when I tell you, for example, Neurolimma. So, who is this? The bald man. So, when we say, doctors, nice, Neurochakra.

B-LASM, so who? the cytoplasm of the nerve cell, ok? ok, Zalful and this is the cell, ok Zalful? by the way, doctor, our nerve cell is indivisible

Because of its absence, children, on something called the central body, which is what forms the mucous membrane that divides the chromosomes during division. This does not have, we do not have, it is not divided. Therefore, the amount of what happens to him, for example, a clot in the brain and a part of it dies and a clot occurs, he does not fear. Why? Because the cell will not be replaced, okay? The clot can be replaced by a cell in the brain.

It's called the nervous system, it's also a great service for the year But if the cell dies, it won't work, and the body is the most important thing, the doctor who gets the nerve fluid from it The body contains a bunch of fiber fiber, this is the fiber, focus on this, the fiber

The cells and the body of the nerve cell are the ones that receive the nerve cells. If a nerve cell wants to connect to another nerve cell, it will do something called nerve-nerve-nerve. The nerve cell sends a nerve cell to another nerve cell, and the nerve cell will be injected with electricity by two ways, either the cells or the body.

Ok? Very nice. Ok. What else? The doctor told you that after that, you will find that the body, my children, will get something called "stability" "stability" "stability" to make something called "the axis of the nerve cell" What is it called? "The axis of the nerve cell" It may reach more than a meter. Imagine? Ok. This axis, guys, ends, ends, ends, ends, it is divided, listen to the name, by something the doctor called "divisions"

What is it called? The endocrine system. Focus with me. The endocrine system has a button at the end. Keep your mind very, very, very, very. Button. Ok. This tube is wide, doctor. No, it's not possible, doctor. The wire is wide. It must be, doctor, my dear. This wire is covered a little. He told you how to cover it. I have a cell called Chouan cell. Children, it comes to cover the tube. What do you do? It turns the tube, doctor.

with a layer of an oil called Myelin Myelin Myelin, like this Myelin, like this Myelin, like this To speed up the nervous system transition through the brain Why? Because the electricity is coming out of the body and it goes like this

Where did it go? To the end of the spectrum. Very nice. Look, guys. These are children with a nervous system. They're moving. The lesson starts with the doctor.

All this is old, the lesson starts now Doctor, the nervous system connects the two nerve streams, the muscles and the joints Is the joints important today? No, today the muscles are important To know how the muscles are electrified and receive the nerve stream and start making the vertebrae Okay? Good, let's go Doctor, focus, imagine this

The secretions of the Nervous Nerve Cells or Nervous Nerve Cells

No problem, the nerve is a very active cell, no problem at all, okay? It ends up with total secretions, total secretions. You may ask, "Doctor, does total secretion feed all the muscles directly to each other?" The single secretion. "Or does it feed the lymph as a cell, or does it feed the lymph, or does it feed the liver?" It feeds the cell, it feeds the lymph. So, guys, does every total secretion connect, my children?

By the sarcolemia, the plasma membrane of a muscle cell inside the muscle. Like this, Dr. Leafa, and Adi Leafa, and Adi Leafa, and Adi Leafa, and Adi Leafa, and Adi Leafa. So, guys, the final expansion that he's holding is called the Leafa, or the muscle cell. Okay? Nice. We'll say he's holding the extra now. He just said it. Okay? The doctor told you a piece of information. I'll tell you the information, not just asking you. Guys, the single motor nerve cell

It distributes the divisions from 5 to 100 of the muscle fibers. Imagine, Doctor, I have this muscle. What's up, kid? This is a muscle doctor. It has big names. It has 1000 fibers in a belt. It has 1000 fibers in a belt. Is that enough? Great. The doctor said, "The 1000 fibers

will feed a group of the nervous system. The doctor told him that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way. The doctor said that every nervous system is moving in its own way.

Why? He said that the single nerve or the single motor cell contains 5 to 100 of the muscle fibers. What does that mean? Does it mean that a doctor can contain 5000 muscle fibers? Yes. Does it mean that he can contain 5 muscle fibers? Yes. Can he contain 99? Yes. Can he contain 100? Yes. Okay. So, the single motor nerve or the single motor nerve contains 5 to 100 of the muscle fibers. This is a fact. Okay. Now, the question that comes here is,

The largest number of nerve fibers that feed a muscle that contains 500 lipids Same question but I tell you less Same question exactly What should I do, Asmaa?

You say, "Doctor, I have 500 Lifas" Okay? I want to know the number of nerves that feed the 500 Lifas. I'll put all the nerves inside. Does it take 5 or 100? It takes 5. So, Doctor, I divide the number of fibers, which are the 500 that are conscious, by 5. What does it feel? It feels that when you divide the 500 Lifas by 5, it will be 100 cells.

Neurotic, moving, so the doctor entered 100 cells 100 nerves, so come on, your number is the lowest, how many cells are there in each? 100, divide 500 by 100, so we have 5 nerves only Indeed, the doctor, the highest number is 100, he can enter and divide 500, each one of them took 5 and the lowest number is 5, each one took 100, right? So, when the doctor tells me the highest number, I divide the number of the limbs by the lowest number of 5

When I say the least number, I divide the number of fibers by the largest number, which is 100. I understand it with the farmer. I am a doctor, I am a muscle. I have 100. I want to insert a lot of nerves in my muscle. How many nerves do I have? Only 5. I feel like it takes a lot. I have 20 nerves. 100 divided by 5. I want to insert a few nerves. I have 100 nerves in front of me.

I have a very important definition called the "Movement Unit" What is the "Movement Unit"? The "Movement Unit" is the "Movement Nerve Lymph" and the group of muscle fibers that nourish it

So, what is the function of the single nervous system? And what is the group of muscles that nourishes children? It's called the single nervous system Why? Because this communication is called "Normal Neural Communication" Easy! Neural communication is normal because it's a neural connection with the muscle So, the neural communication is like the muscle. Like the brain. So, this communication is what makes the muscles move. That's why children call it, pay attention, listen to the name "Normal Neural Communication"

to move the muscle. The motor unit. The motor unit is the muscle tissue and the muscles that feed it. It's called the motor unit. They call it the functional unit of the muscle.

which makes the muscle function as a motor unit. So, the motor unit is a motor nerve cell or a motor nerve leaf and a group of muscle fibers that are composed of 5 to 100. Isn't it, guys? It's a very important question. The muscle's compositional unit. What's its name? The muscle's leaf.

The cell Dr. Naseegh, the muscle is a cell The functional unit of the muscle that is activated by the motor unit The motor unit is a muscle and nerve or muscle and ligaments Not just a muscle and ligaments But the muscular unit, the muscle and ligaments The motor unit is the muscle and ligaments that are the main part of the muscle and ligaments

Stay with me, stay with me, look what I will do I will zoom in, zoom in on what? On the final separation of the part that is attached to the muscle cell Second, zoom in on this area What is it, guys? It is the final separation of the part that is attached to the sarcolemma or the muscle cell Okay? I will start drawing now, focus with me The doctor told me to draw the connection

Neurotic joint, or the muscle joint, what does it mean? It means the neurotic joint, the endocrine, the muscle, the muscle cell. Explain yourself. Let's go. The doctor said that it will be done like this. You have the neurotic joint, or the muscle joint, or what is called the second doctor, the neurotic joint, the muscle. It's very, very easy. Look at the sentence that comes. All joints and all connections do something called the motor unit. Right or not?

Right or wrong? The only movement is the nervous system that contains thousands of muscles to feed it. This is the end of the doctor's expulsion. Each expulsion is the process of the cell's intercourse. Each expulsion with the cell or the part that is interlocked with the cell is called

Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic Neurotic

A doctor from 5 to 100, a doctor from 5 to 100, why is a 5 to 100 doctor in the muscle? The neural connection to the muscle is from 5 to 100, easy and simple, okay? So guys, the neural connection is the connection to the muscle, it is the doctor of this region, or this, or this, or this, or this, he told you a doctor from 5 to 100 in each movement unit. Come on, kids, let's take one and grow it. He told you, by God, when it grows, it will come out like this. Look, my dear, my heart.

