Acute myocardial infarction intervention.

Acute myocardial infarction has a high incidence in the country, and clinical treatment of this category of patients is often provided with drugs and interventions. Interventions are carried out to remove the vascular clots directly, to remove the stoves, to restore blood flow in a short period of time, and to have a high advantage in the treatment of acute myocardial infarction. The clinical treatment of acute myocardial infarction, which is common, is currently divided into five main types of intervention, including coronary cystal scrotum expansion, coronal support implantation, blood embolism suction, microconductor sluggering, and far-end vascular protection; these operations have contributed to the progress of intervention, which will be taught below.1 Coronary artery cyst expansionThe basic principle of coronary cystal expansion is to use the expansion of the scyllus to support the opening of the barrier’s coronary artery, which is punctured through the avionic artery or the femoral artery, and which is then transported along the catheter to a narrow coronary artery pathology area, where it is properly expanded for therapeutic purposes; no surgical apparatus is required after general surgery.This applies mainly to cases of cardiac infarction caused by narrow or closed coronary artery.The occult is sprayed on the scylla before the scylla expands, which inhibits the growth of the vascular membranes and reduces inflammation, thus improving the narrowness of the coronary artery.In addition, the scylla can be integrated with a support frame to keep the veins smooth.It should be noted, however, that coronary artery bridging may be required for patients with more narrow areas and more serious diseases.Some patients are likely to have narrower and other complications after the operation, requiring regular follow-up and assessment.2 coronal support implantsThe underlying principle of coronary larvae implantation is that it is punctured by a femoral artery and is accompanied by a special catheter, a fuse in the X-ray, that it is delivered to a pathological condition of a narrow or closed coronary artery, and that it is used to expand the cavity to open the narrow vascular wall and to restore the flow of blood.The art is free of chest openings and requires only local anesthesia, which has the advantage of rapid post-operative recovery and high treatment.However, the technique is limited to short-term pathologies, which are less suitable for long-term multiple pathologies, or require ecstasy.The coronary larvae implants have the advantage of small trauma, low cost and rapid recovery of the patient, compared to the ecstasy. Not only can the quality of life of patients be improved, but it can also significantly reduce the incidence of myocardial infarction and mortality among high-risk patients.3 B.B.S.The operation was mainly to attract a hemorrhage by using negative pressure, to reduce the circulatory cavity congestion and to facilitate circulation of blood within the coronary.Blood embolism suction units are divided into suction tubes and separators, which are transported to closed areas using coaxial technology. Prior to the embolism, the ultrasound catheter should be several millimetres at the close end of the embolism to allow for the observation of the trachea at the time of suction, until the flow of blood within the suction tube is restored to the state of the baseline.Inhalation reduces the burden of sembling quickly, relieves the associated symptoms and opens the bloodstream.Angioplasm should normally be performed after the blood flow has recovered to check for the use of long-range suffocation.4 Microconductor SolverMicroconductor slurry devices are used to spray a solution drug into the coronary with a special injection pump to facilitate circulation of blood within the coronary. It is the direct placement of a bronchial embolism or close to it, and the injection of dissolved sepsis through the catheter, such as urine hormones, is an operation for the purpose of soluble sepsis and the opening of an vein.Small doses of solubility are usually used for local infusion treatment, which reduces haemorrhagic complications and increases the efficacy of the solution.This treatment can last for up to seven consecutive days, at which point it is not as effective as expected, and requires the replacement of treatments, such as surgical treatments such as mechanical suction, so as to avoid other adverse effects of high-dose solubility treatment.5 long-range vascular protectionIn general, almost all narrow pathologies after vascular intervention are released from sepsis, which can lead to vascular embolism at the far end, with adverse effects on treatment prognosis. Remote vascular protection is required at this time.The technology is a heart catheter system capable of filtering out a hemorrhagic embolism or specks, and its initial application in conjunction with the carotid artery can prevent the formation of microembolisms at the far end.Clinical studies have shown that the technology can reduce the occurrence of slow or no blood flow, while also avoiding or reducing micro-vascular embolism, helping to reduce the incidence of acute myocardial infarction, and has been routinely applied in interventions for various cardiovascular diseases.6 SummaryAcute myocardial infarction interventions usually need to be completed within 12 hours of the onset of the disease and, of course, more than 12 hours are available for intervention, which requires clinical decision-making on the patient ‘ s condition. As a result of the risks involved in the treatment, the patient should actively cooperate with the doctor in the treatment and ensure, as far as possible, that the intervention is effective and meets the intended treatment.