Glycan

Cells and sugar locks that can recognize intelligence

What is it about the so-called connection between cells. The human body is composed of 60 trillion cells. There are many cord-like whiskers on all cells. These whiskers are called glycan. Glycan is a complex combination of 8 types of sugars, including glucose listed above. Glycan is proteins that bind to the interior of cells. The dirt that binds glycan to proteins is called glycoproteins. There are 500000 to 100000 glycoproteins on the surface of light cells. Human beings are composed of 60 trillion cells. Their intelligence volume is infinite. The research on the legacies that are nearing its end is simply incomparable.

Glycan is an antenna

Glycan has the function of antennas, and their tips transmit various intelligence to the interior of cells through contact. For example, when bacteria or viral toxins, cancer cells, and other foreign objects invade, the glycan tip of immune cells determines what foreign object is through contact and uptake of information. And the most important hormone information is also taken from the antenna line of the glycan. Cells are also paired through antenna contact. Only contact between cells can function normally. In addition, if there is no glycan on the surface of nerve cells, the brain cannot form normally. In addition, enzymes that are essential for human function are also formed through glycoproteins. Breast milk contains six types of sugars that can enhance infants' immunity. Sperm and egg also have glycan, and the relationship between them is a key and keyhole. Only when they are integrated can fertilization begin. Insufficient glycan can lead to infertility. In addition, blood type is determined by the difference in sugar content at the end of the glycan. The cytokines of interferon are also glycan. To maintain health, the glycan on the cell surface and the eight types of carbohydrate nutrients that form the glycan are absolutely indispensable. No matter how good a healthy food is, the nutrients ingested in drugs or food must be effectively utilized by entering cells through glycan. So we know how important saccharic nutrient and glycan are.

What is glycan nutrient

When it comes to glycan nutrients, people tend to think of sweet sugars containing carbohydrates, which are not properly understood. In fact, the most important glycan is 8 kinds of monosaccharides, including glucose and Galactose. Here, in order to distinguish it from carbohydrates that serve as energy sources, we refer to the 8 monosaccharides that form glycan as' glycan nutrients'. So, let me elaborate on how to supplement these 8 carbohydrate nutrients in more detail. Glucose and Galactose can be fully absorbed from food. Although the other six sugars are in trace amounts, they can also be ingested from many plants such as fresh fruits and vegetables cultivated in good soil and sufficient sunlight. For example, if we taste fresh and ripe tomatoes grown under such conditions, they will contain 8 types of sugars. But now the food we eat has almost no nutritional value. In addition, the nutritional components contained in various plants are also extremely trace. In fact, most of the carbohydrate nutrients are mainly formed in the liver by glucose. Its formation requires vitamins, minerals, more than 15 enzymes to be converted, and it also requires energy and time. In addition, the deterioration of the food environment and the accumulation of reactive oxygen species due to various pressures can hinder the formation process. It is too late to discover the effects of self-healing ability and immunity.

These 8 monosaccharides can be summarized as follows

Glycanand immune system

Although the immune system is very complex, because it is very important, we will provide you with a concise and easy to understand explanation here. Immune cells exist in the lymphocytes of White blood cell, including macrophages and NK cells. This is known as the natural immune system constantly fighting against enemies outside the bloodstream. Macrophages are eliminated through phagocytosis, while NK cells are eliminated after killing. The other is killer T cells, which are called the immune system, and only activate when needed. The first thing to do in immune function is to determine what objects enter the bloodstream. The one who makes this judgment is the glycan. The tip of the glycan obtains information through contact. The vast majority of foreign enemies can be treated through macrophages and NK cells. When these two types of cells cannot be controlled, they will issue commands to killer T cells. This command is also transmitted through glycan. Killer T cells obtain antigens from external enemies. Killer T cells that can be counteracted by antigen generation, then proliferate and attack. This job requires first dispersing the legacy and then restructuring it. The human body is really excellent. In short, even Yiyizi is just a tool. On the other hand, if the correct information is obtained. It is also possible to repair the abnormality of Yiyizi. And all intelligence exchanges are conducted through glycan.