This is the end of the nerve This is the end of the nerve For example, this is the end of the nerve The doctor said this is the end of the nerve The end of the nerve is like a button It is connected to the muscle tissue You will do it, doctor, I say it again and again so you do not get confused with me I will enlarge this area Let's enlarge it, let's enlarge it Let's enlarge the nerve

The button, son How did he do it? Do you know the trick? Do you know the trick, Asmaq? He did this He made the red part bigger, Asmaq This is the button If you hold the pen, Asmaq, do you know the hole here? Do you know the hole here? Yes, this is it Right? Good, good So, this doctor is called the nerve end The nerve end Or they call it the end of the nerve The end of the nerve Same meaning No problem, okay Focus with me

Doctor, did I draw a neural network? No, you drew the neural network. Where is the neural network? Look, this is the neural network. I will take the green part of the sarcolemma. This is the neural cell. This is the neural cell. I enlarged it. Doctor, did I enter a neural network? Or a neural neural connection? Is it easy? In the name of God, the Most Gracious, the Most Merciful.

Focus Doctor, the part of the sarcolemma that has a neural connection with the muscle cell is called the second page of the motor endocrine or the endocrine muscle page. So, Doctor, I have this area called the endocrine division.

Because this is the last part of the nerve or the end of the nerve or the button Because this is the last part of the motor nerve And the sarcolemma that connects to the end of the nerve is called the endosophic motor surface This is the part of the muscle that connects to the end of the nerve Look, the whole of this region

All of these are called Neuro-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-Neurotic-

This is not a child's muscle, it's a muscle of the body, I've enlarged it a lot This is not a nerve, it's a final branch of the nerve, the last nerve below it This is what I did, I just zoomed in on it The red part is like this, and the green part is like this This is the sarcolemma, the part that is the opposite of the button is called the final motor surface And this is the last nerve of the ventricle What else?

Live with me, if you want to move your muscles, make them feel good and happy, what will you do? First of all, you will create the will to move, your brain will think, look what a wonder that happens, your brain will think about movement, then it will send the brain and the brain cord to the brain, it will send a nervous system, where? In a moving nervous cell, you go to the muscles, so concentrate.

The nervous system is working, guys. Where is the doctor? He's in the hallway. He's in the final break. Where is the button? The nervous system is working. It's working. First, we'll take the first thing in the muscle tissue.

The cause of muscle contraction is the access of the nerve canal to the endocrine system This is it, kids. Ok, the nerve canal is connected. Look what will happen. I told you, doctor. As soon as the nerve canal is connected, the police will call you a "Wiwa" or a "Wiwa" I told you, doctor. As soon as the Wiwa or the police call you a "Wiwa"

the sinner will escape. Who is the sinner in our story? The sinner is me and my story is the calcium. Look, when the nerve cell reaches the end of the nerve, the doctor starts opening the doors of the calcium in the end of the nerve. That's it, open the doors, doctor. What comes in from it? Calcium ions. Calcium enters. So, doctor, calcium entered.

He escaped from the police But this stupid thief entered the police and did not escape from them So he escaped and entered the police So I have two lines The access of the nervous system to the nervous system The one that is the end of the nervous system or the one that is the nervous cell Then when the nervous system reaches the end of the nervous system

the calcium enters the nerve endings so doctor, I have another thing, the calcium enters the calcium enters the calcium ok, keep in mind guys, this whole area is called the muscular nerve joint guys, the empty area between the nerve endings and the muscle tissue means that the area is colored in yellow this is the area that is colored in yellow, like this yes, it is called the fracture of the joint

The joint of the joint is called the joint of the joint. What does it mean? It means the pit of the joint in the heart of the liver or in the heart of the earth. The pit of the lung of the pit of the lung of the earth. So, doctor, the joint of the joint means the empty space between the nerve end and the muscle cell. Is it enough? It's nice to say this. So, doctor, when the nerve cell reaches, ask me, Asma, if you said you have 20 pounds. Is that enough? Shall we increase it a little? Shall we increase it a little to 20 pounds? It's nice to have 20 pounds. Okay, doctor.

When the nerve fluid reaches the nerve area, the amount of calcium in the connective tissue decreases or increases. Why? Because it enters the nerve area. Is that right? Very good. So, to enter the nerve area, the amount of calcium in the connective tissue decreases. So, this area is called the connective tissue.

The joint is broken, and then someone asks me what is the difference between the joint of the muscle nerve and the joint of the joint of the leg? Right or not? You will ask her in the next part. Right? Guys, the joint of the muscle nerve is the nerve end and with it is the motor nerve. What is the part of the sarcolemma that connects or connects with

The nerve endings are called the motor nervous system. All of these are called the nerve-muscle-muscle connection. But the connection gap is the gap between the nerve endings and the motor nervous system. All of these are called the connection gap. But all of these are called the nerve-muscle connection.

So, doctor, focus on what happens to the muscle tissue? He said, "Doctor, to have muscle tissue, the nerve fluid must be affected, guys." The electricity that comes with it. Okay? Good idea. He said, "Doctor, when the nerve fluid reaches the cell, it goes to the nucleus, then it is distributed in the endocrine. When the nerve fluid reaches the endocrine,

It opens the calcium channels and the calcium ions enter the cells. And beware, Doctor, we will say today, God willing, that there are two roles in the cell's cell membrane. The doctor told you that when the calcium enters the cell or when the nerve cell reaches the cell, the calcium ions enter the nerve cell. This is the second step, guys. The third step, look, my love, we have taken something called the nerve cell.

Oh, I see. 1. Acetylcholine 2. Adrenaline Light Yes, Acetylcholine is Adrenaline Light. Forget about Adrenaline Light. Stay with Acetylcholine. Okay? That's good. Dr. Acetylcholine is present in the nervous system in the blood vessels. It's filled in the blood vessels.

Nucleic acid is called acetylcholine. Where is this, doctor? In the end of the nerve. Okay. It's called, kids, nerve cells. Or nerve cells. No problem. What does it mean? It means a bag. And be careful, it's nice. It's full of acetylcholine on the inside. Nucleic acid. Nice. Very nice.

Focus now What's the relationship between this and calcium? And why is the number 3 doctor of the colin department connected to calcium? He told you that the calcium doctor is a stupid fool He entered the hospital or the police station and the police did not see him

He left, he was happy, he was quiet, he said, why don't you be quiet? This is a group that pleases the people around him. Okay? Someone asked in the comments once, what does it mean to please? I don't know, but it means something is happening. And you know, when I was sitting with you, you didn't have a job, but I was...

I know you, I know you, I do something to annoy you like this, we are sitting here, you do something to annoy me, this is what you are pleased with, right? So the desire group will do something to annoy me for no reason, I did nothing to you, but what do you please with? So the calcium group pleases with the nervous system, it annoys it, it tickles the leg, the pen, the pen, and it will sit quietly and hide the small family movements like this, okay?

So, when I got out of the room, I said, "Sister, please, I will leave the room and leave the house and go out" And you know what? This is what the nerve cells do, the calcium, and you know what? This is a science, the calcium ion causes the explosion of the nerve cells in this way, and it comes out of it, what and where?

Dr. Acetylcholine comes out of it? Yes, in the clots. What's the doctor's opinion? The third step: Calcium ions cause the explosion of nerve cells and Acetylcholine comes out of it in the clots. Pay attention. Ask me, "Is this right?" Is this how the muscle is contracted? Not yet!

All of this is in the nerve and the connective tract. You are a group of nerves and nerves are a group of finished his job and mission when Dr. transferred the nerve called acetylcholine in the connective tract. This is the end of the nerve.

The nerve end is over, and the second step is the one that causes the rupture of the lymph nodes, the muscular muscles, and the access of the nervous system to the nerve end. When the nervous system reaches the nerve end, calcium enters and does not exit.

It enters the nerve system from the joint of the joint So its amount decreases in the joint of the joint And its amount increases, doctor, in the nerve system That's it, this is a doctor, the calcium is sitting quietly I mean, is it enough for anyone else to be evil? He said, no, it is not enough for anyone else to be evil Evil, guys, reaches the nerve cells that are usually in a state of which the eye is sitting And filled from the inside, it will break and it will be torn from the whole intestine It sits, it sits, it sits, until you tell him, oh God, I will leave you the house and walk and walk Until, doctor, you go to the nerve system's cover

and then the acid will explode and Dr. Al-Astitalikulin will come out of it in the joint of the joint. This is what happened in the first three steps. Let's focus together. Let's come to the muscles. This is Dr. Sarkolema. Our Sarkolema has three cases of the muscle tissue. This is the first case, the second case, and the third case.

