Soybean dietary fiber Related effects:
Regulate blood lipids
Soybean dietary fiber has the ability to bind and exchange cations, and can exchange ca2+, pa2+, etc. During the ion exchange, the instantaneous concentration of cations is changed to play a dilution role, so it affects the pH value, osmotic pressure and redox points of the digestive tract, forming an ideal buffer environment.
Reduce cholesterol
More importantly, soybean dietary fiber can exchange with NA+ in the intestine, which can promote the elimination of K+ and NA+ in urine and feces, thereby reducing the NA+/K+ value in the blood, and directly lowering blood pressure. Therefore, the prevention and treatment of high blood pressure, heart disease and arteriosclerosis are closely related to the excretion of cholesterol and bile acid and dietary fiber. The water-soluble dietary fiber in soybean fiber can significantly reduce the blood cholesterol concentration.
Improve blood sugar
Soybean dietary fiber can prevent and treat diabetes, and has the function of regulating blood sugar. The mechanism of action is that soybean dietary fiber can form a network structure in the intestine, increase the viscosity of intestinal juice, prevent food from fully contacting with digestive juice, hinder the diffusion of glucose, and make glucose Absorption slows down, thereby slowing down the absorption of glucose and lowering blood sugar levels. Improve glucose tolerance and reduce the dosage of blood sugar drugs to prevent and treat diabetes. It can inhibit and regulate the rise of insulin and blood sugar in patients with impaired glucose tolerance. It can promote the gastrointestinal absorption of water by the human body, delay the absorption of glucose, and at the same time make people feel full, which is beneficial to diabetic and obese patients, and can be used as food for diabetics and weight loss food.
Can improve the function of the large intestine
Soybean dietary fiber can affect the function of the large intestine. Its effects include shortening the passage time of food in the large intestine, increasing the amount of feces and the frequency of defecation, diluting the contents of the large intestine, and providing fermentable nutrients for the flora normally present in the large intestine. substrate. Prevention of colon cancer Dietary fiber can promote intestinal peristalsis, reduce the contact time of harmful substances and intestines, and can effectively prevent and treat colon cancer.
Reduce the utilization rate of nutrients
Soybean dietary fiber can absorb heterocyclic amine compounds and reduce their biological activity. Heterocyclic amines are a class of aminoimidazole nitrogen heterocyclic aromatic stem compounds that are mutagenic and carcinogenic, and are isolated from pyrolysis products of proteins, peptides, and amino acids when cooking and processing protein foods. Therefore, increasing the intake of soybean dietary fiber has a positive effect on preventing the possible harm of heterocyclic amines. In addition, soybean dietary fiber also has related properties of dietary fiber.
FAQ
How does soybean dietary fiber help regulate blood sugar levels and manage diabetes?
Soybean dietary fiber regulates blood sugar by creating a physical network structure within the intestines, which increases the viscosity of intestinal fluids. This barrier prevents food from fully mixing with digestive juices and slows down the diffusion and absorption of glucose. Additionally, it delays gastrointestinal water absorption and promotes a feeling of fullness. By preventing sharp spikes in blood sugar and insulin levels after meals, it improves glucose tolerance and can reduce the necessary dosage of blood sugar medications for diabetic patients.
In what ways does soybean dietary fiber improve large intestine function and help prevent colon cancer?
Soybean dietary fiber enhances large intestine health by promoting intestinal peristalsis (the wave-like muscle contractions that move food), which shortens the passage time of food through the digestive tract and increases defecation frequency. This process dilutes the contents of the large intestine and provides a fermentable nutrient substrate for beneficial gut flora. Furthermore, because it accelerates digestion and absorbs harmful, mutagenic, and carcinogenic heterocyclic amine compounds formed during the high-heat cooking of protein foods, it significantly reduces the time toxic substances remain in contact with the intestinal walls, helping to prevent colon cancer.
