? "Enzyme" is different from traditional Chinese medicine. They can improve the symptoms of diseases, because they can help improve the immune system function and make the symptoms of physical discomfort disappear completely, rather than inhibiting them. Therefore, they will not produce side effects, and even further help to improve physical fitness. Not only that, but also enzymes can purify blood, decompose and eliminate toxins, and make blood weakly alkaline. Therefore, for people with poor liver function and easy fatigue, taking enzymes is a good way to strengthen the liver. Furthermore, enzymes are helpful for intracellular decomposition, so people with weak gastrointestinal function or obstacles, such as flatulence, stomachache, diarrhea, constipation and other symptoms, can be improved. However, for obese people caused by slow metabolism, the effect of losing weight can be achieved by activating cells and promoting metabolism with enzymes.
? Many cancer patients take enzymes in order to adjust their disease constitution in time and quickly. There are also many cancer patients who are very uncomfortable due to strong side effects during chemotherapy. Through the action of enzymes, the discomfort caused by side effects can be alleviated, and the symptoms can be alleviated.
? Enzymes are still at a strange stage for many people. Generally speaking, people think that taking vitamins may make sense, because vitamins are the source of body nutrition. Although enzymes can't provide nutrition, these nutrients are useless without the operation of enzymes to help digestion and absorption! It can be seen that the role of enzymes is more important than vitamins. Some people suspect that since all organs of the body can secrete enzymes by themselves, why should they be supplemented? In addition, will this supplement interfere with the secretion function of enzymes in the body? Just like the car that is often driven at home, it must be maintained regularly. For the maintenance and repair of various organs in the body, we need to rely on enzymes, because the amount of enzymes in everyone's tissues is fixed. At this time, with the help of foreign enzymes, the rapid loss of enzymes in the body can be prevented. Therefore, it will not interfere with the function of organ secretion system, but will help to reduce the metabolic abnormality or immune function decline caused by excessive use of organs.
? For example, someone's stomach is secreting and digesting because of long-term emotional tension? (Enzyme is also called? ) imbalance, causing hyperacidity and heartburn in severe cases. Most people use antacids or gastric milk to control this situation, but taking antacids for a long time will produce side effects of abnormal myocardial function. Once you stop taking antacids, stomach symptoms will appear again, so you are often in a dilemma. If you take enzymes instead, with the help of enzymes, food will enter the stomach and combine with enzymes, thus reducing the stimulation to the stomach wall.
? Of course, careful selection of enzymes can achieve the effect of both preserving health and improving symptoms. Because the proportion of enzymes decomposing protein in the general market is too high to cater to the situation that white people eat a lot of meat, such enzymes are not suitable for the diet structure of Asians. Therefore, people with stomach acid problems will put a bottle of enzyme on the shelf at will, which will not only improve the stomach acid problem, but also cause discomfort such as nausea. Enzymes recommended by this center are imported from Japan and certified by Dr. Lin Guangchang as "non-toxic and light". Through clinical tests, they are not only helpful for cancer patients to adjust their physique, but also a good supplement for healthy people. Their combination (besides papaya enzyme and pineapple enzyme, ginseng enzyme, distiller's yeast, shiitake mushroom and sesame enzyme) can balance the physical needs, but for people who are prone to insomnia. Thank you for your patience in reading. I hope this article can open the door to your health. The next issue will introduce natto enzyme, the bane of cardiovascular disease and hypertension.
Understanding plant comprehensive enzymes not only requires scientists to explore and study, but also requires people to know their significance in improving the quality of life.
First, adjust the balance of flora and establish mucosal immune barrier.
1, intestinal flora
Intestine is the largest bacterial bank in human body. There are 300 to 400 kinds of microorganisms (mainly bacteria) in the digestive tract with a total length of 8- 10 meter, and the number is more than 10 trillion. Connecting the microbes in the intestines one by one can circle the earth two and a half times. There are pathogenic bacteria (harmful bacteria), accounting for about 10%, and beneficial bacteria (probiotics), accounting for about 99%. According to the weight, the total weight of all kinds of microorganisms in human body and body surface is about 1.5-2.0 kg, including intestinal microorganisms about 1.0 kg, skin 200 g, respiratory tract 20 g, oral cavity 20 g, vagina 20 g, nostril 1.0 g, and eyes1. So many plants live in the human body and stay with people all their lives. In the long-term evolution of human beings, bacteria communicate with the human body through energy exchange, material exchange and information transmission, forming various relationships between plant synthesis and the human body, such as * * * * life, * * habitat, diseases and so on. An interactive ecosystem has been formed between people and flora.