The first case, the second case, and the third case. I'll focus on you and make your voice loud. Why? Because this is very important. I'm the only one who raises my voice. Doctor, don't be so hard on me. The first case is called the state of rest. The state of rest. Your muscles are very simple. The second case is the state of compression.

The muscle has reached the vibration, which means that the muscle is now contracted. I'm telling you, doctor, how does the muscle respond to electricity? It contracts. So, the condition of the vibration is the condition of the contraction. After that, the contraction does not last long. You contract and relax. Okay? So, guys, we were relaxed and relaxed. We became contracted. We became, doctor, in contraction. Or the condition is contracted. After that, the final condition is called the return to rest.

Back to the point, focus on me,

The blood clot in the body is in the state of relaxation and relaxation I'm talking about the muscle tissue Not the blood clot, the muscle or the cell I'm talking about the blood clot, the cell Ok? It's nice that Dr. Sarcolema and Dr. Kazanawa are in it, right? Do you understand or not? Ok, like a fool I told you, doctor, the blood clot, Sarcolema, is the muscle tissue In the time of relaxation, the doctor felt that he was enough and not enough

Haa! Shari! Saah! Kaafi ghairi sharri! No, it's not Khairi. You say, "Kaafi khairi sharri" What does it mean? Do you think about it like that? By God, do you think about it? What does it mean? "Kaafi khairi sharri" Really, what does it mean? Kaafi Khairi Sharri. Kaafi Khairi Sharri. You brought Khairi and you called it Sharri. Can you imagine? No, it's Kaafi ghairi sharri. It means that Shari is Kaafi ghairi.

God is the best! I used to think that politics is good and evil. What does it mean? The doctor said that everyone is good and evil. The good is the positive and the bad is the negative. So, the bad in a state of rest is good and evil. So, you are the positive outside and the negative inside.

Focus, the external adipose muscles are the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that is the one that

What is the cause of the postpartum? Sodium Sodium is very good. So, doctor, in the case of depression or depression, and the postpartum is good and the postpartum is bad, and the postpartum is outside, who causes the postpartum to be outside? Sodium, because of the number of people, the sodium is outside, okay? Like the fulcrum. Okay, look, sir, the doctor told you,

This situation is called the situation of "the situation of the "

Why? Because it's relaxing. What's the name of the movie? Tell me. It's called "The Rebellion". It's called "The Rebellion". It's called "The Rebellion". Look. It's very important to know the situation of the "Rebellion". Look, it's hard or easy? It's the condition of the muscle.

The ligament? The muscle? The muscle ligament Look at this beauty When it's surface is... What's its name? Its surface is... Exterior is... Inverse And the interior is... Negative We're done, I swear And this is a doctor who knows the state of the soul That's it So, doctor, the nervous system is still not working

There is no Acetylcholine, there is no one of these. We are still in the state of restlessness or the state of what? Resuscitation, Resuscitation, Resuscitation. Okay, Zalful, look, pray for the Prophet. The Ghesha was enough for his evil, God forbid. We were standing after the first three steps in the Lincobad, who is in the shock of the connection?

Acetylcholine is called nerve transfer, guys. What is it called? It's a chemical substance that transmits nerve signals. Where does it transfer it? From the nerve end to the motor end of the limb. So, doctor, it transmits nerve signals. That's why it's called Acetylcholine nerve transfer. Focus, doctor. Look, my dear.

"The one who has to be the one to be the one"

The sarcolemma doctor says to him: "Come on, my love, go to your brother Fawaz's room and meet him and sit down. I have acetylcholine receptions. I have acetylcholine receptions. You can meet and sit down. Come on, my love, sit down on your chair with me." This, guys, is not a lie. And the doctor goes to the receptions for acetylcholine on the plasma membrane of the muscle tissue.

Focus now Who is the one who met him and sat down? The one who sat down? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The one who bowed to him? The

"Iraz, my children, in sarcolemia" What does "Iraz" mean? The doctor told you that when sarcolemia is received and called on the muscles of the lymph nodes or sarcolemia, it causes the children to be in the opposite of being caught.

He ran away. The doctor who was evil was a negative. He was carrying a negative outside and a negative inside. So, he was carrying a negative outside and a negative inside. Yes. Doctor, we reversed the equation. Yes. Instead of being in a state of rest, we became in a state of depression. Yes. Instead of the equation, we became in the state of no equation. Correct. Come on, guys. Let's know the equation. I don't know what it is.

It's a state of the muscle adductor muscle. When we were on the external surface of the spine and inside the spine. Let's know the state of the adductor muscle. Yes, it is the state of the adductor muscle. The external surface of the spine. Be careful. Here, children, we draw like this. We talk about the adductor muscle here. At the sacroiliac. At the parietal surface. The doctor told you to reverse the adductor muscle. Outside, it is a flat surface. Inside, it is a spine. Like this.

The outside is negative and the inside is horizontal. So, we have reflected the inclination, instead of the outside being negative, the inside is negative. Instead of the negative inside, the negative is outside. So, the non-inclination or the opposite of inclination or the reflection of inclination is the case of the muscular lymph or the muscle lymphatic system when the outer surface is negative and the inside is negative. If I ask you a question, it is: Who is the ion that

caused the ions in the opposite direction of the absorption. Right? Sodium. Okay. Focus now. Which chemical substance caused in the opposite direction of absorption? Cholesterol. Acetylcholine.

Like the elephant, focus, focus while the child is in the state of non-stimulation, or the state of vibration, the muscle will be in a state of expansion This is exactly what happens when the muscle expands, let's say it to each other Look, we have been talking for half an hour about how to do this, but what happens?

The cause of the muscle tissue rupture is the flow of the nervous system to the end of the nerve. When the nerve connection is good, the doctor will arrive from the priest, the chalice, and he will enter the nerve.

When the nerve tissue reaches the nerve end, the calcium ions enter the nerve end. What's next? The calcium ions cause the explosion of nerve cells or even the connection of nerve cells.

Don't get confused, it's just a combination of nerve cells, nerve cells, and nerve connections in the heart. So, the nerve cells in the endocrine system cause the explosion of nerve cells. What's next? When the doctor explodes, the acidity will be released.

Acetylcholine Acetylcholine Acetylcholine is called a chemical neurotransmitter What's next? Doctor, what's next is that the future is waiting for us What's next? Doctor, what's next is that the future is waiting for us

Before the acetylcholine was added, the patient was in a state of relaxation and relaxation, and the patient was in a state of muscle tightness. When the external surface is smooth and the internal surface is smooth, the patient is in a state of relaxation. Dr. Al-Asteyl Choline said that acetylcholine causes the opposite of relaxation. It causes the removal of relaxation, and it causes the reflection of relaxation. It means that the doctor reflects the charges.

Instead of a negative outside, a negative inside, a negative inside, what happened? The sound is in. Okay? Nice. Okay. While the muscle or the lymph is in a state of removal of the retina, the non-retina, the reflection of the retina, the opposite of the retina, your muscle is in a state of expansion.

This is the level of contraction of the muscle tissue. If you have a contraction, will it make you constricted forever? No, it will make you relax. How will the muscle relax? Tell me, the simple answer is: The muscle tissue or the cell that was relaxed, then entered a contraction. Who caused the contraction? Who? No, not the ions, the chemical substance.

The one who started the fracture and the one who started the fracture is the one who got the acetylcholine. She has a sudden cataract. Does this one get in? No, he doesn't. When does he get in? When the patient gets acetylcholine. So, the chemical substance that causes the opposite of the contraction is acetylcholine. If you want to get back to the contraction, if you want to get back to the relaxation or the return to the contraction, what do you do? You do a trick. You say, "Doctor, I get rid of acetylcholine." Exactly, my child. Glory be to God.

God Almighty created for us in the area of the joint of the joint an enzyme called the "Alcholinesterase" enzyme. Alcholinesterase is a two-part enzyme, Acetyl and Choline. It is even hard to describe them like this, Acetyl and Choline. Alcholinesterase is capable of breaking Acetylcholine.

for two things, kids. Colleen, unfortunately, is not an acetyl. Colleen, kids, and Hamd Khaliq. Hamd Khaliq. Colleen and Hamd Khaliq. I mean, doctor, the acetyl-colleen that was sitting on our faces, and it was stuck in the face, and it was made into a structure. Is there anyone who knows how to break it? Yes. Who? Colleen Stries.

