Cardiac valve treatment: returning the heart valve to normal

Cardiac valve treatment: Let’s get the heart valve back to normal: Let’s get the heart valve back to normal. There are many ways in which modern medicine can help repair or replace these broken heart “valves” to restore the heart to normal functioning. Drug treatment is the preferred option for some patients with mild conditions. Drugs are like a group of hard-working little assistants that can help to alleviate symptoms and reduce the burden on the heart. For example, doctors may use urea when the patient suffers from heart failure. The urea is like a water pump, which helps the body to excrete extra moisture and reduce edema. This reduces lung haemorrhage and allows patients to breathe more smoothly. For example, for patients with cardiac disorders such as tremors, anti-heart disorders are used to stabilize the pace of heart beats and to prevent excessive or irregular heartbeats from placing a greater burden on the heart. There are also medicines that can help to spread the blood vessels, lower the pre- and post-heart load and make the heart easier when pumping blood. However, more direct means of repairing or replacing the valves are needed when the changes are more severe. One of the most common methods is cardiac valve repair. This is a fine patch for a broken door. The doctor will repair the diseased valves during the operation, for example, in cases where the valves are distilled or there are faults in the valves, the normal structure and functioning of the valves can be restored by such techniques as suture. The advantage of this procedure is that the patient retains, to the maximum extent possible, his or her own valve tissue, and that he or she does not need to take anticondensed drugs for long periods after the operation. Like Ms. Lee, she suffered from a doppelganger deformation, and the doctor succeeded in repairing her doppelganger, her heart function was well restored and her post-operative recovery was relatively rapid. If the valves are damaged too badly and cannot be repaired, the heart valve replacement is required. This is equivalent to a new “door” for the heart. There are two types of transposed valves, one of which is a mechanical petal, made of materials such as metals, which are very durable, like a sophisticated mechanical part. Mechanical petals have the advantage of long service life, but patients who use mechanical petals need anticondensants for life, as metal valves can easily form a clot. The other is biological petals, which are usually made of pigs or cattle, etc., with the advantage that they do not require long-term condensation and are closer to the human own valves, although they have a relatively short useful life. The doctor chooses the appropriate valves, depending on the age of the patient, his/her condition, etc. A young patient, for example, may be better suited to a mechanical valve, which, while requiring long-term condensation, can be used for a longer period of time; and an older patient, who may be biologically better off, because older patients may be less able to withstand the risks of long-term condensation treatment. Post-operative rehabilitation is critical, both for valve repair and replacement. Patients need to be observed and cared for in hospital for some time. During this process, doctors and nurses pay close attention to the vital signs of the patient, the healing of the wound, etc. Patients should be careful to rest, avoid intense physical activity and allow enough time for the heart to recover. With regard to diets, care must be taken to balance nutrition and to increase the intake of nutrient-rich foods, such as proteins and vitamins, in order to contribute to physical recovery. At the same time, for those who take anticondensive drugs, regular check-ups of the coagulation function are carried out in strict compliance with the instructions of the doctor, and the dose is adjusted to prevent complications such as haemorrhage or embolism. As medical technology continues to develop, there are new treatments that are emerging, such as cardiac valve replacements. This method does not require the opening of a chest, but the replacement of a new valve through a catheter to the pathological position. It has the advantage of small traumas and quick recovery, offering hope to some patients who cannot withstand traditional chest surgery. In short, heart valve disease, although complex, offers a great opportunity for the “valve” of the heart to return to normal, and for the patient to return to a healthy and normal life. Patients and family members are actively involved in working with doctors and in choosing the best possible treatment for their condition, and in facing the disease.