Intra-vascular treatment in acute brain organs

In recent years, with the increase in the incidence of acute brain disease, the vascular treatment of the disease has shown good prospects of application, and some of the vascular treatment devices and technologies have gradually been widely applied in the clinical field, showing good treatment and providing patients with new treatment options. However, as a result of the individual differences in the patient ‘ s individuality, the vascular treatment techniques for different types of disease vary, so what are the types of diseases that can be classified in acute brain organs? What are the main vascular treatment techniques for different types of disease? This set of issues is addressed below.1 What are the types of acute head and what are the types of diseases?The acute brain is one of the leading causes of death among the elderly in our country, namely, sudden onset and rapid development of cerebral diseases.There are two main types of acute brain: ischaemic diseases, and cerebral haemorrhage.According to the World Health Organization (WHO) definition, an ischaemic disease is a disease that threatens the life of the patient by causing cerebrovascular constriction for a number of reasons (scientific plaque formation, brain tumour, etc.) to the extent that the blood is not in a normal circulation of the cerebrovascular vessels, resulting in the death of an ischaemic oxygen of the brain.Brain haemorrhage is defined as cerebral tissue damage due to a number of causes, including trauma, brain-vascular fractures and haemorrhage, which can result in haematoma, and the flow of blood can cause oppressive damage to brain tissue, nerves, etc., threatening life.According to statistics, after the occurrence of an acute brain, there may be consequences of different degrees of severity for patients, with a rate of 80 per cent, including one-sided physical palsy, irregular speech and slanted eyes, which can have serious consequences for the life and work of patients after treatment.2 What are the main vascular treatments among acute brain members of different types of disease?2.1 Intravascular treatment for ischaemic diseasesAn arterial slurry: (1) Persons who are primarily suitable for use within 6h of the onset of the disease, because of an artery plugging in the brain, are not suitable for treatment with an intravenous silencing, and are severely constricted after circulation. (2) The treatment window may be extended to 24 hours depending on the patient ‘ s actual condition. (3) The drugs selected for arterial slurry are generally urine hormones, rrt-RAs and can generally be treated with an vascular re-entry rate of 66% within six hours of the onset of the disease. (4) Angioplasm is generally required to identify the areas of the angiogenesis before the embolism is dissolved, followed by a catheter and a microconductor.Mechanical reconnectivity: (1) primarily for patients with circulatory acute closure eight hours before the onset of the disease; (2) main steps divided into mechanical shredding, suffocation, mechanical embolism, which can reach 79 per cent, and a prognosis rate of 57 per cent; (3) is the most common way of intra-vascular treatment currently available in the clinical field; (4) microconductor intervention after the simulator has determined the position of the embolism; (5) in the case of closed vessels, replacement of equipment or determination of the degenerative nature of the disease is required if three operations fail to meet the intended treatment target.Angioplasty: (1) mainly applied to patients who were assessed as core infarction within the time window; (2) the operation was mainly divided into scyte expansion or strench implants; (3) pre-surgery intervention with aspirin, chlorprorey and other drugs, followed by a long period of post-surgery to prevent re-embracing; (4) the treatment technique was easy to undergo vascular convulsions in the treatment, followed by long-term antiscultation treatment, risk of haemorrhagic transformation and strict medical intervention.2.2 Intravascular treatment for cerebral hemorrhagic diseasesAcoustic oedema: (1) A small brain haemorrhage can be used to reduce mortality by reducing pressure; (2) neurological deterioration, brain stem oppression and obstructive cerebral hydroplasm should be introduced as soon as possible after a general haemorrhage; (3) the advantage is that haematoma can be quickly removed and secondary injuries reduced.Micro-initiative surgery: (1) applies to a wide range of cerebral haemorrhages; (2) has the advantage of reducing the trauma of the operation and the length of the operation and reducing the risk of anaesthesia; (3) promotes the fluidization of haematoma in combination with a solution drug.(i) A final option for persons with cerebral hemorrhagic diseases, which is performed when other surgical options are not feasible. (2) The advantage is that the exposure is wide, that it is able to decompress and stop the blood of the brain ‘ s tissue in the direct eye of the body, and that it removes the high internal pressure caused by the swelling of the brain.Brain inducing, blood block solubility: (1) Applies to spontaneous cerebral haemorrhage of 45% of brain haemorrhage; (2) attracts brain indoor blood and cerebral spinal fluids; (3) assistive treatment in combination with soluble drugs.SummaryThere are more types of vascular treatment in the acute brain, the key point of which is the early opening of constricted veins or timely bleeding. Doctors choose a reasonable vascular treatment based on clinical experience, disease pathologies and the actual circumstances of the patient, with a view to maximizing clinical return. At this point, the patient needs to work actively with the physician to minimize the delay in the pre-treatment and achieve the intended treatment.