This is it, guys. So, when the doctor returns to his health, he will use the enzyme of cholinesterase present in the joint to destroy the acetylcholine on the future of the doctor to cholin and amylase. So, doctor, when the acetylcholine breaks, if you asked me, is this amylase present inside the muscle tissue or outside the muscle tissue?

Out? Why? Because your uncle, the colonel himself, was on the balcony outside in the area of the Tashabek apartment. So when you broke the colonel, Hamda, thank God, where is the colonel? Out. Hamda, thank God, the colonel is out. The colonel is out. The colonel is out.

The astral colin is not in the muscles, it is in the ligaments. The astral colin is a chemical compound that works on the future.

When it is broken, the results of the breakage are outside the muscular ligament Dr. Hamdol, the result of the breakage of the acetylcholine by the act of cholinesterase is outside the muscular ligament. Very nice. So, guys, acetylcholine in the state of rest, children, is the external charges are responsible for the accumulation of sodium ions and the internal is negative. Do you know if you took the voltmeter, the difference in the effort is V times I times R, what is the difference?

I will show you the device in the second part of the lesson If we take a device called the Voltmeter It has two poles, one here and one there I told you that in case of rest, it will be -70 millivolts What does -70 mean? Is there something called -70? Yes, there is What does it mean? The inner side of the cover reduces the loads from the outside by 70 millivolts This is -70

If you were at the voltage of the voltage, you will find that the current is 40 millivolts. This means that the internal side of the voltage is more than the external side of the voltage. When you go back to the air, you will find that the current is negative 70 millivolts. When we go back to the air, when the acetylcholine is broken and the acetylcholine is removed, how do you get back to the voltage?

How can a doctor get the mucous out of the vagina? Just like that! There are many details that we have learned in physiology and we took some of them in the second year of the nerve cell But it's not a problem, you have something called chlorella and something called proteins that make the vagina a negative and the potassium is high So, doctor, my whole story is about the vaginal vagina So, in the state of ejaculation, the external vaginas are positive and the internal vaginas are negative

because of the accumulation of sodium ions outside and the difference in the effort in the state of relaxation, relaxation, or relaxation is -70 millivolts

The effect of the infection is the region, and we are talking about the level of the lymph We haven't taken the infection at the level of the lymph, we haven't taken the infection at the level of the muscle tissue We haven't taken the muscle tissue, because it is still in the cell, focus with me In the cell, there are very simple steps, this is the infection region

The cause of muscle contraction is the accession of the nerve cell to the nerve end. When the nerve cell is reached, the calcium enters the nerve end and causes the calcium to explode in the nerve cells.

Which contains a chemical neurotransmitter called acetylcholine Acetylcholine is called in the joint of the joint To reach its future on the sarcolemia Acetylcholine works on the sarcolemia on the opposite of the contraction Removed contraction, contraction reflection The outer surface of the muscle is become solid and the inner surface is flat And it is called the state of no contraction

It is the case of the adipose adipose tissue when its outer surface is negative and the inner surface is positive due to the accumulation of sodium in the inside. This means that the colon's acidity when it is away from its future causes the children to enter the sodium. Enter the sodium, enter the sodium. Okay, that's it. Here, the muscle is in a state of collapse. Okay, how do we get back to the lymphocytes at the level of the lymph? The doctor who causes the lymphocytes at the level of the lymph, children, said that it is an enzyme called the cholinesterase enzyme.

What does this doctor do? He says that he works on breaking down the acetylcholine to choline and acidity and so the acetylcholine is removed. The question is, where does the choline and acidity go? Does it stay in the chain? The doctor says no. Now, there is something called reuptake. What does reuptake mean? The cells are re-absorbed in the nervous system

to make another acetylcholine from them and store it in the saline. This is for me acetylcholine and choline and amylase after breaking and we said that amylase is found outside the muscle tissue in the joint. And where is the choline stress? There is also an enzyme in the joint. This is a doctor for me who is very happy and happy at the level of the lymph. Come doctor, let's take

The contraction at the level of the ligament, which means your presence at the level of the muscle tissue. Focus with me. Okay, look, guys, focus with me. We are stiff on the forehead like this. We have taken the contraction at the level of the muscle tissue. Doctor, how is the tissue itself like a cell of the ligament? But wait, doctor, this cell or the ligament inside it has ligaments. So the contraction of the ligament is like this. Do you hear the sound of the sound?

So, the lymph nodes are connected to the lymph nodes. Is that enough? Good. So, Doctor, how do the lymph nodes connect? You can tell me. The lymph nodes are muscle tissue. So, we need to know how the smallest muscle tissue connects. Which is the muscle tissue. The smallest muscle tissue. That's it, Zouzou. Alright. Let's start.

This is a Z-line, but focus please. I will draw it in a straight line so it's easier for you. Just imagine it. This is a thin line called actin. I will draw a muscle. This is actin. This is a completely illuminated area. Are you getting excited? Next is the myosin.

The place is called the lighted area From here to here, the place is called the "Zed"

The muscle tissue is very very very nice. Focus. Doctor, when the lymph is contracted, what happens to the whole lymph? Let's see. The doctor told you that when the lymph is contracted, it develops, focus, God bless you, very very very very, it develops, guys, from the myosin threads, the thymus, it develops from the myosin threads, the thymus, guys. Something called, doctor, the ligaments.

Musta'arada or Khatatif Do you know the name of the thread? What is this thread? If you want to get something from above and pull it out with a rope, you pull the thread out and pull it out and you will notice that something is connected to it. Okay? Look doctor, focus with us. The doctor told you that the thread is here. Focus like this. The doctor from the Mayosine threads, children, is created by the thread. It works as a thread to pull out the threads of the actin.

and he said to me, doctor, look, because I will tell you something very important, the opposite link, my children, is created from the myosin thread with the help of calcium ions. He said, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no, no,

Leprosy and leprosy at the level of leprosy, how? It's simple and easy At the level of leprosy, it is the explosion of the nervous system and the exit of the whole nervous system, meaning the chemical fluid that makes leprosy that reflects the retina, right? Good! As for doctors at the level of leprosy, they contribute to the formation of the subcutaneous tissues

Ok, so the opposite link is a line that is created from the myosin thread and extends to connect to the actin thread in this way to work on the withdrawal of the actin thread at the infusion Think about what you might be doing, think about it Doctor, I have the infusion and I am the myosin, a opposite link will be created from the myosin

It works on pulling the actin line to the inside. Second, I am the fixed myosin. Is the myosin moving? No, the moving is the actin. How does it pull? How does it come close? How do we make a contraction? A question. Guys, when this muscle is relaxed, its length is long. When the length is contracted, it shrinks. So, doctor, it shrinks, meaning the lymph is shrinking, and the lymph is shrinking, and the tissue is shrinking.

How do the actin cells move? They move inside with the help of the opposite link that is formed by the myosin with the help of calcium. It is done by pulling the actin cells inside. Focus now. The opposite link is formed by the help of the calcium ions from

The myosin to connect the actin and take it to the inside That's it, this is the hidden link Look, a golden rule The hidden link or the hidden link is called hidden bridges

It's like collecting the bridge between the myosin and the actin with the bridge So, Dr. Rafa Al-Mustu'arda, the plan of the bridge bridge is simple and easy. Focus now.

The opposite link is a song, guys. It's a bond between us. Again, the opposite link. Listen to it. Say it with me. Listen to it. I mean, doctor, this is what I'm talking about.

So, you are holding the actin and using the tube to absorb the ATP. So, you will leave the actin to have the activity of consuming the ATP. Don't be so harsh, doctor. So, you will hold the actin and use the tube to absorb the ATP. Yes. So, during the contraction, the cut needs the ATP. And during the activity, the actin needs the ATP. Yes. Both are active processes.

Not a pusher, we need ATP. Okay? Come on, doctor, let's see this is important, but let's write it. So, doctor, the synaptic link came out, went down, and ate ATP. Okay? Is this good? Let's go, doctor. In the name of God. So, guys, the synaptic link is made up of calcium ions, but it works as a transducer and pulls the actin with the help of ATP. Okay. Look, C.D., the doctor told you her name, guys, what we're talking about, guys.

The next step is to remove the lines of the thin actin by means of the negative bonds by consuming ATP So, is it true or not that it is called removing the Z lines of the inside? Is it true or not?