Information exchange between cells, pair to pair communication

What if the glycan is not complete? Unable to identify foreign objects and unable to make an attack. Approximately 3000 cancer cells are generated in the human body every day, and immune cells continuously eliminate them. After the genetic repair, cancer will not occur. If the intelligence of cancer cells cannot be accurately conveyed, it will directly lead to the occurrence of cancer. Cancer is caused by genetic scars. The scars of the genetic inheritance must be conveyed through glycan. When the foreign body is excluded, the order to stop attacking should be issued. If the immune cells can not be given the order to stop attacking or other reasons to make the immune cells act at will, or even attack their normal cells, resulting in rheumatism, allergies, skin diseases, asthma, arthritis, diabetes, Thyroid disease and other autoimmune diseases, these diseases have no effective treatment in Western medicine. Because it is impossible to explain why cells produce abnormalities. Such immune cells cannot distinguish between themselves and non themselves. In fact, the random action of immune cells is likely caused by abnormal glycan, which prevents the correct exchange of intelligence information.

Diabetes and Glucose Lock (Hormone receptor)

There is a very important piece of information called hormone intelligence. Cells are activated by the stimulation of hormones. For example, diabetes can be divided into type I diabetes (which requires insulin injection), where the pancreas cannot produce insulin, and type II diabetes, which has insulin but cannot function normally, each of which is caused by too much increase in blood sugar, that is, glucose value. Speaking of glucose, glycan has another very important function. There is a hormone receptor present on the cell surface, and insulin, a hormone that is also received by the insulin receptor, opens a channel on the cell surface to allow glucose to enter the cell interior.

The receptors that receive hormonal information are also glycan

If there is abnormal glucose in insulin receptor and it can not enter the cell to increase the blood sugar value and harm type II diabetes, which accounts for 95% of diabetes, then whether the blood sugar value can be controlled only through food therapy or exercise therapy? It is very important to absorb glucose into the cell. Glucose is an energy source and the most important carbohydrate nutrient for glycan. Moreover, it is said that the only nutrient for the brain is glucose. The key is not the blood sugar level, but how to absorb glucose into the cells. However, until the relationship between insulin receptors and glucose locking is understood, only food therapy and exercise therapy can be used to control blood sugar levels. Because if the blood sugar level remains high, the brain will continue to issue commands to the pancreas to secrete insulin, which will eventually lead to exhaustion or necrosis of the pancreas.

In addition, insulin itself is also very dangerous if it is excessively present in the blood. If the pancreas β Cell necrosis can no longer be repaired. It takes a lifetime of insulin injections. We need to eradicate the root causes of diabetes before that. Eating too much can cause the pancreas to become exhausted due to the continuous production of insulin, and substances that hinder insulin operation can be produced in fat cells. So we all have the impression that diabetes patients are fat, but in fact, diabetes patients will eventually become very thin and their blood vessels will become dilapidated, and complications will eventually lead to death. The first thing that diabetes patients should do is to supplement sufficient glycan nutrients, that is, the cells with broken links.

Self immunity and glycan

One cause of type I diabetes is autoimmune disease. It's in the pancreatic islets of the pancreas β Diseases in which cells attack their own immune cells. I have never understood why this situation occurred. Such immune cells cannot distinguish between enemy and self. Due to the abnormal glycan, intelligence cannot be exchanged correctly, making it highly possible for immune cells to act recklessly. Once a damaged pancreas is irreparable, it is necessary to avoid immune abnormalities before it is completely destroyed.

From 5 major nutrients to 6 major nutrients

Previously, when it comes to nutrition, one would think of the five major nutrients, namely vitamins, natural inorganic substances, fats, proteins, and carbohydrates. Carbohydrates are mistakenly treated as carbohydrate nutrients. However, nowadays the importance of glycan has been discovered, and the substances that form glycan, namely glycan nutrients, have also been discovered. The idea of separating carbohydrates and glycan nutrients as the six major nutrients is gradually becoming mainstream. Japan's footsteps are still stuck in the five major nutrients. One of the biggest reasons is that glycan nutrients cannot be extracted from food (it is now available). Another reason is that the Japanese medical community mainly focuses on symptomatic treatment and inspection technology, but does not attach importance to Nutritional science, which is indispensable for disease prevention.