Dr. Alejandro Junger

meaning inside the digestive tube, it's outside the body. Now, many things are just seeping in without the intelligent selection of the body. The body selects only the building blocks, amino acids, fatty acids, simple sugars. But when these gaps are broken and the gut is leaky or hyperpermeable, undigested food starts, peptides or proteins start passing through. And here...

meaning inside the digestive tube, it's outside the body. Now, many things are just seeping in without the intelligent selection of the body. The body selects only the building blocks, amino acids, fatty acids, simple sugars. But when these gaps are broken and the gut is leaky or hyperpermeable, undigested food starts, peptides or proteins start passing through. And here...

In the gut is where we're most exposed to external stuff because your skin touches your clothes and the air, and if you're in the swimming pool, the water. Your lungs is only water. That's all the limits between the outside of the body and the inside of the body. Your skin, your eyes, your lungs, and your intestines. What's happening in your intestines? You're dumping...

In the gut is where we're most exposed to external stuff because your skin touches your clothes and the air, and if you're in the swimming pool, the water. Your lungs is only water. That's all the limits between the outside of the body and the inside of the body. Your skin, your eyes, your lungs, and your intestines. What's happening in your intestines? You're dumping...

In the gut is where we're most exposed to external stuff because your skin touches your clothes and the air, and if you're in the swimming pool, the water. Your lungs is only water. That's all the limits between the outside of the body and the inside of the body. Your skin, your eyes, your lungs, and your intestines. What's happening in your intestines? You're dumping...

thousands of kilos in your lifetime of stuff there that the body has to deal with. So the body is exposed to external stuff in the gut more than anywhere else. So that's why the body deposited or sent all its troops, like 70, 80% of our immune system is in the gut. See these cells here?

thousands of kilos in your lifetime of stuff there that the body has to deal with. So the body is exposed to external stuff in the gut more than anywhere else. So that's why the body deposited or sent all its troops, like 70, 80% of our immune system is in the gut. See these cells here?

thousands of kilos in your lifetime of stuff there that the body has to deal with. So the body is exposed to external stuff in the gut more than anywhere else. So that's why the body deposited or sent all its troops, like 70, 80% of our immune system is in the gut. See these cells here?

This is one cell, it's showing you one cell from the immune system. So the immune system is in the gut wall, but it's also in the blood.

This is one cell, it's showing you one cell from the immune system. So the immune system is in the gut wall, but it's also in the blood.

This is one cell, it's showing you one cell from the immune system. So the immune system is in the gut wall, but it's also in the blood.

Leaky gut and changes in the microbiome are the gut problems, the gut disease, I mean, the gut injuries or the gut problems that trigger most diseases. And I'm going to explain to you, for example, autoimmune diseases, right? What's happening is the immune system works by recognizing surfaces. It's called the HLA system. human lymphocytic antigen system, right?

Leaky gut and changes in the microbiome are the gut problems, the gut disease, I mean, the gut injuries or the gut problems that trigger most diseases. And I'm going to explain to you, for example, autoimmune diseases, right? What's happening is the immune system works by recognizing surfaces. It's called the HLA system. human lymphocytic antigen system, right?

Leaky gut and changes in the microbiome are the gut problems, the gut disease, I mean, the gut injuries or the gut problems that trigger most diseases. And I'm going to explain to you, for example, autoimmune diseases, right? What's happening is the immune system works by recognizing surfaces. It's called the HLA system. human lymphocytic antigen system, right?

Antigens are surfaces that your body, each immune system cells is like a computer and it has like a scanner. And it scans surfaces all the time, all day long. And then it compares it with its record. And if there's a certain, and genetically you have all the surfaces that are acceptable to you, like your proteins and your muscle.

Antigens are surfaces that your body, each immune system cells is like a computer and it has like a scanner. And it scans surfaces all the time, all day long. And then it compares it with its record. And if there's a certain, and genetically you have all the surfaces that are acceptable to you, like your proteins and your muscle.

Antigens are surfaces that your body, each immune system cells is like a computer and it has like a scanner. And it scans surfaces all the time, all day long. And then it compares it with its record. And if there's a certain, and genetically you have all the surfaces that are acceptable to you, like your proteins and your muscle.

that you have them, you have like a code, right? So the immune system scans the surface of what it sees, and if it doesn't recognize it, it attacks. So what happens is when you absorb amino acids into the blood, It doesn't have a surface. Amino acid is a building block, but a protein already has a surface. So we have many amino acids together.

that you have them, you have like a code, right? So the immune system scans the surface of what it sees, and if it doesn't recognize it, it attacks. So what happens is when you absorb amino acids into the blood, It doesn't have a surface. Amino acid is a building block, but a protein already has a surface. So we have many amino acids together.

that you have them, you have like a code, right? So the immune system scans the surface of what it sees, and if it doesn't recognize it, it attacks. So what happens is when you absorb amino acids into the blood, It doesn't have a surface. Amino acid is a building block, but a protein already has a surface. So we have many amino acids together.