Dr. Zed is getting closer to Zed, right or wrong? Yes, Dr. Zed is holding the actin and you pulled the actin so Zed's line moves inward. Okay? Good. And you have ATP with you. Look, my dear, when you move Zed inward like this, guys, look at this. Zed will move inward. Okay? First of all, the length of the muscle tissue. What happened to it? So, Dr., the first thing I will do is to produce it.

When we have an incubator, it shortens the length of the muscle. This is the first thing. So, the length of the incubator is short. The length of the ovary is short. The length of the ovary is short. The length of the muscle is short.

All of them are short at the link points. Okay? Except for the thick lines that are called the myocytes. You will understand. Focus with me. Okay. Guys, let's continue this part. Listen to me. Where is the myocytes? I mean, where is the actin? Here is the actin doctor. This is the actin doctor. Is his height short? No, it is a line, doctor. It is not short. It is a line that is only stretched inside. Okay? Here it is. So, guys, the actin is here. Okay, guys? Here it is. The actin is here. The actin is here. The actin is here. Okay? Here it is.

What about the myocytes? To tell the differences, what happened? First, the length of the sarcomere muscle is less. This is easy to say. What happened to the light area? Because you moved the Z to the inside, the light area became this small. So, the length of the light area is less.

Ok, tell me please, the area is similar to H, did you see how much it was and how much it became? So, Dr. H, its length is also less, tell me please, what happened to the length of the local area? Tell me please Focus, ladies, don't be like this, let's mark it with yellow, come on, ladies, in the name of God Where is the local area? On the edges of the myoceneal cells, right? Ok, all of them

and H inside it. Okay? Good. You've made a drop of actin on myosin. By God, myosin itself as the area of myosin. He said, "No." So, doctor, the area is as bright as it is. But, doctor, how can the area be as dark as it is? And the actin dropped on myosin. I tell you, my dear, the dark area will be destroyed by the limits of the myosin line. Will the myosin line move? No. So, doctor, tell the area what?

The kidney is stable and does not change Why? Because the doctor's boundaries are the veins of the kidneys And the kidneys are stable, it is what produces the immune system And it is what withdraws the actin As long as the doctor's kidneys are stable, the kidney area is stable So, my theory is called the "slippery veins"

The scientist is called Hexley, the doctor of the theory of the sliding line, he explains the compression of the muscle on the level of the muscle.

Actin, right? So, doctor, in the muscular contraction, who is the stable protein? Who is the active, the active, the actin? Okay? So, this is the theory of the active protein, which explains the contraction of muscles at the level of the muscle tissue, which happens to you next to the contraction of the muscle. So, doctor, what we took above,

It happens on the level of the lymph. What happens inside the lymph? The smallest tissue unit is the muscle tissue. The second, the muscle tissue is the lymph. The muscle tissue is the lymph. The muscle tissue is the lymph. The smallest tissue unit is the muscle tissue. The doctor says that when the tissue is formed, a transverse ligament is formed. It is formed from the myosin line and connects to the actin line.

The first is to work on the withdrawal of calcium. Calcium contributes to the explosion of blood vessels, to the endocrine system, to the rupture, to the muscle tissue, and also contributes to the formation of the opposite ligament.

Now, the doctor will create the opposite link with the help of calcium and pull the actin line towards the inside with the help of ATP, the free energy from ATP, and the actin line will be pulled towards the inside. This will shorten the length of the muscle tissue and the light area.

The area is almost dim and the area remains the same The drawing is very good, very good Look, there is a trick, my dear, at the end of the muscle tissue What does it mean? It means that you have the last muscle in the tissue It means that the amount of actin has increased a lot on the amount of myosin It means that it is gone

The area is not good, my friends. The area is not good. It's normal that the area is not good. Okay, guys? This is what happens in the case of the hyperlipidemia. Okay? This is the doctor's opinion about the hyperlipidemia. Okay, my dear. We took the hyperlipidemia because of the acetylcholine. And the lymphocytes at the hyperlipidemia because of what they break. Who? The cholinesterase. Okay. Here, doctor, you told me that the hyperlipidemia is at the level of the cholinesterase.

because of the immune system which was formed because of calcium and worked because of ATP. How Dr. Alweifa can go back to normal again? The doctor said simply, simply my children, the immune system leaves the actin, the immune system leaves the actin, how will it leave the actin? It consumes ATP again. So guys, the immune system of Alweifa is consumed by ATP.

It consumes the ATP receptor to separate from the actin line, so the Z-line returns to its normal place, and the lightening region returns as it is, and the same lightening region and the muscle tissue returns as it is, as the main part of it. So, guys, the lymph nodes to be removed are used by people who need ATP, and the lymph nodes to be left are also needed by people who need ATP. Isn't it, guys? This is the lymph nodes and lymph nodes at the level of the lymph or muscle tissue. Let's go back to what we said a minute ago. Isn't it, guys? A minute ago. Doctor,

I will start with the nervous system from the top This is the nervous system, the spinal cord and the endocrine glands Should I write the names on the board or not? This is the endocrine glands The endocrine glands of the nervous system are the endocrine glands of the nervous system It feeds from how many muscle fibers? From 5 to 100 And each endocrine gland is attached to a muscle fiber or a muscle cell Which are the same, doctor

They do something called muscle neural connection or muscle neural connection, easy and simple, okay? We will do a doctor spot and do a close up, we will do zoom in, okay? What is the difference between a close up and a zoom in? Do you know the name? I don't know, I don't know either. Okay, the doctor told you that the end of the nerve is like a button, this is the doctor who comes in the nerve system, guys.

This is the nerve tissue, and the muscle tissue is below the child in this way, the shape of the shape is very beautiful. This part is called the nerve tissue, and this part is called the motor endometrial plate. It is very easy now, what is between them is called the clavicle.

So, the entire nervous system with the whole muscle cell or with the whole sarcolemia is called the area of the neural connection or the area of the neural connection. Very nice. What else? The rupture begins when it reaches

The nerve cell to the nerve cell Dr.Human came to the cell from the shock wire and walked in the circle until he reached the nerve cell He went in and then the calcium when it reached the nerve cell

When the doors opened, the calcium was thrown inside and the calcium entered. The calcium was the first thing that entered. When it sat quietly, it said, "No, it's not sitting quietly." This causes the calcium to explode the nerve cells in it. The end of the nerve cells, these are the cells, these are the cells, okay? This causes the calcium to explode the cells. So, are the cells and this bag empty? He said, "No, they are not empty." The doctor contains them on something called the nerve cells. Who is at the muscles?

When the nervous system explodes, the acetylcholine comes out and becomes a bond to receive acetylcholine on the sarcolemma or the endometrial plate. The doctor told you that the sarcolemma has three parts.

First, the doctor in the state of the spirit, which is called the state of the stucco, is the state of the muscle or the sarcolemia of the lymphatic gland when the outer surface of the child is negative and the internal surface is negative. Why is it negative? Because the sodium ions accumulate. This is the question I want from you. Okay, this is a difference of effort, because you are different in the charges. You know this in physics. When you

Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr. Dr.

It is called the state of contraction and the doctor has a difference of 70 millivolts. What is the doctor's next step? When the stelchorin reaches the joints, it is transferred to the muscle tissue, and the stelchorin is transferred to the external surface.

The external surface is negative and the internal surface is positive. And the difference between the two is positive 40. And this is called the non-reflection. Or the reflection of the reflection. Or the opposite of the reflection. Or the removal of the reflection. Anything with a reflection means the opposite of a reflection.

What is the state of the reflection of the reflection? It is the state of the muscle tissue when the outer surface is negative and the inner surface is positive. How did it happen? I will tell you simply. The ion that caused the reflection of the reflection is sodium. The chemical substance is not sodium.

Ok, guys, this is the question in the books or in general Ok, let's go to the next episode, he said no, you have to do a recovery, a remontade How will you do a remontade? He simply said, see who made a fracture, who made a fracture and broke it He simply said, you have a doctor in the area of ​​the joint, a enzyme called cholinesterase This cholinesterase, my children, works to break down the acetylcholine into choline and acid

They do reuptake from the nerve endings to make asterocoline in the other cells. I don't know what's the problem with this story. The problem I have and the question that I get is, Dr. Hamad, did you break the acetylcholine outside the capillary, outside the sarcolemia, inside the lymph? No, Dr. It's outside. So, the cell outside the lymph, don't forget it. Okay, we broke the acetylcholine. What's next?

