With the onset of winter, temperatures are declining, and patients with slow lung (COPD) patients face new challenges in their health. Slow lung resistance is a common, preventable and treatable chronic respiratory disease characterized by persistent air flow restrictions and corresponding respiratory symptoms. However, winter cold weather and adverse environmental factors tend to lead to slow-retarded acute lung (AECOPD), which in turn can lead to cardiac disorders and acute heart failure, seriously threatening the life and health of patients.
I. A marked increase in the frequency of AECOPD outbreaks during the winter
Winter is a high-prevalence season that slows the acute increase in lung. Respiratory symptoms in patients with slow lungs are exacerbated by low temperatures, dry air, poor indoor ventilation and the prevalence of respiratory infections, leading to deterioration of cough, cough and respiratory difficulties. In addition, harmful gases from summer haze weather and indoor coal heating can increase the risk of acute increases for patients with slow lung resistance.
II. Analysis of AECOPD ‘ s incentives
1. Environmental factors: low winter temperatures, dry air and increased pollutants, such as haze, can stimulate respiratory tracts and lead to an increase in slow lung disease.
2. Respiratory infections: Winter is a high-prevalence season for respiratory infections, and infections of viruses and bacteria are prone to slow-retarded acute lung increases.
Pneumoconiosis and pneumonia: These diseases themselves lead to increased respiratory symptoms, interaction with slow-retarded lungs, and further increase the condition.
III. Why is there acute heart failure and heart disorder
In cases of acute and slow lung resistance, the patient has increased respiratory difficulties, resulting in inadequate oxygen supply in the body, carbon dioxide retention and low oxygen and high carbonate haemorrhage. These pathological changes affect the normal functioning of the cardiovascular system, leading to cardiac disorders and acute heart failure.
1. Cardiac disorders: low oxygen and high carbonate haematoma can cause electrolytic disorders, such as potassium haemorrhage, magnesium haemorrhage, and respiratory acid or alkalin poisoning, which can contribute to the occurrence of heart disorders.
2. Acute heart failure: Pneumonia inflammation and infection can cause pulmonary oedema and silt and increase the burden on the heart when the acute respiratory retardation increases. At the same time, low oxygen and high carbonate haematoma can damage the functioning of myocardial cells, leading to reduced heart contraction and, consequently, acute heart failure.
IV. Clinical performance and recommendations
When a patient with a slow lung is suffering from heart disorder and acute heart failure, the following symptoms are observed:
1. Cardiac disorders: Patients may suffer from heart attacks, chest depression, dizziness and, in serious cases, fainting or sudden death.
2. Acute heart failure: Patients may suffer from increased respiratory difficulties, end-sit breathing, cough, cough, etc., and may be accompanied by a full body of oedema, lack of strength and reduced appetite.
In the event of such symptoms, the patient should immediately seek medical treatment and receive professional medical treatment. Depending on the patient ‘ s specific circumstances, doctors are able to control the development of the condition by providing treatments such as aerobics, bronchial extension, the application of sugary hormonals to the whole body and anti-infection drugs.
V. Medical treatment
1. Oxygen: Long-term low-flow low-level oxygen inhalation, resulting in a safe saturation of the patient ‘ s blood oxygen.
2. bronchial expansion agents: The use of short-activated bronchic expansion agents, as prescribed by the doctor, to improve the respiratory symptoms of patients.
3. Full-body sugar cortex hormones, such as Mt.
Anti-infection drugs: use of antibiotics to control infections for persons with a combination of bacterial infections.
5. Cardiovascular treatment: In cases of heart disorders and acute heart failure, doctors will provide appropriate medications, such as urea, strong heart, etc., depending on the circumstances.
In general, winter is a high-prevalence season that slows the acute increase in the lung, and patients should strengthen their self-protection to avoid inhalation of harmful gases and particulate matter, and to be careful of heating and ventilation. In the event of an aggravated condition, medical treatment should be provided immediately and professionally to prevent serious complications such as heart disorder and acute heart failure.
