Rheumatist heart disease: rheumatism in the heart and the path to prevention
Rheumatism heart disease: A heart attack caused by rheumatism and cardiac valves, which occupy an important position in the area of cardiovascular diseases, has caused enormous physical and living distress to countless patients. Rheumatism is the primary cause of rheumatism heart disease, usually caused by self-immuno-immuno-infection after infection with type B streptocyte. When humans are infected with the streptococcus, the immune system produces abnormal reactions. The antibodies produced by this abnormal immune response not only attack streptococcus but also wrongly attack the human body ‘ s own tissue, especially the heart valve. The valve of the heart is like a valve that guarantees a one-way flow of blood inside the heart and normal. Inflammation caused by rheumatism causes dysentery in the valves, initially manifested in the edema of the valves, seepage, etc. In terms of the type of damage to the valves, the second most commonly suffered, followed by the aortic valves. The narrow doppelganger is the more common case of rheumatism heart disease. As a result of repeated inflammation, the border between the pedals is bound up and integrated, the pedals are thickened and calcified, and their area is gradually reduced. This is like a floodgate on a river, which was originally narrow by the accumulation of a variety of miscellaneous items and where the flow of water is blocked. When the blood flows through a narrow, second-directional valve, there is a change in blood flow mechanics, and pressure increases in the left-heart room, which needs to contract more strongly in order to pump the blood into the left-heart room, which will expand over time. At the same time, retrenchment of the pulmonary veins is hampered, as is the bleeding of the pulmonary veins, and the patient suffers from respiratory difficulties, cough and other symptoms, especially after the activity. The problem is also common in the absence of a complete closure of the twig. When the structures of the pedals, thories and nipples are damaged by rheumatism, the pedals cannot completely prevent the reverse flow of blood to the left heart when they are closed. This is like a closed door, where blood flows backwards from the left heart chamber back to the left heart room, resulting in an increase in the capacity of both the left and the left heart room. Over time, both the left and left-heart rooms increase in retrievability, and the myocardial muscles are impaired by long-term overloading, which can be characterized by heart palpitation and weakness. It is also important not to lose sight of the aortic valves. The narrow aortic valve increases the resistance of the left ventricular, which, in order to overcome the resistance, must be constricted and the heart muscles become thicker. This is not benign, however, and can lead to a decrease in myocardial insatiability, a gradual decline in heart function and the possibility of serious symptoms such as arrhythmia and fainting. Incompletely closed aortic valves can reverse the flow of blood within the aortic artery back to the left heart chamber during the convulsion period, resulting in an increase in the capacity of the left heart chamber, which in turn causes expansion and functional damage to the left heart chamber. The diagnosis of rheumatism heart disease requires a variety of grounds. Medical history inquiries are crucial, and it is a crucial first step to know if patients have a history of rheumatism. During the medical examination, doctors can hear the noises of cardiac valve disease, which vary from hysteria to hysteria from hysteria from hysteria to hysteria, e.g., hysteria when the piping is narrow and groaning, and hysteria when the piping is off and constricting. Cardiac ultrasound is an important means of diagnosis, which provides a clear picture of the morphology, structure and movement of the cardiac valve, measures parameters such as the size of the valve, the extent of the reverse flow, and provides detailed information for diagnosis and assessment of the condition. In addition, electrocardiograms help to observe heart size, morphology and lung siltation, as can be seen in the heart room, in the size of the heart room and in the condition of the chest X-rays. The treatment of rheumatism heart disease requires the choice of the appropriate programme according to the severity of the condition and the specific circumstances of the patient. In light cases, treatment is mainly directed at rheumatism, and antibiotics are used to eliminate streptococcal infections, such as penicillin, which is a common drug. At the same time, anti-Rheumatist drugs such as aspirin or sugary cortex hormones are used to control inflammatory responses and reduce the likelihood of further damage to the valves. For patients who have already experienced significant valorosis, medical treatment can be used to mitigate symptoms, such as the use of urea to reduce heart loads and the use of vascular expansion agents to improve blood flow mechanics, if the valve is narrow or not fully closed. However, surgical treatment may be required in cases of dysentery, severe respiratory difficulties, heart failure, heart disorder, etc. The procedure consists of replanting of the valve and replanting of the valve, which is applied in cases where the valve is less damaged and can repair the damaged valve structure; the retrofitting of the valve is the replacement of the pathogenic valve with an artificial valve to restore the normal function of the heart valve. The day-to-day management of rheumatological heart disease cannot be ignored. Patients need to be careful to rest, to avoid overwork and to prevent further illness. In terms of diet, diet is maintained, sodium salt is controlled, sodium sodium is reduced and heart load is reduced. At the same time, care should be taken to prevent respiratory infections such as flu, which can induce rheumatism and increase damage to the heart valve. Regular review was also important, and doctors could adjust their treatment programmes in a timely manner through regular examination of heart function, valves, etc. Rheumatism heart disease is a serious and complex disease that has far-reaching implications for the health and quality of life of patients. However, through early diagnosis, active treatment and effective day-to-day management, it is possible to control to some extent the development of conditions, improve the quality of life of patients and reduce the incidence of cardiovascular disorders. We need to increase awareness and research on the disease to give people more hope.