The doctor said to him, "You're back to normal. The sodium is out of the mucus again, and inside is a negative." Isn't that nice? Zalfoul, what's next? "A golden rule, guys. The mucus is present, and sodium is the cause." Zalfoul, what's next? "The doctor said that you have lymph nodes at the level of the lymph. It happens with a substance called acetylcholine, and it happens with an ion called sodium." Nice. "You're back to normal, doctor. Keep the lymph nodes closed." What happens inside the lymph?

The muscle is the one that is being held by the doctor. The distance between the two lines is two consecutive lines.

Dr. "What happened next?" He said that when the lymph nodes are in the lymph nodes, the cells inside the lymph nodes are formed. He said that a doctor created a contact with the calcium ions. The calcium ions work in two places. When the calcium ions enter the nerve endings, the doctor works here. When the calcium ions enter the nerve endings, the doctor works here.

The muscle tissue will form the opposite link, which is formed by holding the actin thread in it. It works with the help of the stored energy in it, ATP, to withdraw the internal actin. And when the body withdraws the internal actin, it shortens the length of the muscle tissue. The doctor told you that the threads will be like this, and you will shorten them.

The myosin is the same length but the actin will be drawn inward in this way So, doctor, the result of this accident is that the muscle or sarcomere is less long The light area is less long The area of Dr. H is similar to the light area is less long But the area of the kidney is stable Isn't it nice? This is a problem for me, the contraction at the level of the...

So, what is the simple solution? The opposite link consumes ATP again to leave the actin and the doctor will return to its original state before the ligament is simplified. This is the reason why the ligament is used to understand, memorize and absorb. Did you understand? Now, look at my love. This is a physical thing. I know you like physics.

This is a curve from our book It shows the difference between the effort in millivolts and the time in milliseconds My dear, here the muscles are relaxed

So, the membrane of the lymph nodes is inside a negative. How much difference is there between the two? 70 millivolts. Ok? Very nice. When the nervous system starts to get stuck in the muscles, and try to get out of them, our muscles will not be able to be held, unless the nerve fluid is enough.

What is enough to physically increase the pressure from 70mV to 40mV? How much? This question must be how much? Yes, he said you are 70mV, so how much is 70mV? To reach zero, you need to raise 70mV and to reach 40mV, you need 40mV. So, the effective pressure will be 110mV.

If the effector is 109.9, then it doesn't make a contraction. What if the effector is 120, then it makes a stronger contraction? No, the muscles work with a law called the law of the whole or the non-self. Do you remember it? The law of the whole or the non-self says that the muscle does not contract unless it is

The impact was enough for its compressions, which is 110. It is more important than the response to the response. Doctor, the most important thing is that if the impact was stronger and bigger than the muscle need, it causes the same collapse. The question is, what do the general public say? The muscle is 1000, and the rest is the same.

The muscle of the first one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the second one is connected to the second one and the

No, not at all, the same as the cramps. Why? Because your muscles are contracted. They contract by all or nothing, guys. They don't contract unless the impact is enough. And if the impact is increased, the cramps will not increase. Easy? Okay, this is a question for the next question. Okay, doctor, you reached the cramps. Nice. So, you are here in this area, guys. What is happening? At the level of the muscle that is forming on the muscles. What is happening, guys? Here, like this. And you are working to make a muscle contraction. What is happening?

The sodium enters the channel of the sodium to enter the sodium into the cells in the brain to cause the children to be unconscious. When you reach the level of the unconscious, the sodium channels are closed. And you go back to the doctor to be in a good condition.

The doctor told you that the non-restraint or the state of recovery Potassium efflux means the child who makes the crotch out again The first thing that happens is that potassium comes out, but it's not your story. I mean, we say that when the muscle comes back to rest again, what happens to the child? The external crotch becomes a crotch again and the inside is negative What happens first? He told you what happens first to make the crotch out, the exit of potassium Then in the end, sodium comes out

But not a crisis. I told you the only rule that you need to know is that you should know very well that there is a suitable place for the sodium to be the cause.

Ok? It's good. But when we are more aware of this, there is no problem at all. Ok? The doctor said that the amount of potassium that is released by children with violence makes the outside of the brain very strong and inside it is very negative. So the negativity inside the brain increases for a while. This is children. It goes down below -70. What does that mean? It means that the radiation from inside the brain is much more negative than outside, much more than -70 for a while. But the radiation is fast, it will not reach itself and go back to -70 again.

What you need to know is that when you see this picture in the exam, don't be shocked Not in your final exam, but in any book This is the difference between the effort on the muscle tissue during the examination or the exam How will the question come to you? The question will come to you like this: "Doctor, what happens in this place?" You tell him, "Is this the case of the last-tip?" Meaning the case of the fracture? It means that the sodium enters, that's it, sir He will tell you, "From which chemical substance do you work here?" This is the question in the exam book, for example "From which chemical substance here?" The one with the exam here, 100

Who works here to make the cell's life easier? No, the cell's life is easier than the colon. This is the question that comes to mind. I will tell you that the theory of the sliding threads was not able to

Is the past or present a fact? It is a fact, right? It is not a fact, right? We removed the "Y" at the end, we didn't say it is not a fact It is a fact, right? Yes, it is not allowed to meet a resident because the "Y" is a resident, okay? Anyway, you couldn't understand the theory of the sliding shoes as a friend will explain to me the explanation of the grip of the muscles of the foot, right? The muscles have a shape and a heart

and Malsak. Okay? Doctor, all of the body parts and the heart, my children, are planned. What does "planned" mean, my children? It means, Doctor, Actin and Myosin. Keep in mind, Actin and Myosin. Malsak doesn't contain Actin or Myosin. Is that so, brother?

The theory of the exacted threads, which is the actin, is interpreted as some of the adipose muscles. No, why? Because it does not contain actin or acetyl. Until some theories point to the adipose muscles contain some threads that resemble actin. Some people say that the adipose muscles contain some protein threads that resemble actin, but not actin.

Not actin. So, kids, you couldn't understand the theory of the sliding muscles that the world proposed to me, which is the explanation of the contraction of the muscle tissue because the muscle tissue does not contain actin or myosin. Isn't it, kids? This is very important. And what about the muscle tissue? Who is it, kids? It's the same. But it's a tissue of a muscle tissue. Okay? This is the contraction of the muscle tissue for me. Did the doctor stop?

In our lesson, we will talk about a very simple and easy thing and a practical thing that happens in our lives, which is muscle fatigue and muscle strain. How does it happen, my friends? May God's peace and blessings be upon us. The muscles of our muscles, for example, are very muscular. These are highly vascular muscles, which means that they contain a very high amount of muscle.

So, Dr. the muscle needs blood, why? For three things: First, to eat nutrition. Second, oxygen breathes and lives. Three? Or Ariel? Guys, three are very important and among the nutrition is glucose. Look at this story, I'll tell you about the nutrition.

He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs to be able to suck the blood out of the muscles He needs

I swear I go down in the pit and get the information and leave. This is in the book in two pages. I go down very low. I don't turn to understand. The pit does not sink, there are many things inside. Doctor, I have a respiratory problem. He told you, Doctor, respiratory problem, guys. No, guys, this is the gas metabolism. The chest is moving with the stomach. Sorry, sorry, forgive me. The front and the side, with the stomach.

No, the back and the inside. You said the front is the opposite of the back. The back and the inside. The back and what? The front and the inside. The front and the inside. Oh, so the front and the side are the back and the inside. Oh, God. Oh, God. Okay, the group of respiratory cells, which means the cells themselves, produce energy. It extracts energy from the sympathetic ligaments in the organ. Again. Again. Again. Oh, doctor.

This is the cell, kids. It needs energy. It makes itself work. It needs energy. It doesn't need to go to the bathroom. It needs energy. What does it do? It breathes. What does it mean? It does something called "Axidase" or "Burning" or "Destroying" Same meaning for glucose. What does it do? C6, H12, and O6. How many atoms? 24 atoms, kids. Okay? The atoms are linked together by the coagulant.

Guys, when the bond is broken, the energy is released. Again, when the bond is broken, the energy is released. The formation of the bond is worth the energy. Okay? Good? So, doctor, when the bond is broken, the energy is released. The energy, children, we take it and we put it in a compound called ATP. How did this doctor do it? He told you that this doctor is adenosine, the tri-phosphate. Phosphate, phosphate, phosphate.

