In the context of the rapid development of modern medical technology, we are increasingly aware of chronic respiratory diseases and their complications. Among them, chronic respiratory diseases are followed by pulmonary heart disease, a common complication that poses a great threat to the health and quality of life of patients. This paper will briefly describe the basic mechanisms for chronic respiratory diseases and pulmonary heart disease, explore how non-respiratory machines can improve the clinical symptoms and quality of life of patients, and raise issues that need attention in cases of acute chronic lung disease.
Basic mechanism for chronic respiratory diseases and pulmonary heart disease
Chronic respiratory diseases, such as chronic obstructive pulmonary diseases (slow obstructive lungs), bronchial expansion, etc., can lead to increased pulmonary vascular resistance and, in turn, to heart disease. This pathological process involves several aspects:
1. Pulmonary hysteria and vascular inflammation: repeated occurrence of chronic respiratory diseases, resulting in adjoining pulmonary hysteria, causing vascular inflammation, increasing pulmonary vascular resistance and creating pulmonary artery pressure.
Chronic oxygen deficiency and blood viscosity increase: chronic oxygen deficiency leads to increased secondary red cells, increased blood viscosity and, consequently, increased resistance to blood flow. At the same time, a lack of oxygen can cause sodium retention, which further increases pulmonary artery pressure. Pulmonary artery high pressure and pulmonary heart disease: As the pulmonary arteryal high pressure continues to develop, the right heart burden increases and eventually leads to right heart failure, i.e. pulmonary heart disease. Patients suffer from respiratory difficulties, heart attacks, oedema and severe deterioration in the quality of life.
Non-respiratory mechanisms to improve the clinical symptoms and quality of life of patients with chronic respiratory diseases
The non-respirator is a medical device that connects the patient with the respirator mainframe through a nose mask or mask without a tube intubation. It plays an important role in the treatment of chronic respiratory diseases, particularly in improving the clinical symptoms and quality of life of patients with lung heart diseases, as follows:
2. Reduce respiratory muscle fatigue: People with chronic respiratory diseases, such as slow lung retardation, are vulnerable to respiratory fatigue, and the lack of a respirator reduces the burden of respiratory muscles by providing respiratory support to the patient and makes the body easier.
3. Promotion of haematological exchange: Unrespiratory machines make it easier for gas to enter the lungs, increase pulmonary ventilation, increase human oxidation levels, and mitigate the problems of hypooxyemia and oxygen deficiency. This is particularly important for persons suffering from pulmonary heart disease, as oxygen deficiency is a key factor in the deterioration of the condition.
4. Emission of flue gases: stress when venting, open the air pipes, promote emissions and reduce carbon dioxide emissions. This is an effective treatment for the problem of carbon dioxide retention in diseases such as slow lung, emphysema and pulmonary heart disease. The use of non-respiratory machines can be used not only in the hospital, but also as a means of home-based treatment to help patients to control their condition over time, reduce the number of acutely aggravated hospitalizations, reduce the burden on patients and prolong their lives.
Attention for people with acute chronic pulmonary problems
For people with acute chronic pulmonary heart disease, in addition to active medical treatment, the following should be noted:
1. Avoiding risk factors: Reduce tobacco exposure and smokers as much as possible quit. Avoid exposure to toxic and harmful gases and chemicals and reduce indoor air pollution. Air pollution is a severe loss of weather or protection measures.
Prevention of influenza: The flu is the main contributing factor to the acute occurrence of chronic respiratory diseases such as slow lung and asthma. Proactive influenza and pneumococcal vaccines are recommended to increase immunity.
Lifestyle interventions: emphasis on dietary nutrition, increased consumption of vegetables and fruits. Physical activity of medium intensity, such as tao-poo, eight bands, etc., can also be performed with abdominal breathing, breathing, etc. Active access to rehabilitation treatment under professional guidance.
4. The correct use of non-respiratory machines: patients requiring the use of non-respiratory machines should be guided by a specialist. Be careful where the respirator is placed to ensure that it is smooth, ventilated and dry. To avoid direct solar tanners and to extend the air-respirators ‘ pipes, as appropriate, especially during night hours. When water is added to the respirator, the filtration of pure water should be selected to avoid the generation of water.
5. Regular follow-up and monitoring: pulmonary patients need regular follow-up to monitor changes. In cases of increased respiratory difficulties and oedema, timely medical treatment should be provided.
By actively controlling the associated risk factors, making rational use of non-respiratory machines, and strengthening lifestyle interventions, we can effectively improve the quality of life of people with chronic respiratory diseases and subsequent pulmonary heart disease. It is hoped that this paper will provide useful information and guidance to a wide range of patients and families.
