It provides essential fatty acids, which serve as the body's main energy source. After oxidation, it releases energy for the body to use. It is a precursor of physiologically active substances such as prostaglandins, thromboxanes and leukotrienes.

It constitutes the basic skeleton of cell biological membranes and the main component of lipoproteins, and is involved in the transport of fat and cholesterol; it has anti-hypercholesterolemia effects; it is beneficial to the dissolution and excretion of cholesterol.

As an emulsifier or solvent, it adjusts the osmotic pressure and maintains the stability of the preparation.

It provides essential fatty acids, which serve as the body's main energy source. After oxidation, it releases energy for the body to use. It is a precursor of physiologically active substances such as prostaglandins, thromboxanes and leukotrienes.

It constitutes the basic skeleton of the lipid bilayer of cell biological membrane, participates in the transport of fat and cholesterol, has an anti-hypercholesterolemia effect, and facilitates the dissolution and excretion of cholesterol.

Certain unsaturated fatty acids cannot be synthesized by the body itself and must be taken from vegetable oils. They are indispensable nutrients for the body, so they are called essential fatty acids. They are also the precursors of physiologically active substances such as prostaglandins, thromboxanes and leukotrienes. Fatty acids are the main energy source for the human body, and fatty acid oxidation is an important source of energy in the body. When the oxygen supply is sufficient, fatty acids can be decomposed into CO2 and H2O in the body and release a large amount of energy, which is used by the body in the form of ATP. Except for brain tissue, most tissues can oxidize fatty acids, especially liver and muscles. Phospholipids are the basic skeleton of the lipid bilayer of cell biological membranes (cell membranes, nuclear membranes, mitochondrial membranes), and they also constitute various lipoproteins. It is the main component of bile and participates in the transportation of fat and cholesterol. If the phospholipids in plasma are too low, the cholesterol/lecithin ratio will increase, and cholesterol deposition will easily occur, causing atherosclerosis, so phospholipids have an effect on resisting hypercholesterolemia. In addition, in bile, phospholipids form colloids together with bile salts and cholesterol, which is beneficial to the dissolution and excretion of cholesterol. Lecithin is widely distributed in nature. It is relatively abundant in seeds such as soybeans in plants, and has the highest content in nerve tissue in animals. This product is a sterilized fat emulsion for intravenous infusion, containing soybean oil for injection and lecithin for injection, of which about 60% of fatty acids are essential fatty acids. The particle size and biological properties of this product are similar to those of natural chylomicrons.

It provides essential fatty acids, which are indispensable nutrients for the body and are also the precursors of physiologically active substances such as prostaglandins, thromboxanes and leukotrienes; fatty acid oxidation is an important source of energy in the body.

It constitutes the basic skeleton of the lipid bilayer of cell biological membrane, participates in the transport of fat and cholesterol, has the effect of resisting hypercholesterolemia, and facilitates the dissolution and excretion of cholesterol.

Certain unsaturated fatty acids cannot be synthesized by the body itself and must be taken from vegetable oils. They are indispensable nutrients for the body, so they are called essential fatty acids. They are also the precursors of physiologically active substances such as prostaglandins, thromboxanes and leukotrienes. Fatty acids are the main energy source for the human body, and fatty acid oxidation is an important source of energy in the body. When the oxygen supply is sufficient, fatty acids can be decomposed into CO2 and H2O in the body and release a large amount of energy, which is used by the body in the form of ATP. Except for brain tissue, most tissues can oxidize fatty acids, especially liver and muscles. Phospholipids are the basic skeleton of the lipid bilayer of cell biological membranes (cell membranes, nuclear membranes, mitochondrial membranes), and they also constitute various lipoproteins. It is the main component of bile and participates in the transportation of fat and cholesterol. If the phospholipids in plasma are too low, the cholesterol/lecithin ratio will increase, and cholesterol deposition will easily occur, causing atherosclerosis, so phospholipids have an effect on resisting hypercholesterolemia. In addition, in bile, phospholipids form colloids together with bile salts and cholesterol, which is beneficial to the dissolution and excretion of cholesterol. Lecithin is widely distributed in nature. It is relatively abundant in seeds such as soybeans in plants, and has the highest content in nerve tissue in animals. This product is a sterilized fat emulsion for intravenous infusion, containing soybean oil for injection and lecithin for injection, of which about 60% of fatty acids are essential fatty acids. The particle size and biological properties of this product are similar to those of natural chylomicrons.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

When the energy supply is sufficient, amino acid infusion can enter tissue cells, participate in protein anabolism, obtain positive nitrogen balance, and generate enzymes, hormones, antibodies, structural proteins, promote tissue healing, and restore normal physiological functions.

This product is an adrenal cortex hormone drug. It has multiple pharmacological effects such as anti-inflammatory, anti-allergic and immunosuppressive. Its main mechanisms are: 1. Anti-inflammatory effect: Glucocorticoids reduce and prevent tissue response to inflammation, thereby reducing the manifestation of inflammation. 2. Anti-allergic and immunosuppressive effects: prevent or inhibit intermediate immune responses, delayed allergic reactions, and reduce the expansion of primary immune responses.