What is the use of high protein injection

Many people need to regularly inject high-protein injections to relieve physical symptoms due to physical needs or the treatment of diseases. High-protein injections are a clear liquid. If foreign matter or precipitation occurs, it should be stopped. The main component of high-protein injections is human albumin, which can kill viruses and is suitable for patients with bleeding trauma. So what is the use of high-protein injections?

First, what is the use of high-protein injections? Albumin itself is a very important nutrient for the human body, and it can also play a role in enhancing immunity. It is mostly used clinically for nutritional support of various critically ill patients.

Second, albumin can indeed enhance the body's immunity to a certain extent, but due to the current medical situation in my country, the phenomenon of indiscriminate use of albumin is not uncommon; the duration of continuous enhancement is closely related to the severity of the patient's condition and his or her own physical constitution, and is generally reflected by the albumin value in liver function;

Third, indications: 1. Shock caused by blood loss, trauma, and burns. Increased intracranial pressure due to cerebral edema and injury. Edema or ascites caused by cirrhosis and kidney disease. Prevention and treatment of hypoproteinemia. Neonatal hyperbilirubinemia. Used for cardiopulmonary bypass, adjunctive treatment of burns, adjunctive treatment of hemodialysis and adult respiratory distress syndrome.

What is the use of high-protein injections? Increasing blood volume and maintaining plasma colloid osmotic pressure: albumin accounts for 80% of plasma colloid osmotic pressure and mainly regulates the dynamic balance of water between tissues and blood vessels. Due to the high molecular weight of albumin, its speed of passing through the membrane is slower than that of salts and water, so that the colloidal osmotic pressure of albumin counteracts the static pressure of the capillaries, thereby maintaining normal and constant blood volume; at the same time, in the blood circulation, 1g of albumin can retain 18ml of water. The ability of every 5g of albumin to retain water in the circulation is approximately equivalent to the function of 100ml of plasma or 200ml of whole blood, thereby increasing the circulating blood volume and maintaining the colloidal osmotic pressure of plasma. Transport and detoxification: Albumin can bind both anions and cations, and can transport different substances, as well as toxic substances to detoxification organs. Nutritional supply: Tissue protein and plasma protein can be converted into each other. When nitrogen metabolism is impaired, albumin can serve as a nitrogen source to provide nutrition for tissues.