The stable and complex intestinal flora has influence on nutritional status, physiological function, bacterial infection, drug reaction, toxin reaction, immune reaction, vaccine effect, tumorigenesis, aging process and sudden stress reaction.
In the intestinal flora, all kinds of bacteria have their living parts. For example, in a certain amount, Escherichia coli normally lives in the colon, which will not cause harm to people and can also produce vitamin K. However, if it is displaced, it may cause disease if it lives in other parts of the intestine. When the growth, reproduction and metabolism of various bacteria are normal and orderly, and in a state of dynamic balance, people are healthy. If this dynamic balance is destroyed (unbalanced) for various reasons, people's nutritional status, physiological function and ability to resist diseases will change, and various problems or failures may occur. Therefore, maintaining the dynamic balance of intestinal flora is very important for maintaining human health.
In a person's life, the types and quantities of intestinal flora are constantly changing at all ages. For example, Bifidobacterium, the most important beneficial bacteria in the intestine, accounts for more than 90% of the baby's intestine, which plays a very good role in maintaining the baby's intestinal tenderness and digestive function. Because the acidic products of Bifidobacterium maintain the acidic environment in the intestine, it is not conducive to the growth of harmful bacteria, and at the same time, the acidic metabolites stimulate the intestinal peristalsis, so the baby can't smell the obvious yellow healthy feces several times a day. With the increase of age, probiotics such as Bifidobacterium and lactic acid bacteria (the general name of bacteria that can decompose sugar and produce lactic acid) in intestinal flora gradually decrease, while spoilage bacteria increase, which is intestinal aging. Followed by constipation, diarrhea, intestinal inflammation, ulcers, tumors and other intestinal diseases, plaguing modern people's lives. Therefore, it is popular to say that "the old get old first".
With the in-depth study of probiotics in the world, the beneficial and harmless physiological functions of lactic acid bacteria have been recognized and widely used by the world, and remarkable results have been achieved. Bifidobacterium is very important for people's healthy survival. It accompanies people's life, is non-toxic and harmless, and plays the role of supporting the superior and eliminating the inferior, strengthening the body resistance and suppressing evil. Bifidobacterium directly or indirectly affects the physiological changes and immune functions of human beings and animals (leenhouts 1999). Whether it is in the intestine or not is one of the indicators to measure health. To maintain the normal number of bifidobacteria in the body, oral probiotic preparation and supplement of bifidobacteria are the most effective methods.
Both Japanese scholars and China scholars have investigated the intestinal bifidobacteria of centenarians in Changshou Village. The same finding is that there are as many bifidobacteria in the intestines of centenarians as young people, which means that the intestinal flora of centenarians is as "young" as young people, thus revealing the secret of longevity. However, due to the unreasonable diet structure of modern people, many young people in their twenties and thirties have a large number of probiotics such as bifidobacteria and lactic acid bacteria in their intestines, while spoilage bacteria increase and their intestines are "corrupt" and aging. The intestinal situation of young people in their twenties and thirties is the same as that of people in their sixties, which cannot but arouse people's deep thinking! Supplementing microorganisms and enzymes, improving and regulating the balance of intestinal flora and rejuvenating the intestine are ideal and fundamental methods for healthy survival and longevity.
2. Establish mucosal immune barrier.
Immune system is the main defense system of human body. Externally prevent pathogenic bacteria, toxins and allergens, and internally treat weak and abnormal cells.
Before the 1960s, the immune system only included cellular immunity and humoral immunity. In recent 20 years, with the discovery and establishment of mucosal immune system, the concept and scope of immunology have been expanded and improved day by day, becoming the protagonist in life science. However, this important way of mucosal immunity has not attracted enough attention. Including many medical workers, don't know much about it, and even doubt whether probiotics can prevent and treat infectious diseases.
All organs and tissues in the human body that communicate with the outside world, such as digestive tract, respiratory tract, urinary tract, reproductive tract, biliary tract, breast, etc. Covered with complex mucous membranes. It constitutes a mucosal system that is vital to survival and health. If all mucous membranes are unfolded, the total area will reach about 480 square meters. The area of intestinal mucosa is about 400 square meters, the respiratory tract is 80 square meters, and the urogenital tract is about 5 square meters. Take intestinal mucosa as an example: it has three barrier defense systems to protect intestinal mucosa from pathogenic microorganisms and toxic substances.