The cell has two cells, A, D, and B. They also have B, the phosphate. When the glucose is oxidized and the cell gets energy from the cross-sectional cancer, you store them in a compound called ATP. How do you do that? You put the A, D, and B together and form a bond. You store the energy in it. The cell is white. The energy is left in the glucose.

Why would I take the energy from glucose and store it in ATP? Why would I break the bond and build a bond? Why this loop? I have glucose and I have oxygen Why would I break the bond and store the energy in 900mg/dL in ATP?

Yes, the acquisition of glucose energy is a complicated process that took us a year and we thought it was a crypt from the gondola. We thought it was a glucose reactor and a series of electron transmissions. We thought these stories were very complicated. But when you connect it with the energy, you simply need the energy.

Break the link, that's it So guys, I have a very easy equation ATB guys, is a group of energy The arrow goes and returns, this is in the chemistry, it goes and returns It breaks to ADB + B I swear doctor, you have energy, go like this Go like this, that's it, multiply it by ATB Do you need energy? Go like this It will give you ADB + B + energy, that's it guys Okay, let's go back again Guys, is energy important? Or ATB guys, right? Important

In the muscular intubation? Huh? Is it important, Asma? On the level of the shoulder or the elbow? The elbow, doctor. You forgot something. It's not important in the intubation. It's not important in the intubation. It's important in the intubation and the relaxation.

Remember, you didn't sing along with me. The interlocking joint came out, went down and ate ATP. Again. The interlocking joint came out, went down and ate ATP. I mean, doctor, when it came out, it was pulling the muscle, it needed ATP. When it was leaving, it needed ATP. So, kids, ATP is important for the contraction and the relaxation. The muscle mass without ATP doesn't have any 30 muscles. It's like a car without gasoline. Don't move, doctor. Even if there's a nervous breakdown.

Ok, that's good, focus now. So, doctor, ATP is very important in the bones, whether it's for the digestion or for the pleasure. Ok, why is this circle, doctor? Come to me. My dear heart, you have a cell that needs blood, glucose and oxygen. Why, doctor? To do something called "cell breathing". Why, lady of names? To produce the energy that will be stored in a compound called "ATP". Very nice. As long as the blood is enough, the bone is stable. It has no problem.

It's like a full body exercise, it's like a full body muscle fusion, nothing like that. When does the problem start? The problem of tiredness and fatigue, my children. It starts... Focus on the next part, it's very very important. It starts with a very hard effort. With what? A very hard effort. A very hard effort. Doctor, does this mean that your muscles are working very hard? To the point of blood.

The blood that reaches the muscles becomes insufficient. You mean the blood is insufficient? Yes. There are two things that the muscles need that they won't reach. What are they? Glucose and Oxygen. When? With a lot of effort? I will tell you about the muscle fatigue and then the muscle strength. How will we get tired?

Your presence will be in the tenth round of the Salaam Here, for example, we will gather in the ninth, the office in the ninth The names of the ninth are in the Salaam When do you feel tired? In the fourth, in the fifth, the names of the first are normal But the ordinary people are in the third, in the fourth, in the fifth, in the seventh, in the last, like this, okay?

Ok, very nice. So, Doctor, when I work, I go out, I go out, I go out, I do my best, I work hard, it's not normal, I go out, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet, I go to the toilet

So, what's missing? Glucose and Oxygen. Do you give up the muscles? No! You say, "Doctor, I'll try to solve my problems." No, you won't give up. You'll try to solve the problems. What muscles do you make? You say, "Doctor, I used to take the sugar-containing drugs in my high school."

It was a plant-based supplement, and it was a plant-based supplement. It was a plant-based supplement, and we took it in the cell wall. And we took it in the plastida, the white thing that stores the starch. And we took something called glycogen. Glycogen is a complex sugar that stores in humans. In two places, my friends. The liver. It's in the hormones. And the muscles.

and the muscles, which means that the muscles have a lot of glucose so if I have less glucose, I won't have a problem. Then the muscles start to consume glycogen. What does that mean? It means that the glycogen breaks down into glucose. So, the muscles have two problems solved by themselves. What are they? They have reduced the amount of glucose. Is that enough? There is still a problem, kids. Oxygen. Come on, muscles, solve it. You can't.

Our cells cannot digest oxygen, so if the oxygen is low, it will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and do not go out will die. Those who are in the elevator and

The muscle gives up? No, not me. You, my friend, who gives up. I'm a muscle that doesn't give up. God created me to be able to act. I acted, doctor, in reducing glucose and in reducing oxygen. Even if it comes to me with negative or with the worst things. What muscle will you do, doctor? I will do a cellular breathing. What muscle? My friend, you're a fool. How is it my muscle? I don't have oxygen. No muscle.

This is a muscle, but a muscle, you are a muscle I was convinced before that the thyroid gland, the thyroid gland had big problems And Dr. Mohamed, oh nice muscle, oh muscle, oh muscle, he told me that the thyroid gland, the thyroid gland, was doing two bad things The doctor told me that the thyroid gland only gives you two ATP and it produces a carcinogen called Hamdellactique

She says, "Don't think about me, uncle" "The thing that makes me feel this way is muscle fatigue" The most important question about muscle fatigue is the substance that causes muscle fatigue, hamdolactics It's made up of the following names: "Asthma breathing" "Asthma breathing"

"Dr. the excess of glucose is due to the lack of oxygen, you're hungry kids, thanks to you" "It causes muscle fatigue, this is what makes your muscles, your muscles and your back hurt while you're in the seventh round"

And you play in the match when you play for an hour or two or something So this doctor causes muscle fatigue, his name is Lactic Acid, the acid of lactic acid The question is, is lactic acid inside the muscle or outside it? We memorized it, but we understood it Dr. the breakage of the acetylcholine was done outside, guys, on the skin from the outside So the lactic acid that caused the breakage of the acetylcholine was outside But guys, the lactic acid that caused the cell ventilation is a process that happens inside the cell So you take the lactic acid out of the cell So the lactic acid is inside the cell, my dear

Ok, this is the reason for muscle fatigue What is muscle fatigue? Your muscles are tired and feel pain What happens exactly is the same as the pain of the muscles The main cause of muscle fatigue is severe muscle fatigue What is next? Who is not able to work? Blood from the muscles is insufficient Then what is the advice?

glucose and oxygen the muscle acts and acts it consumes glycogen but oxygen you don't know how to get oxygen it turns glycogen into glucose it solves the problem of glucose but oxygen doctor you don't know how to solve the problem of it you do a cell respiration

No air, only 2 ATP and Lactic acid. This is the cause of muscle fatigue. Is it easy or hard? First thing that happens when muscle fatigue occurs is the lack of muscle. The blood that reaches the doctor is not enough. Then what happens to the glycogen and oxygen?

What do you do with glucose? You convert glycogen into glucose. So, I'll ask you a question. I'll give you 30 seconds to answer. Which muscle consumes more glycogen? The muscle in the state of muscle fatigue or in the state of rest? Of course, in the state of muscle fatigue. The next one is 50, so I'll give you 90 pounds. 80 pounds. I'm generous. Which muscle contains more glycogen?

Is the muscle in a state of fatigue or in a state of rest? In a state of rest, right? So, the tired muscle consumes more glycogen Because it's short and it's high in glucose, it's tired and doesn't have much blood, right? But the muscle in a state of rest doesn't consume glycogen So it has a high glycogen reserve So, the muscle that has a high glycogen reserve is the relaxed muscle But the muscle that consumes glycogen and has a low glycogen reserve is the tired muscle, right? So, the muscle has a

but we don't have enough oxygen to do the air breathing process we are hungry, doctor, 2.2 ETP, very little and the acid of lactate causes muscle fatigue, that's it, muscle fatigue is over what is muscle strain? it means that my muscles are tired

So, I can hold my leg and relax because I'm tired. The first time I went to the gym, I was like a rocket. In the seventh and eighth, I went out in peace because I felt tired. I have a lot of muscle mass in my muscles and I'm tired, so I do the movement slowly. I take time to hold my leg and relax because I'm tired. What is the stretch? When your leg is stretched and you can't move it,

and she couldn't do it, she got stuck and she couldn't do it, that's the muscle strain, guys. The muscle strain means the continuation of the stuckness and the non-reaction of the stuckness. So, you have a strong muscle that got stuck and couldn't be relaxed. Do you know why? It got stuck and couldn't be relaxed. There's something that's not easy to leave behind. What is it? The muscle strain is the most famous cause of it, guys. The continuation of the connection

The strange bonds of the actin. You don't want to leave the actin. So, the actin is slipped on the niacin and it's not good to leave it. Imagine why it's not good to leave it. Exactly.

because there is no ATP, or the ATP is little, so the most famous cause of muscle tightness, i.e. continuous contraction, i.e. continuous connection to the exposed ligand in the actin line, is the lack of ATP. Note that this is one of the causes of tightness at the level of the loya. What is this doctor? You want to tell me that there is another cause at the level of the lipa? Yes, and you will tell him that the lipa as a cell itself has contracted, not simply.

