Do you know about cystals?

Surgeon removal is also known as brain haematoma removal, which improves local blood circulation by removing haematoma, and prevents oxygen free radicals resulting from haematosis. As a result, haematology is also gradually reflected in clinical applications. Then let’s get you all a little more knowledge about haematology.I. Surgery adaptationAny operation has its corresponding ailments, including “cranial haematology”, which include, inter alia: (a) the patient’s pre-operative diagnosis by the CT, the presence of an increase in the intracranial pressure or the appearance of haematoma. (2) With the exception of haematoma, which is removed from the subdural or extradural, the level of internal pressure of the patient remains high. (3) The haematoma is located in a deep, critical functional area, and the puncture attracts an improvement in internal pressure on the back of the skull.II. TREATMENTSThe “cranium haematosis” is a taboo for surgery, including pure intrabrain haemorrhage, which has improved as a result of an increase in internal pressure as a result of puncture.III. Common surgical methodsWhen internal haematoma occurs, the doctor examines the patient ‘ s vital signs, conducts regular CT examinations and dynamically observes the extent of internal haematoma. If the haemorrhage is more than 30 ml, the skull is opened. When it reached 15 ml under the curtain, it reached the sign of a brain hemorrhage removal operation. The following methods can be used to eliminate internal haematoma:3.1 Traditional haematoma removalThe most common method is to open a skull, which is a traditional method, first, to identify haemorrhages and then to remove haematoma. Excretion of oedema is usually carried out with a large external injury and a large mouth in order to remove the haematoma.3.2 Microcreative haematoma removalThe advantages of microsurgery are becoming more visible as microsurgery continues to be developed, helping to reduce the trauma of patients and making treatments effective. The relevant operator can determine the part of the haematoma from the CT image, which flows through micro-drilling. In addition, neurological internal vision mirrors are subject to cystectomy. The art is the endion of internal haemorrhage by CT-led internal haematoma through endoscopy and ending of internal haemorrhage. In general, endoscope haematoma removal is small, and is a very small method compared to open skull haematoma removal.3.3 Combined sepsis removal from osteoporosisThe advantage of surgery is that it fully exposes the haemorrhage, the reliability of the bleeding at the hemorrhage point and the haematoma removal rate are not available in other treatments, and helps to open up the arteries to the brain and to restore the nervous function. The technique applies to patients with haematoma, increased performance, and partial oppression. However, there are also shortcomings in surgery, such as large mouths, high risk of haemorrhage in surgery and long hospitalization.3.4 Capricorn sepsisCone sepsis is a method of surgery that does not require complete anesthesia. It removes the haematoma from the skull and minimizes the trauma by using a skull cone.3.5 Skull-opening haematoma removalThis technique has the advantage of small trauma, simple operation and low bleeding. Due to the limited exposure of this technique, there are requirements for the knowledge and operation of the artist, and if haematoma is located and misperformed, it may result in brain tissue and brain artery damage.IV. Patient pre-operative preparationThe above-mentioned procedure is described, and the patient probably has some knowledge of it, but it is also particularly important to prepare for the operation, which can provide a basis for its smooth operation. (1) First, the patient needs to cooperate with the medical staff to improve the clinical examination prior to the operation. In recent years, as video screening techniques have progressed, clinical applications such as CT, MRI and DSA have become more widespread, enabling detailed pre-operative analysis of the relationship between the pathogen and the surrounding structures to ensure the safety and effectiveness of the operation. (2) Skin preparation with the nurse prior to the operation. (3) Pre-operative fasting. (4) Anaesthetized one hour before the operation. (5) If the patient is conscious, he or she should try to remain as calm as possible before the surgery and build confidence in overcoming the disease.V. ComplicationsIn addition to common post-cranial complications, the following areas require special attention. (1) There is a risk of repeated haematoma or delayed haematoma after the operation. Early surgery patients are at risk of further bleeding. One of the reasons for haemorrhage is the fluctuations in blood pressure. High blood pressure increases brain blood flow and brain pressure, increases vascular oedema and causes further haemorrhage. Low blood pressure, however, leads to low infusion and insufficient blood supply, leading to local brain tissue haematoma. As a result, patients need to cooperate with medical personnel for effective blood pressure control after the operation. (2) There is a need for the appropriate control of secondary brain swelling and edema. (3) Long-term coma patients are vulnerable to lung infections, hydrolysis imbalances, hypothalaic disorders and malnutrition, and should be given immediate support for appropriate interventions, such as repeated habilitation and drug sensitivity tests.SummaryIn any case, the clinician chooses the appropriate haematoma removal procedure for the patient, depending on the patient ‘ s circumstances. Among them, the removal of haematoma through endoscopy is relatively small, but can be eliminated at a time, with relatively little haemorrhage.