① Biological barrier: On villi and microvilli of intestinal mucosa, bacteria adhere to and colonize the intestinal mucosa through secreted adhesion factors. Various intestinal bacteria are densely arranged on intestinal mucosa, forming the first barrier on the surface of intestinal mucosa-biological barrier. Probiotics, represented by lactic acid bacteria and bifidobacteria, crowd out pathogenic bacteria by occupying space by attachment. By competing for nutrients, acid metabolites bacteriocin and hydrogen peroxide are produced, which directly inhibit and kill pathogenic microorganisms, and toxic substances are reduced and eliminated by enzymes (enzymes) and detoxification substances (such as enzymes that decompose nitrosamines) produced by metabolism, thus purifying the intestines.
The surface substances of lactic acid bacteria not only have a defensive effect on bacteria themselves, but also have the function of recognizing and adhering somatic cells. Biosurfactants (mainly sugar and acetic acid) produced by Lactobacillus acidophilus can inhibit pathogenic cocci in urinary system. The adhesion of Bifidobacterium to epithelial cells can competitively exclude the adhesion of pathogenic bacteria to urinary system epithelial cells and colon epithelial cells. Can be used for preventing and treating vaginitis. By reducing the ph value of vagina (in acidic environment), the number of Staphylococcus, Enterobacter and Yeast is reduced, and good therapeutic effect is achieved.
② Mechanical barrier: The intestinal epithelial cells on the intestinal mucosa are closely arranged to form a dense and solid mechanical barrier, which is the second barrier of the intestinal mucosa. Under normal circumstances, only small molecules such as glucose, amino acids, free cholesterol, vitamins, enzymes, immunoglobulins, minerals, trace elements and water can enter submucosal blood vessels through intestinal epithelial cells and intercellular spaces, and deliver nutrients needed for life activities to various tissues and organs through the blood circulation system. If pathogenic microorganisms and toxic substances pass through the first two barriers, there is also a third barrier-mucosal immune barrier to play a defensive role.
③ Mucosal immune barrier: Mucosal tissue structure is very complex and special. In addition to mucosa-associated lymphoid tissues composed of a large number of secretory glands, including gastrointestinal tract, respiratory tract, urogenital tract and nose-associated lymphoid tissues, there are also a large number of immune tissues composed of single or multiple lymphoid nodules and immune cells such as T cells and B cells. Immune molecules composed of siga and sigm also contain a large number of endocrine cells, hormone molecules and a large number of nerve cells and nerve mediators.
Pathogens, viruses, toxic substances, etc. Invasion of mucosal tissue, first stimulate nk cells (natural killer cells), which will kill and clean up the damaged mucosal cells. At the same time, submucosal immune T cells are stimulated by antigens (pathogens, viruses, poisons). After receiving antigen information, immune T cells can attack and destroy cells and cancer cells that sneak into the virus (this process is called cellular immunity). At the same time, the information is transmitted to immune B cells, and immune B cells will produce corresponding antibodies (iga) against different antigens to eliminate pathogenic and harmful antigens. This "antigen-antibody immune response" centered on B cells is called humoral immune antibody, which flows in blood, lymph and body fluids and removes pathogenic antigens from all parts of the body. Studies have proved that probiotics can enhance the vitality of nk cells, stimulate the mitosis (proliferation) of B cells, and make them produce more antibodies (iga) to enhance the immune function and improve the human body's ability to defend against diseases.
In recent 20 years, the research results of immunology have been fruitful. Studies have shown that T lymphocytes, B lymphocytes and other immune cells in the mucosal immune system account for 80% of the whole immune system and are the main corps of the immune system. It has been confirmed by scientific research that the high plant comprehensive enzyme has the function of enhancing mucosal immune function, and has been applied to clinical treatment with good results.
Normal people's immune function can neither be high nor low, but is in a dynamic state of balance. Excessive immunity can lead to autoimmune diseases, such as lupus erythematosus, rheumatoid arthritis, glomerulonephritis, gout and allergic diseases (allergies). However, under the conditions of chronic diseases, sub-health population, tumor radiotherapy and chemotherapy, aging and so on, the immune function of the body is low. Of course, people with low immune function are also prone to the above diseases. Studies have proved that the immune system is an important sensory and regulatory system in the body. Probiotics, their metabolites and various enzymes make the innate recognition and memory functions of immune cells normal. Autoimmune diseases occur when immune cells attack and damage normal tissue cells due to recognition and memory dysfunction. For example, type I insulin-dependent diabetes may be immune cells that produce insulin in the pancreas.