Before we delve into the related brain infarction of the aorta, let us first understand two core concepts: the aortic infarction and brain infarction.
What’s the aorta trap?
The aortic artery, as the largest artery in our body, is responsible for transmitting the blood of the heart to all parts of the body. The aorta is composed of three layers of structure: the membrane, the membrane and the outer membrane. And the aortic cortex, by definition, is the laceration between the inner and membrane of the aorta, creating a false cavity. This false cavity may be gradually expanded by a continuous influx of blood, creating a haematoma that puts a great strain on the aorta wall. The causes of the aortic cortex are complex, with high blood pressure, arteryclerosis, congenital cardiovascular disease, among others. The membrane may be torn when the stress of the aorta exceeds its carrying capacity. In addition, a number of poor life habits, such as smoking and alcohol abuse, may increase the risk of the aortic layer.
Why would the aorta trap cause brain infarction?
The connection between the aortic and brain infarction is mainly due to the effect of the aortic layer on the brain blood circulation. When the aortic cortex occurs, if the haematoma increases, it may oppress the arteries of the aorta, especially those that supply brain blood. This oppression can lead to brain circulation disorders, and local brain tissues suffer from abdominal and inhalation, i.e. brain infarction. In addition, the aortic pyrophoric layer may lead to the formation of a clot. When the blood flows inside the false cavity, as a result of slowing and vortex formation, the slabs and coagulation factors in the blood may accumulate here to form a clot. If the blood clot drops and flows into the brain veins, it can block the veins and cause brain infarction.
General treatment for brain infarction related to the aortexus layer
The treatment of brain infarction related to the aortexary cavity requires a comprehensive consideration of the specific circumstances of the patient, including the severity of the aortial infarction, the extent of brain infarction and the overall health status of the patient.
1. Acute treatment: During the acute period of brain infarction, the primary objective of the treatment is to restore brain circulation and reduce brain tissue damage as soon as possible. This usually includes the use of a solvent drug, an anti-blood plate or an anticondensation drug to dissolve or prevent the further formation of a leper. However, for patients with brain infarction related to the aortic cortex, the treatment of the embolism requires special care. Because a solvent drug may dissolve a hemorrhage in the aorta, resulting in a fracture and haemorrhage, increasing the risk of death. Thus, when deciding whether to use a solution, doctors need to weigh the advantages and disadvantages, taking into account the specific circumstances of the patient.
2. Surgical treatment: Surgery is one of the methods commonly used for the aorta layer itself. The procedure was carried out in the form of an internal aorta prostheses, a replacement of the aortic root, etc., with the aim of repairing the lacerated membrane, removing the false cavity and restoring the normal structure of the aorta. Surgery can significantly reduce the risk of acoustic cavity, while also helping to improve brain circulation and reduce the recurrence of brain infarction.
Rehabilitation treatment: rehabilitation after brain infarction is equally important. Through rehabilitation training, the rehabilitation of impaired brain tissue can be promoted and the quality of life of patients improved. This includes language training, sports training and cognitive training. The speciality of the treatment of slurry, as mentioned above, requires special care in the treatment of silencing for patients with brain infarction related to the aorta. Because of the risk that the suppository drug may increase the risk of a layer rupture, with serious consequences such as haemorrhage. Thus, in deciding whether to undergo treatment with a solution, the doctor needs to take into account the specific circumstances of the patient, including the stability of the aortic cavity, the severity of brain infarction and the overall health of the patient. In most cases, patients with acoustic infarction are more inclined to opt for surgical treatment to repair the acoustic infarction and to improve brain circulation.
Attention and risk
The risk of brain infarction associated with the aortic cortex is extremely high. Because the aorta is itself a serious disease that can lead to haemorrhage, shock or even death. This is compounded by the occurrence of brain infarction, which further exacerbates the patient ‘ s condition and prognosis. Therefore, timely medical access, clear diagnosis and standardized treatment are essential for patients who die from brain infarction associated with the aortic tract. In daily life, patients also need to take care to control risk factors such as blood pressure, blood resin and to maintain a healthy lifestyle, such as a reasonable diet, adequate exercise, etc., in order to reduce the risk of a recurrence of disease.
In short, brain infarction associated with the aorta is a serious disease that requires our full attention. By understanding the causes, symptoms and treatment methods of the disease, we can better prevent and treat the disease and bring about better anticipation and quality of life for the patients.