Another thing, Doctor, is the lack of the enzyme, Alcholine Stress. Which means, who works regularly? Alcholine Stress. The human being who breaks it is not present. So, Doctor, this is the cause of muscle contraction at the level of the liver. Right, kids? So, many of the causes of muscle contraction so far are the lack of ATP. This is the most famous cause of muscle contraction. And many of the causes of muscle contraction resulting from the lack of ATP are mostly

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The fatigue is painful, yes, I went to the gym, but the stretch is very painful. A question, guys, how is the fatigue, Zoul? I mean, how do I relax the fatigue? Sit down.

If I breathe, the blood is not enough to solve the muscle fatigue. So, the doctor said, "You can solve the muscle fatigue when you're relieved." The opposite of fatigue. The doctor's physical effort was reduced, so the blood came out of the muscle, and the breathing became natural. I got ATP and Lactec. When he's relieved, he gets another acid called "Hemdismohemdolpirofic." This doctor is taking a course called "Cripsy." We took it in the second year.

It's not your problem, but you will see it in the books. So, doctors at rest, they take Lacteic acid for Biorhizae, which is the difficult part. At rest, they take Lacteic acid, which causes muscle fatigue, for Biorhizae. When it's taken, you don't have muscle fatigue anymore. And when you're relaxed, you get a lot of oxygen, so you have a lot of ATP. So, even the strain, if it's light at first. Doctor, if the muscle strain happened, and it became a strong strain, and you put in effort,

and the muscle tension increases and increases and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very tight and the muscles are very

a wrong nervous system of the brain and the spinal cord I understand it, look doctor, pray for me on the prophet, my son this is the doctor of the concussion and here is the time, my son, that's it? here is the nervous system and it was strong enough to make a concussion so, the concussion and the pleasure occur this is the doctor of the natural concussion, here it is this is the natural pleasure look at the names, by God

What does this mean? We have normal bleeding, muscle fatigue due to acid accumulation, and the most common cause of muscle fatigue is the decrease of the LTP and the most common cause is the decrease of the CLS. Look at this. What is this? It's fatigue. Weak bleeding is normal and the time is longer. Look at the next one.

Injury and the continuation of the injury What is this? Muscle tightness What's wrong with you? So, doctor, is this normal injury? Muscle tightness? Muscle tightness? Okay, nice? This is a very very very important study Okay, look, I have something to talk about, tell me now These are the injuries of the lymph nodes, okay, nice These are X and Y Is the colon acetyl working in X or Y? In X, right? Why? Because this is the stage of the injury, where does the colon stress work?

And where does ATP work? In the two of them, it's excellent. Doctor, here I am talking about the two of them, not the two of them. Ok, I have a boy with a muscle and he is like this. He said to the doctor, "The muscle is a boy." He sent him to the boys and he sent him a heart attack.

So she made a mistake and she was happy and got two nerves What happened to her? She was happy and got new electricity She wanted to rest and got new electricity And that's it, kids, electricity, electricity, electricity, electricity The body of the child is not happy and continues to make mistakes What is this?

So, Doctor, you should be aware that the nerve system reaches the muscle every 2 milliseconds, every minute, every minute, every hour, and reaches it every millisecond, and reaches it every femtosecond, Doctor, because of incorrect signals or nerve impulses from the brain and the spinal cord at close intervals from each other. The muscle does not catch and relax. So, Doctor, you should enter in a tight muscle like this.

So, one of the causes of muscle tightness is the access of neural cells that are not correct from the brain and the spinal cord to the muscle cell. So, there are three causes of muscle tightness. First, one is the deficiency of ATP. So, the doctor has separated the opposite link from the line of actin. The muscle continues to be in the membrane, and muscle tightness occurs. Second, the deficiency of the cholinesterase. So, the doctor continues to do the acetylcholine, and muscle tightness occurs. Third,

Neurotic fluids are not correct, so the doctor continues to take the pressure to the muscle strain. Look, there are people who do not care about the cause of fatigue and muscle strain. Let me tell you, a question that comes in the exam, "Uncle Mohammed, I was sitting, relaxed, at dinner, suddenly, I felt pain in my cement.

He didn't do any hard work on his teeth, he just started eating, he was fine. He didn't have any nervous problems, he was working, so he had no problems. He was fine, his brain was fine. So guys, what could have happened? He suddenly said, "Oh, my teeth." And he grabbed my leg, "Oh, my muscles." He said, "What's the reason for muscle fatigue?" We know that muscle fatigue is caused by the blood that reaches the muscles becoming insufficient.

I swear to you, know this, think like a doctor What can happen to my son that makes the blood flow to the muscles not enough? He thinks a lot, he thinks a lot, so he works more, he has more nerve cells Excellent, you're wrong My son is a man of the earth, I tell you he is resting, he is thinking about what? How many salads he has in the plate? How many rice in the plate? Tell me, tell me, please tell me

What do you mean? Did he close his legs? No, it's wrong. What happened? I didn't think that the muscles of the leg that reached God were small muscles. I used to tell you that Uncle Muhammad is a big man. He has a thing called the cross of the legs.

If he has a high level of fat in his blood and if he is a smoker, his muscles are weak and he has a clot. What does a clot mean? The blood is clotted in a place that cuts the blood supply of the muscles. So, the blood flow is insufficient. So, if the doctor said that the man has muscle fatigue and he doesn't do any effort, it could be a clot. Okay? When will you lose weight? If you move, it's okay. But do you know? I hope you leave it in his leg. I hope his muscles are left in pain. I hope he will be able to speak from pain.

until we go to him and if he told me that his legs hurt all night and he doesn't do anything and thank God in the morning I would be scared I would tell him to stay for a while, you might die you know why? this is called a moving tumor it will appear because when the tumor is trapped and it is squeezed itself, the blood will flow upwards when the blood, doctor, flows upwards, it will appear with the blood that is coming back where will it go? to the blood vessels in the lower part

The heart is sent to the spine, and the spine is blocked by the spine, and the spine is above the spine. So, Dr. Tell me, what is the name of the bacteria? So, guys, the spine can cause muscle fatigue in the spine and the spine can cause muscle fatigue in the spine.

So, what happens to the muscle fatigue? If you read the book, you will be surprised. So, I assure you that you will keep me safe. Muscle fatigue starts with a lot of hard work. Therefore, the blood flow to the doctor is insufficient. There are two things missing: glucose and oxygen. The muscles resort to consuming

glycogen and turn it into glucose, that's it, the problem of glucose is solved, what's after oxygen? there is no solution, the muscle is frozen, there is no oxygen, so you have two problems, two little ATP and lactic acid, which causes muscle fatigue, you are done with muscle fatigue, go to the muscle strain, take these two ATP and go to the emergency room, and tell you what to do with them, if I go out and eat ATP, what should I do with two? I swear I will touch the actin and I will leave it

The patient will be able to enter the muscle strain. This is the first reason. The second reason is that the patient has a low level of colonic stress. The colonic stress does not break. The work of the colonic stress continues. The muscle strain continues. This means that the patient has a muscle strain. The third reason is that the patient has a wrong level of nerve signals from the brain and the spinal cord to the muscle cell. The muscle strain continues.

Also, it is possible that a mistake occurs in uncle Mohammed while he is sitting As long as there are no leading factors for fatigue or constipation, he will be in a state of a mistake This is for the muscular contractions, the motor unit, the muscular fatigue and the muscle constipation Remember that this picture is very important This is a natural contractions that I will show you After that, you have the muscular contractions and the muscle fatigue

The same thing for the second lesson and the last lesson of the chapter. We will add very important things in the lecture and very important ideas in the solution. The whole lecture is completed. We must solve this lesson.

and wait for the details of the first workshop in the Ahya.