Perinatal tumors are more likely to occur in young age and are common tumours of a benign nature, accounting for about one tenth of the tumours within the skull. There are a number of factors that can lead to perinatal tumours, such as a natural shortage of peri-cellular cells and endocrine disorders caused by hypothalaic dysfunction. Clinical symptoms include headaches, reduced female menstruation, breast milk, the vulnerability of adult patients to feces of the limbs, and the development of meganastics and visual impairments among minor patients. Often, they lead to infertility and cause great suffering in their daily lives.
Drug treatment and radiotherapy are available for the treatment of pituitary tumours, but there are more adverse effects of radiotherapy, as are limitations of drug treatment, which can only be used as a complement to treatment. While a cranial surgery can cure the disease, it requires a doctor ‘ s extensive clinical experience to determine accurately the extent of the tumour. As the demand for quality of life increases and the concept of microbreeding increases, surgery needs to be constantly upgraded and progress made to meet the needs of patients.
The endoscopy-aided nasal peritoneal ectoplasmology has now become an important treatment for perinatal tumours, which have a less traumatic advantage over other treatments, such as skull-opening, for which the adenoma is more evident. The generalization of the vision increases the probability of the pathology, accelerates the recovery of the patient, significantly relieves the suffering of the patient, and the ease, safety and success of the operation, the efficacy of the treatment and the incidence of the complications of the procedure are high.
Neural endoscopy-aided nasal aorta hysterectomy requires a high technical content and a rigorous operation. Care should be taken during the operation to avoid haemorrhage due to over-extracting of the mucous membrane in the butterflies. The impregnation of the saddle is to exclude the possibility of an aneurysm and to minimize the damage to the sponges by incentivizing it with a double electrocondensation to the two-story hard-dural membrane. Before the operation, care is taken to conduct a carotid anatomy and to confirm that no pericardial drying or abnormality is necessary to perform the operation, otherwise there is a risk of angioplasty.
Specific methods: The surgical nostrils are determined on the basis of MRI and CT results, followed by the detection of neurosynthetic lines of operation, and the extension of the procedure with adrenaline physicosphate to allow the operation to proceed smoothly. The nostrils enter through one side of the nostrils to open the diaphragms, expand the curvatures and open the front wall, show the size of the saddles 1 to 1.5 cm diameter, remove the larvae between them, cut the hard-dural parts through the saddles, remove the acoustic tumors after the tumours have been fully exposed and have been circumcised with a thin needle to detect hemorrhage and perforation of the brain vertebrae, repair the damage in the operation to avoid the upper aorexal artery, etc., and complete the surgery after the re-cording of the nasal film. Care should be taken to protect the brain neurology and blood vessels during surgery. Observe the effects of the treatment, the duration of the operation and the extent of the trauma. Efficiencies: recovery or better sight of the patient, and the recovery of hormonal and other indicators, such as hormonal, and the occurrence of complications such as a lack of nasal shrunk.
An endoscopy-aided operation is able to locate precisely, to the greatest extent possible, to avoid damage to the inner artery of the neck or the peripheral artery, etc., to a great extent to avoid haemorrhage, and the use of glue in the dysenteral of the saddle can provide a better reduction of haemorrhage and avoid a leak in the back of the brain. In order to improve the effects of surgical treatment, after the operation, different post-operative adaptive treatments can be carried out depending on the tumour growth of the patient, such as the type, size, physiology, partition, etc., and a detailed understanding of the patient ‘ s nasal cavity, butterfly, etc.
In case of lower plasma oscillation and increased urine sodium, the caregiver should cooperate with the doctor in a timely manner to mitigate the damage to the patient ‘ s body with a view to improving its clinical efficacy. It is indicated that the hysterectomy used by patients with pericardia to assist with a nasal peritoneal tumor is safer and more reliable than traditional surgery, during which the neurological endoscopy is fully utilized, reducing the damage to the surrounding vessels and nerves. The use of neurological endospectroscopy to assist in the ectoplasmization of a nasal peritoneal tumour, the ease of the procedure, the minimization of damage to the normal structure of the nasal cavity, the increase in the number of cases, the increase in the number of opportunities for removal and the small extent of the trauma, the short duration of the surgery and the significant efficacy of the procedure, should be further promoted.
