What are enzymes?
Enzymes are a mixture of nutrients from various fruits and plants, as well as nutrients from the fermentation and metabolism of microorganisms (probiotics). They are a nutrient-rich and balanced health drink composed of various beneficial vitamins, amino acids, minerals, organic acids, and more.
Main functions and effects of enzymes
I. Optimize the internal environment and improve physical condition
Probiotic enzymes can promote metabolism, regulate endocrine function, improve digestion, promptly remove metabolic waste and toxins, promote the growth of beneficial bacteria in the gut, and maintain a healthy intestinal environment with a balanced gut microbiota.
During the absorption and metabolism of nutrients, many metabolic wastes are generated. Some of these wastes are acidic, while others are alkaline. Excessive accumulation can lead to abnormal pH levels in body fluids. Enzymes regulate ion channels in cell membranes, maintaining a certain ratio of potassium and sodium ions inside and outside cells, thus maintaining a certain osmotic pressure and optimal pH levels, thereby optimizing the internal environment.
Probiotic enzymes continuously perform internal environmental protection work from multiple perspectives, keeping the functions of the body's organs in optimal condition, improving physical constitution, and preventing disease and maintaining health.
II. Decomposition
Enzymes can convert food into water-soluble substances, breaking down large molecules into smaller ones. They break down starch into monosaccharides, proteins into amino acids, and fats into fatty acids and glycerol, allowing the body to absorb these substances and convert them into energy to maintain normal life functions.
Enzymes also significantly accelerate the breakdown of various metabolic wastes, lipid peroxides, and vascular clots by human cells. This speeds up the elimination of waste and toxins from the body, removing long-term accumulated toxins and foreign substances that obstruct normal blood circulation, thus maintaining normal metabolism and smooth circulation.
III. Blood Purification Function Human blood contains hundreds of enzymes.
These enzymes can significantly enhance the activity and function of various cells in the blood, while simultaneously removing waste and toxins from the blood, thus purifying it.
Research reports show that protease and lipase in white blood cells are similar in nature to those secreted by the pancreas. These enzymes, along with enzymes in the digestive tract, break down proteins, fats, and carbohydrates absorbed into the bloodstream, while also decomposing excess cholesterol, lipid peroxides, microthrombi, carcinogens, and cancer cells-all waste and toxins in the blood. Enzymes act like scavengers in blood vessels and the bloodstream, adsorbing and rapidly breaking down foreign substances, clearing blood vessels, purifying the blood, and preventing arterial blockage.
Enzymes can improve and maintain a normal intestinal flora, having a cleansing and detoxifying effect, reducing the entry of intestinal toxins into the bloodstream, and thus maintaining blood purity.
Furthermore, during the process of breaking down waste products in the blood, enzymes can transform toxic substances such as ammonia, which are produced during the breakdown of proteins in the body and enter the bloodstream, into less toxic substances that are excreted through urine. This purifies the blood, making it clearer and maintaining an optimal pH balance, thus fully leveraging the vital role of blood in the human body.
IV. Antibacterial and Antiviral Effects
Enzymes have excellent resistance to various bacteria and viruses, acting as a natural antibiotic. During the catalytic process of biochemical reactions, enzymes can produce a special factor called "bacteriostatic agent," which inhibits the growth of bacteria and viruses. Enzymes can significantly enhance the body's own white blood cells' ability to kill bacteria and viruses, thereby strengthening the body's immunity.
V. Cell Regeneration Promotion Effect
During the catalytic process, enzymes promote cell regeneration, repair damaged cells, strengthen cell function, break down necrotic cells, and repair DNA.
